Design & Reliability

Vehicle: Nissan Rogue sold in the United States from the launch of the 2008 model year through the current 2026.5 model year.

Scope clarification: Nissan did not sell a United States model-year 2000–2007 Rogue. Nissan introduced the Rogue for the 2008 model year. This report therefore evaluates Nissan Rogue vehicles sold in the United States from model years 2008 through 2026.5.

Carryover vehicle: Nissan continued selling the first-generation Rogue as the Rogue Select during model years 2014–2015 after the redesigned second-generation Rogue entered production. Rogue Select vehicles should be evaluated as first-generation vehicles rather than second-generation vehicles.

Separate model: The Nissan Rogue Sport is a different vehicle with a separate platform, engines, recalls, service bulletins, and reliability profile. Rogue Sport vehicles are not evaluated in this report.

New derivative: Nissan introduced a separate 2026 Rogue Plug-in Hybrid. This report identifies its additional complexity and early ownership considerations separately. Long-term Rogue Plug-in Hybrid reliability cannot yet be determined because the derivative is new.

Research cut-off: June 6, 2026.

Purpose: This report evaluates known or reported reliability issues, design defects, mechanical vulnerabilities, official safety recalls, Nissan technical service bulletins, warranty extensions, class-action litigation, and generation-specific ownership risks. The objective is to inform new- and used-vehicle buyers rather than predict that every Rogue will experience every listed problem.

Important limitation: Recall applicability frequently depends on the vehicle identification number, production date, engine serial number, transmission, drivetrain, trim, factory equipment, supplier lot, software version, and whether an earlier remedy was completed. Buyers should run the VIN through the National Highway Traffic Safety Administration recall database and Nissan recall database before purchase and request a Nissan dealer service-history report.

Evidence Categories Used in This Report

Category	Meaning	How Buyers Should Use It
NHTSA Safety Recall	An official safety campaign filed with the National Highway Traffic Safety Administration. A recall addresses a safety defect or regulatory noncompliance and provides a manufacturer remedy process.	Treat an unresolved recall as a purchase condition. Confirm completion by VIN and retain written dealer documentation.
Nissan Technical Service Bulletin	Manufacturer guidance for trained technicians addressing symptoms, diagnostic trouble codes, procedures, parts, software, and repair decisions. A bulletin is not automatically a recall or warranty extension.	Use the information to guide inspection and determine whether the repair facility understands the failure pattern.
Nissan Warranty Extension or Settlement Program	An extension of repair coverage for a defined component, vehicle population, time period, mileage limit, or settlement class. Coverage can expire even though the underlying history remains relevant.	Determine whether the VIN qualified, whether the coverage period expired, and whether prior repairs were completed.
Reported Failure Pattern	A recurring issue reported by owners, technicians, repair facilities, rebuilders, specialty shops, and parts suppliers. A reported pattern can be important without affecting every vehicle.	Inspect for symptoms, scan relevant modules, review service records, and adjust the purchase price for probable repairs.
Engineering Vulnerability	A design characteristic that adds thermal load, seals, pumps, sensors, electronic controls, pulleys, bearings, turbochargers, linkages, software, batteries, or calibration dependencies. Added complexity is not automatically a defect.	Compare the benefit against the buyer’s tolerance for repair cost, downtime, and maintenance discipline.
Lawsuit Allegation	A complaint filed by plaintiffs alleging a defect, concealment, warranty breach, inadequate repair, or consumer harm. An allegation is not a final technical determination that every vehicle is defective.	Use litigation as an inspection and research prompt. Verify the current case status separately.
NHTSA Investigation	A federal review of complaints or potential safety issues. An investigation can be opened, expanded, closed, or followed by a recall. An investigation is not itself a recall.	Consider the issue during inspection and verify whether later campaigns or remedies apply to the VIN.

Generation Overview

Generation	Model Years	Principal United States Powertrain	Reliability Character
First Generation	2008–2013	2.5-liter naturally aspirated inline-four engine with timing chain and Xtronic continuously variable transmission. Front-wheel drive or all-wheel drive depending on configuration.	Mechanically simpler than later Rogue generations but defined by early continuously variable transmission risk. Important concerns include CVT overheating, reduced-power fail-safe operation, judder, whine, delayed acceleration, premature internal wear, cooling-system deterioration, oil leakage, wheel-bearing wear, suspension wear, electrical faults, Occupant Classification System recalls, steering-assist recalls, harness-connector moisture intrusion, and corrosion.
Rogue Select Carryover	2014–2015	Carryover first-generation Rogue architecture with 2.5-liter engine and Xtronic continuously variable transmission.	Should not be confused with the redesigned 2014 Rogue. It retains first-generation CVT and age-related concerns. Selected 2014 Rogue Select vehicles were included in a harness-connector moisture recall. NHTSA opened an investigation in 2024 involving reported unintended side-curtain-airbag deployments in selected 2015 Rogue Select vehicles. An investigation is not automatically a recall.
Second Generation	2014–2020	2.5-liter naturally aspirated inline-four engine with Xtronic continuously variable transmission. Front-wheel drive or all-wheel drive. Selected 2017–2019 vehicles were available as Rogue Hybrid models with a separate gasoline-electric powertrain.	Improved packaging and technology but continued broad CVT exposure. Important concerns include CVT judder, diagnostic trouble codes P17F0 and P17F1, valve-body wear, pulley-and-belt damage, delayed acceleration, transmission replacement, dash-side harness corrosion and fire risk, jackknife-key recalls, Occupant Classification System recalls, seat-frame recalls, rear-visibility software recalls, wheel-bearing wear, all-wheel-drive vibration, water intrusion, and hybrid-specific harness and brake-booster recalls.
Third Generation Transitional Year	2021	2.5-liter naturally aspirated inline-four engine with newer fuel-system and emissions controls and Xtronic continuously variable transmission.	A useful late-model alternative for buyers who want to avoid the 2022-and-newer 1.5-liter VC-Turbo engine. It still requires CVT screening and recall verification. Important recall areas include rear brake calipers, fuel-pump assembly, rear outboard seat belts, and infotainment-system rearview-camera operation.
Third Generation VC-Turbo	2022–present, including 2026.5	1.5-liter DOHC 12-valve three-cylinder Variable Compression Turbo engine producing 201 horsepower and 225 pound-feet of torque in the current 2026.5 Rogue. Xtronic continuously variable transmission. Front-wheel drive or available Intelligent All-Wheel Drive.	Most technically complex gasoline Rogue. Nissan’s VC-Turbo multi-link system continuously adjusts compression ratio. The engine adds turbocharger, direct-injection-related, charge-air, lubrication, bearing, variable-compression-linkage, electronic-throttle, software, and heat-management dependencies. NHTSA campaigns 25V-437, 26V-080, and 26V-081 materially affect the buyer recommendation for specified model years and VINs.
Rogue Plug-in Hybrid	2026–present	Separate plug-in-hybrid derivative with all-wheel drive, seven-passenger seating, and up to 38 miles of electric driving range according to Nissan’s current product materials.	Too new for a mature Rogue-specific durability record. Adds high-voltage battery, electric drive, charging, inverter, thermal-management, gasoline-engine, emissions, software, and specialized service dependencies.

Executive Assessment

The Nissan Rogue should not be evaluated as one continuous mechanical design. The first-generation Rogue is a relatively conventional compact crossover with a naturally aspirated engine, but its early Xtronic continuously variable transmission creates substantial used-vehicle risk. The second-generation Rogue retains a naturally aspirated engine and CVT while broadening the transmission exposure across a high-volume model line. The third-generation Rogue initially used a naturally aspirated 2.5-liter engine for model year 2021, then changed materially for model year 2022 with a 1.5-liter three-cylinder Variable Compression Turbo engine.

The Rogue’s dominant long-term reliability issue is the continuously variable transmission. Unlike a conventional geared automatic transmission, the Xtronic CVT uses continuously variable ratios and depends heavily on fluid condition, hydraulic pressure, pulley surfaces, belt or chain operation, bearings, valve-body function, temperature control, software, and adaptive behavior. A Rogue can drive acceptably during a short cold test drive and develop hesitation, judder, whine, or reduced-speed fail-safe behavior after the transmission warms fully.

Nissan issued technical service information for early Rogues addressing reduced performance caused by CVT fluid-temperature protection logic. Nissan identified prolonged high engine speed or vehicle speed, high ambient temperatures, steep grades, heavy load, incorrect fluid level, incorrect fluid specification, and cooling-system conditions as factors relevant to diagnosis. Specified vehicles could receive an auxiliary CVT cooler under Nissan procedures.

Nissan issued separate technical service information for second-generation Rogue vehicles addressing CVT judder, shake, shudder, vibration, bumps, and diagnostic trouble codes P17F0 and P17F1. Repair paths can include valve-body replacement, belt-and-pulley inspection, internal repair, or complete CVT replacement depending on findings.

Class-action settlement programs extended CVT-related powertrain coverage for specified 2014–2018 Rogue vehicles from the original 60-month or 60,000-mile period to 84 months or 84,000 miles. That coverage has expired for most vehicles because of age. The history remains important. A vehicle outside warranty can require a transmission repair costing a large percentage of its market value.

The 2021 Rogue deserves separate consideration. It uses the redesigned third-generation body and technology package while retaining a naturally aspirated 2.5-liter engine rather than the later VC-Turbo engine. A carefully inspected 2021 Rogue can be a rational late-model choice for a buyer who wants to avoid the additional turbocharger and variable-compression mechanisms introduced for model year 2022. It still requires CVT screening and recall review.

The 2022-and-newer Rogue creates a new risk category. Nissan’s current 2026.5 Rogue continues to use a 1.5-liter VC-Turbo three-cylinder engine with an advanced multi-link system that continuously adjusts compression ratio. Turbocharging and variable compression are not automatically defects. They add mechanical and thermal complexity. Late-model recall evidence makes conservative buyer screening necessary.

Nissan filed NHTSA campaign 25V-437 in June 2025 for specified 2021–2024 Rogue vehicles and additional Nissan and Infiniti vehicles equipped with VC-Turbo engines. Nissan stated that potential manufacturing defects in specific engine bearings, including main bearings and A-link, C-link, and L-link bearings, or supporting engine components can cause engine damage and potentially engine failure.

Nissan filed NHTSA campaign 26V-080 in February 2026 for specified 2023–2025 Rogue vehicles equipped with the 1.5-liter VC-Turbo engine. Nissan stated that increased engine-oil temperature can degrade lubrication, potentially causing bearing seizure, engine damage, and engine failure. Nissan stated that specified vehicles included in the earlier campaign can receive the remedy through the earlier recall process.

Nissan filed NHTSA campaign 26V-081 in February 2026 for specified 2024–2025 Rogue vehicles equipped with the 1.5-liter VC-Turbo engine. Nissan stated that an electronic-throttle-body diagnostic routine can weaken or fracture an internal gear. A fractured gear can jam and cause loss of drive power.

These three VC-Turbo recalls should not be merged into one vague engine concern. Campaign 25V-437 addresses manufacturing defects in specified bearings or supporting components. Campaign 26V-080 addresses elevated oil temperature, degraded lubrication, and potential bearing seizure. Campaign 26V-081 addresses a distinct electronic-throttle-body gear-fracture pathway caused by software-related startup behavior.

The Rogue does not offer a conventional geared automatic transmission as the ordinary gasoline alternative evaluated in this report. A buyer who wants to avoid CVT ownership entirely should recognize that a gasoline Rogue is not the strongest fit for that preference.

Bottom-line reliability conclusion: The strongest gasoline Rogue purchase is not determined by trim level or odometer mileage alone. A buyer should prioritize complete maintenance records, VIN-specific recall completion, stable transmission operation after a long warm road test, clean scan data, correct CVT-fluid history, stable engine-oil level, and a professional inspection. A 2021 naturally aspirated third-generation Rogue can be a rational late-model compromise. A 2022-and-newer VC-Turbo Rogue should be purchased only after detailed recall verification and a clear understanding of the additional engine complexity.

Requested Mechanical Vulnerability Assessment

Design Issue	Rogue Application	Cause and Effects	Buyer Interpretation
Small-displacement engine with turbocharger	Third-generation 2022-and-newer gasoline Rogue with 1.5-liter VC-Turbo three-cylinder engine.	The current engine produces 201 horsepower and 225 pound-feet of torque from 1.5 liters of displacement. Turbocharging is not automatically defective. It increases thermal load and adds a turbocharger, bearings, oil-supply path, oil-drain path, boost controls, charge-air plumbing, intercooler components, sensors, seals, and software. The VC-Turbo system adds multi-link variable-compression components. Oil degradation, insufficient lubrication, bearing defects, boost leaks, overheating, turbo wear, or software faults can cause warning lights, rough running, abnormal noise, reduced power, stalling, or engine failure.	Buyers seeking minimum mechanical complexity should favor an earlier naturally aspirated Rogue or another model with a conventional powertrain. Buyers selecting the VC-Turbo engine should verify NHTSA campaigns 25V-437, 26V-080, and 26V-081 by VIN.
Variable Compression Turbo multi-link system	Third-generation 2022-and-newer gasoline Rogue.	Nissan states that the advanced multi-link VC-Turbo system continuously adjusts compression ratio for optimized performance. Compared with a conventional fixed-compression engine, the design adds linkages, bearings, moving joints, control logic, and lubrication dependencies. Nissan’s 25V-437 recall identifies main bearings and A-link, C-link, and L-link bearings or supporting engine components as potential failure areas on specified vehicles.	Treat the engine as a complex design requiring precise lubrication, recall verification, careful maintenance, and warranty consideration.
Plastic oil, cooling, intake, and charge-air components	All generations, with greater heat and pressure exposure on turbocharged vehicles.	Rogue vehicles use polymer reservoirs, radiator tanks, hose fittings, quick connectors, clips, ducts, intake components, charge-air tubes, seals, and related components. Repeated heat cycling, vibration, chemical exposure, cold temperatures, and service handling can cause brittleness, cracking, leakage, or disconnection. A coolant leak can progress into overheating. A charge-air leak can create reduced power and boost-related codes.	Inspect reservoirs, radiator seams, hose connections, thermostat areas, water-pump areas, charge-air tubes, clamps, oil residue, and dried coolant residue. Do not dismiss slow fluid loss as normal.
Timing belts and interference-engine exposure	Ordinary gasoline Rogues evaluated in this report generally use timing chains rather than routine gasoline timing-belt replacement schedules. The 2026 Rogue Plug-in Hybrid has separate maintenance requirements that should be verified through VIN-specific documentation.	A timing chain does not eliminate maintenance risk. Chain tensioners, guides, sprockets, camshaft controls, oil passages, oil quality, and oil level matter. Poor lubrication can accelerate wear. Symptoms can include cold-start rattle, persistent metallic noise, camshaft-correlation codes, rough running, reduced power, and possible internal engine damage if timing is lost.	Do not assume that a chain is maintenance-free. Review oil-change records and listen during a true overnight cold start.
Cylinder deactivation	No broad Rogue-specific cylinder-deactivation vulnerability was identified as a defining feature of the principal gasoline engines evaluated in this report.	Some manufacturers use cylinder-deactivation systems that create separate lifter, lubrication, and calibration concerns. Buyers should not import another manufacturer’s cylinder-deactivation failure narrative into the Rogue without verifying the exact engine.	Do not assume that every modern gasoline vehicle contains cylinder deactivation.
Gasoline direct injection	Relevant to newer Rogue gasoline engines, including third-generation applications. Exact engine-specific service requirements should be verified through Nissan documentation.	Direct injection can support output, efficiency, and emissions performance. It adds a high-pressure fuel pump, high-pressure lines, injectors, seals, sensors, and precise control requirements. Direct-injection-only operation can increase intake-valve-deposit exposure because gasoline does not wash the rear side of the intake valves in the same manner as port injection. Faults can cause hard starting, rough idle, misfires, fuel odor, poor fuel economy, fuel dilution of engine oil, warning lights, or reduced power.	Investigate fuel odor, repeated misfires, poor cold-start behavior, fuel-trim abnormalities, oil that smells strongly of fuel, and unexplained warning lights.
Automatic Stop-Start	Applicable to selected newer Rogue configurations depending on model year and equipment.	The system stops the gasoline engine during qualifying stationary conditions and restarts it when propulsion is requested. It increases dependence on battery condition, charging strategy, engine mounts, sensors, software, brake inputs, electrical loads, and drivetrain behavior.	Test operation during the road test. Review battery age and charging-system condition. Buyers seeking lower complexity can select an older Rogue without the feature.
Oil-change reminder or oil-control system	Later Rogues use maintenance reminders and oil-service logic depending on model year and equipment.	The dashboard system estimates service timing using operating conditions and programmed logic. It is not a laboratory oil-quality test and should not be treated as a substitute for manual oil-level inspection. A warning display does not prove that the engine contains a safe amount of oil.	Check the dipstick physically according to the owner manual. Use conservative intervals on turbocharged engines and vehicles exposed to short trips, cold starts, heat, towing, or heavy traffic.
Low oil-pressure warning	All generations.	A low oil-pressure warning can indicate low oil level, oil leakage, oil-pump concerns, restricted pickup, bearing damage, sensor faults, wiring faults, excessive temperature, lubrication breakdown, or internal engine damage. Continued driving with genuine low oil pressure can destroy an engine rapidly.	Stop the engine promptly and diagnose the cause. Do not assume the warning is merely a failed sensor.
Xtronic continuously variable transmission	Principal gasoline Rogue powertrain across generations.	The CVT depends on correct fluid, hydraulic pressure, valve-body operation, pulleys, belt or chain surfaces, bearings, temperature control, software, cooling, and adaptive learning. Heat, incorrect fluid, degraded fluid, improper level, internal wear, valve-body faults, bearing damage, or pulley-and-belt damage can cause whine, judder, hesitation, delayed engagement, RPM flare, reduced speed, fail-safe operation, or complete failure.	Every used Rogue requires an extended warm transmission road test and a scan of transmission-control data. A brief cold test drive is insufficient.
All-wheel-drive system	Available across Rogue generations.	All-wheel drive adds transfer, coupling, rear-drive, seal, bearing, electronic-control, and tire-matching dependencies. Mismatched tires, fluid leakage, bearing wear, coupling faults, or low-speed-turn issues can produce binding, vibration, noise, warning lights, or expensive repairs.	Use matched tires with similar circumference and tread depth. Test tight low-speed turns and highway operation.
Advanced driver-assistance systems	Increasingly important on second-generation and third-generation vehicles.	Automatic emergency braking, radar-related sensors, cameras, lane systems, blind-zone systems, parking sensors, and software increase repair and calibration dependencies. Collision repair, windshield replacement, grille repair, bumper repair, alignment work, or suspension repair can affect system operation.	Request calibration records after relevant repairs. Test warning indicators and sensor operation.

Xtronic Continuously Variable Transmission: Detailed Assessment

The Xtronic continuously variable transmission is the central reliability issue across the gasoline Rogue model line. A Rogue buyer should understand the design before purchase.

A conventional automatic transmission changes between defined gear ratios using gearsets and clutches. A CVT changes ratio continuously through variable pulley geometry and an internal belt or chain system. The design can provide smooth acceleration and fuel economy. It depends on fluid condition, hydraulic pressure, precise internal tolerances, pulley surfaces, belt or chain integrity, bearings, cooling capacity, software, and correct service procedures.

Nissan technical service information for 2008–2013 Rogue vehicles identifies reduced vehicle performance caused by CVT fluid-temperature protection logic. Under sustained heat or load, the system can reduce performance to protect the transmission. A driver can experience reduced acceleration or limited speed while merging, climbing a grade, carrying a heavy load, or driving in high ambient temperatures.

Nissan technical service information for later Rogue vehicles identifies CVT judder and diagnostic trouble codes such as P17F0 and P17F1. Nissan repair procedures can require pan inspection, debris evaluation, valve-body removal, pulley-and-belt inspection, valve-body replacement, internal repair, or complete transmission replacement depending on the findings.

CVT Failure Modes

Failure Mode	Cause and Effect	Driver Symptoms	Inspection Guidance
CVT fluid-temperature protection logic	Sustained heat or load can raise transmission-fluid temperature. The control system can reduce performance to protect internal components.	Reduced acceleration, limited vehicle speed, weak hill-climbing performance, or fail-safe behavior after prolonged driving.	Road-test after the transmission is fully warm. Include highway speed, sustained load, and grades where practical.
Incorrect CVT fluid specification	Using an incorrect fluid can change friction, pressure, lubrication, cooling, and internal wear behavior.	Judder, slipping, vibration, delayed engagement, overheating, or accelerated wear.	Confirm service records. Use the exact Nissan fluid specification or a clearly documented equivalent approved for the specific transmission. Do not assume that one universal fluid is suitable for every Rogue.
Incorrect CVT fluid level	Overfill or underfill can affect aeration, pressure control, lubrication, and heat management.	Whine, hesitation, erratic response, overheating, or fail-safe behavior.	Use Nissan’s temperature-dependent service procedure. Do not estimate level casually.
Fluid degradation	Heat and mileage degrade fluid performance. Old fluid can increase wear and reduce hydraulic control quality.	Shudder, vibration, delayed response, noise, flare, or harsh behavior.	Review maintenance history. A vehicle advertised as having lifetime fluid should still be inspected according to Nissan service information.
Valve-body or pressure-control wear	Solenoids, valves, passages, and hydraulic controls can wear or malfunction.	Hesitation, delayed engagement, judder, RPM flare, inconsistent acceleration, and stored transmission codes.	Use a capable scan tool. Check current, pending, and historical transmission-control codes.
Pulley-and-belt or chain damage	Internal slip, wear, surface damage, debris, pressure problems, or prolonged heat can damage the primary load-transfer components.	Persistent judder, slipping, RPM rise without matching acceleration, whine, debris in the pan, or loss of propulsion.	Budget for major repair or replacement when internal damage is confirmed.
Bearing wear	Heat, lubrication degradation, internal load, or ordinary wear can damage bearings.	Whine, growl, drone, vibration, or increasing noise with speed.	Do not assume that a highway whine is a wheel bearing until the CVT and driveline are evaluated.
Delayed engagement	Hydraulic pressure, valve-body, fluid, software, or internal-wear conditions can delay engagement of Drive or Reverse.	Pause, lurch, flare, or weak response after shifting.	Test Drive and Reverse repeatedly when cold and fully warm.
Judder	Hydraulic-control problems, pulley-and-belt slip, valve-body faults, or internal wear can create shaking during acceleration.	Vibration, shake, bumps, shudder, or hesitation from a stop or during moderate acceleration.	Scan for P17F0 and P17F1. Do not normalize repeated vibration.
Cooler contamination after failure	Debris from a damaged CVT can remain in cooling circuits and contaminate replacement components.	Repeat transmission failure after incomplete repair.	Confirm that cooler cleaning, flushing, or replacement was completed according to Nissan procedures.
Adaptive-learning and software procedures	Repair work can require scan-tool procedures, learned-value clearing, calibration, and road verification.	Poor operation after otherwise correct physical repair.	Use a shop familiar with Nissan CVT service procedures.

CVT Pre-Purchase Screening

• Request an extended road test: Drive the vehicle when cold and continue until the transmission is fully warm.
• Test from a complete stop: Look for hesitation, shudder, delayed response, RPM flare, or a lurch.
• Test highway acceleration: Look for weak response, whine, RPM rise without matching acceleration, and fail-safe behavior.
• Test hills and sustained load: Early Rogue fail-safe conditions can appear after prolonged heat exposure.
• Test Reverse: Look for delay, weak engagement, or vibration.
• Listen carefully: Whine, drone, growl, or bearing noise can indicate CVT or driveline wear.
• Scan the transmission-control module: Review current, pending, permanent, and historical codes, including P17F0 and P17F1 where applicable.
• Review fluid history: Confirm the exact Nissan CVT-fluid specification used and the service procedure.
• Inspect for leaks: Check the pan, axle seals, cooler lines, case seams, and surrounding areas.
• Review repair history: Determine whether the valve body, cooler, internal belt-and-pulley assembly, or complete CVT has been replaced.
• Ask about warranty extensions: Determine whether the vehicle qualified for a settlement-related extension and whether coverage has expired.
• Price the risk: A used Rogue with uncertain CVT history should not be valued like a vehicle with a conventional proven transmission.

First Generation: 2008–2013

Overall Character

The first-generation Rogue uses a relatively conventional naturally aspirated four-cylinder engine and an Xtronic CVT. It avoids turbocharging, variable compression, gasoline turbo heat, modern automatic stop-start dependence, and the broader electronic complexity of newer generations. The CVT remains the primary mechanical risk.

Age now matters substantially. Every first-generation Rogue is old enough to require inspection for rust, fluid leaks, rubber deterioration, cooling-system condition, previous collision repair, electrical modifications, suspension wear, wheel-bearing wear, and neglected maintenance.

First-Generation Detailed Reliability Issues

Issue	Affected Vehicles or Conditions	Cause and Effects	Inspection and Buyer Guidance
CVT overheating and reduced-performance fail-safe mode	2008–2013 Rogue vehicles exposed to sustained high load, high ambient temperatures, prolonged highway driving, grades, or cooling limitations.	Nissan technical service bulletin NTB14-002 and later revisions address reduced performance caused by CVT fluid-temperature protection logic. The control system limits performance when temperature rises. Nissan procedures can include diagnosis of fluid level, fluid type, cooling condition, and installation of an auxiliary CVT cooler on specified vehicles.	Road-test the vehicle for an extended period. Ask whether speed or acceleration has dropped during long trips, summer driving, mountain driving, or heavy loads.
CVT whine, judder, hesitation, and premature wear	Higher-mileage vehicles and vehicles with uncertain fluid history.	Fluid degradation, pressure-control problems, heat, valve-body wear, pulley-and-belt damage, bearings, and incorrect servicing can cause poor acceleration, vibration, noise, or failure.	Perform cold and fully warm tests. Scan the transmission-control module. Reject a vehicle with unresolved whine, shudder, flare, or hesitation.
Incorrect CVT fluid	Vehicles serviced outside Nissan procedures or filled with an unsuitable universal fluid.	CVT operation depends on the correct friction and hydraulic characteristics. Incorrect fluid can accelerate wear and cause drivability problems.	Request invoices. Use the exact fluid specification for the VIN.
Cooling-system aging	All vehicles due to age, especially vehicles with deferred coolant service or prior overheating.	Radiator tanks, hoses, clamps, thermostat-related components, reservoir, cap, water pump, cooling fans, and seals deteriorate. A small leak can progress into overheating, cylinder-head damage, gasket damage, or engine failure.	Pressure-test the cooling system. Inspect dried coolant residue, radiator seams, hose junctions, pump areas, and fan operation.
Engine-oil leakage and seepage	Higher-mileage vehicles.	Valve-cover areas, timing-cover areas, seals, pan areas, drain plug, and filter areas can leak. Low oil can accelerate chain, bearing, and engine wear.	Inspect above and below the engine. Check oil before startup and review top-off history.
Timing-chain wear	Vehicles with poor oil-change history, low oil, or high mileage.	The chain, guides, tensioner, sprockets, and lubrication pathways depend on clean oil and correct oil level. Wear can cause cold-start rattle, persistent noise, rough running, and timing-related codes.	Require an overnight cold start. Do not accept unexplained metallic rattle as harmless.
Engine-mount deterioration	Aging vehicles.	Rubber mounts deteriorate with heat and time. Symptoms can include vibration at idle, clunks during gear engagement, and harshness during acceleration.	Test in Drive, Reverse, and at idle with the climate system operating.
Wheel-bearing and hub wear	Higher-mileage vehicles, salt-region vehicles, and vehicles exposed to rough roads.	Hub bearings can develop humming, growling, looseness, and vibration. Wheel-speed-sensor faults can overlap with hub damage.	Road-test at varied speeds and inspect each wheel for play and ABS-related codes.
Suspension and steering wear	Aging vehicles.	Control-arm bushings, ball joints, tie rods, sway-bar links, struts, shocks, springs, mounts, and alignment settings deteriorate. Symptoms include clunks, wander, uneven tire wear, vibration, and poor braking stability.	Inspect on a lift and road-test over uneven pavement.
All-wheel-drive component wear	All-wheel-drive vehicles with mismatched tires, leaks, or deferred service.	Transfer, coupling, rear-drive, bearing, seal, and electronic-control components can wear. Symptoms can include vibration, binding, noise, leakage, or warning lights.	Use matched tires. Test slow tight turns and highway operation.
Harness-connector moisture intrusion	Selected 2008–2013 Rogue and 2014 Rogue Select vehicles under NHTSA campaign 15V-032.	Snow, water, and salt can enter the driver-floor-area harness connector region. Moisture can cause a short, connector damage, and a rare thermal incident or fire risk.	Verify recall completion. Inspect driver-footwell moisture, carpet, connector area, odor, and wiring condition.
Passenger Occupant Classification System concern	Selected 2008 vehicles under NHTSA campaign 08V-521.	A front-passenger occupant-classification component can affect airbag-system performance.	Verify recall completion and confirm normal airbag indicators.
Electric power-steering control-unit concern	Selected 2011 vehicles under NHTSA campaign 11V-565.	A power-steering control-unit fault can reduce steering assistance and increase steering effort.	Verify recall completion. Test steering at parking-lot speeds and inspect warning indicators.
Corrosion	Salt-region vehicles and vehicles exposed to moisture.	Subframes, suspension mounts, brake lines, fuel lines, rocker seams, floor seams, exhaust hardware, and fasteners can corrode. Rust can make routine repairs uneconomic.	Inspect on a lift. Look behind liners and under fresh undercoating.
Water intrusion	Vehicles with damaged seals, clogged drains, body repairs, or moisture exposure.	Water can affect carpets, connectors, wiring, modules, and corrosion-prone areas.	Inspect carpets, cargo area, spare-tire area, headliner edges, door seals, and odor.

First-Generation Buying Recommendation

A first-generation Rogue can be a rational low-cost purchase only when rust is limited, the CVT behaves correctly during a long warm road test, fluid history is credible, and recalls are complete. A vehicle with a documented auxiliary CVT cooler installation, correct fluid service, and stable long-distance performance presents a stronger purchase case than a vehicle with unknown history.

The naturally aspirated engine is comparatively simple. The transmission risk remains substantial. A low purchase price does not justify a vehicle with unresolved CVT noise, delayed acceleration, judder, or fail-safe history.

Rogue Select Carryover: 2014–2015

Overall Character

The Rogue Select is not the same vehicle as the redesigned 2014–2020 Rogue. Nissan continued selling the earlier first-generation architecture under the Rogue Select name. Buyers should apply first-generation CVT, cooling, corrosion, suspension, and harness-inspection priorities.

Selected 2014 Rogue Select vehicles were included in NHTSA campaign 15V-032 addressing moisture intrusion and electrical-connector short risk.

NHTSA opened an investigation in 2024 involving reports of unintended side-curtain-airbag deployment in selected 2015 Rogue Select vehicles when doors were shut or slammed. An investigation is not a recall. Buyers should verify the current NHTSA investigation status, review VIN-specific campaigns, inspect airbag warning indicators, and ask whether any side-curtain-airbag deployment or replacement occurred.

Rogue Select Buying Recommendation

Evaluate a Rogue Select as an aging first-generation Rogue rather than as a redesigned second-generation vehicle. Require a long warm CVT road test, lift inspection, driver-footwell moisture inspection, recall search, and airbag-history review.

Second Generation: 2014–2020

Overall Character

The second-generation Rogue improved interior space, fuel economy, technology, and market appeal. It retained the naturally aspirated 2.5-liter engine and Xtronic continuously variable transmission. The dominant ownership risk remains the CVT.

Nissan technical service bulletin NTB15-084 and later revisions address judder, shake, shudder, bumps, vibration, and diagnostic trouble codes P17F0 and P17F1 on specified Rogue vehicles. Nissan procedures can require detailed inspection and substantial repair.

A class-action settlement program extended CVT-related powertrain warranty coverage for specified 2014–2018 Rogue vehicles from 60 months or 60,000 miles to 84 months or 84,000 miles. Most affected vehicles are now outside the extension because of age or mileage. The existence of the program remains relevant to used-vehicle valuation.

Second-Generation Detailed Reliability Issues

Issue	Affected Vehicles or Conditions	Cause and Effects	Inspection and Buyer Guidance
CVT judder and diagnostic trouble codes P17F0 or P17F1	Specified second-generation Rogue vehicles and other vehicles with similar transmission architecture.	Internal pulley-and-belt wear, pressure-control faults, valve-body problems, debris, hydraulic issues, and software-related behavior can cause shake, shudder, vibration, bumps, hesitation, and loss of smooth acceleration. Nissan technical service procedures direct technicians through scan data, pan inspection, valve-body removal, belt inspection, and repair decisions.	Scan the transmission-control module. Reject a vehicle with unresolved judder or a seller who dismisses repeated shudder as normal CVT behavior.
CVT valve-body wear	Vehicles with pressure-control faults or stored codes.	Solenoid and valve wear can reduce hydraulic-control accuracy. Symptoms can appear intermittently before a major failure.	Require a shop familiar with Nissan CVT diagnostics. A valve-body repair is not a guarantee that pulley-and-belt surfaces remain undamaged.
CVT pulley-and-belt damage	Vehicles with prolonged judder, slip, heat exposure, or debris.	Internal wear can progress beyond a valve-body repair and require major internal work or complete transmission replacement.	Inspect repair history carefully. Confirm whether cooler-cleaning procedures were completed after failure.
Delayed acceleration from a stop	Vehicles with CVT pressure, wear, heat, or software concerns.	A driver can experience hesitation when entering traffic, followed by a surge or RPM flare.	Test repeatedly from a complete stop and during rolling acceleration.
CVT whine or drone	Higher-mileage vehicles.	Bearings, pulley surfaces, reduction gears, internal wear, or driveline components can create noise.	Do not assume that all CVT noise is normal. Compare with a known-good Rogue and inspect the driveline.
AWD low-speed turn vibration or noise	Selected all-wheel-drive vehicles addressed by Nissan technical service information.	Tire mismatch, coupling behavior, rear-drive components, fluid condition, and related drivetrain issues can contribute to vibration or noise during low-speed turns.	Test tight circles in both directions. Confirm matched tires and inspect AWD components.
Dash-side harness corrosion and fire risk	Selected 2014–2016 Rogue vehicles under NHTSA campaign 22V-024.	Water and salt in the driver footwell can wick into harness tape and enter an electrical connector. Corrosion can create ongoing electrical current, battery drain, power-window or power-seat faults, all-wheel-drive warning messages, odor, smoke, thermal damage, or fire risk.	Verify recall completion. Inspect the driver footwell for moisture, corrosion, odor, and prior harness repair.
Selected 2017 harness corrosion concern	Selected 2017 Rogue vehicles addressed under NHTSA campaign 22V-875.	Moisture intrusion can affect dash-side harness connectors and create electrical short or fire risk.	Verify VIN-specific applicability and completion.
Jackknife ignition-key folding risk	Selected 2014–2020 Rogue S-grade vehicles under NHTSA campaign 23V-093.	The pivot in a jackknife-style key can weaken. The key can fold downward while inserted, potentially rotate, and unintentionally shut off the engine while driving.	Verify recall completion. Nissan’s remedy process includes a spacer that prevents key folding and registration review for affected keys.
Occupant Classification System malfunction	Selected 2014–2017 Rogue vehicles under NHTSA campaign 16V-244.	The front-passenger classification system can misclassify an adult occupant as a child or empty seat and suppress passenger-airbag deployment.	Verify recall completion and test passenger-airbag indicator behavior.
Incorrect Occupant Classification System electronic control unit	Selected 2015–2016 Rogue vehicles under NHTSA campaign 16V-911.	A supplier-labeling issue can result in installation of an Occupant Classification System controller mismatched to the seat assembly, affecting passenger-airbag classification.	Verify recall completion by VIN.
Left rear door-latch concern	Selected 2015 Rogue vehicles under NHTSA campaign 15V-453.	A door-latch assembly can fail to latch securely, increasing the risk that the door opens unexpectedly.	Verify recall completion and test each door latch.
Rear seat-frame weld concerns	Selected 2016–2017 Rogue vehicles under NHTSA campaign 17V-663.	Nonconforming welds in rear lower seat-frame recliner joints can reduce occupant-restraint performance.	Verify inspection or seat-frame replacement.
Front-passenger seatback weld concern	Selected 2016 Rogue vehicles under NHTSA campaign 17V-716.	An improper weld can reduce seatback performance in a crash.	Verify remedy completion.
Rearview-camera image retention or loss	Selected 2018–2019 Rogue vehicles under NHTSA campaign 19V-654.	Software settings can create a rear-visibility-system noncompliance by preventing the required rearview image from displaying properly.	Verify software remedy completion and test the rearview camera repeatedly.
Cooling-system leaks	All vehicles as mileage and age increase.	Reservoirs, radiator tanks, hose fittings, seals, thermostat-related components, water pumps, and cooling fans can deteriorate. Low coolant can cause overheating and engine damage.	Pressure-test the system. Inspect dried coolant residue and temperature stability.
Engine-oil leaks and timing-chain wear	Higher-mileage vehicles and vehicles with deferred oil service.	Oil leakage or poor oil maintenance can reduce lubrication of chain components and bearings. Symptoms can include seepage, low oil level, start-up rattle, and timing-related codes.	Check oil manually and listen during an overnight cold start.
Wheel-bearing, brake, and suspension wear	Higher-mileage vehicles and salt-region vehicles.	Hub bearings, control arms, bushings, sway-bar links, struts, shocks, brakes, and alignment components wear over time.	Inspect on a lift and road-test at varied speeds.
Water intrusion	Vehicles with clogged drains, seal damage, windshield replacement, roof-related leaks, or body repairs.	Moisture can affect carpet, headliner, connectors, modules, wiring, and odor.	Inspect headliner edges, pillars, footwells, cargo floor, and spare-tire area.
Power liftgate, lock, and switch faults	Aging vehicles with electronic liftgate equipment.	Switches, wiring, struts, latches, sensors, and actuators can fail or operate intermittently.	Test every liftgate function and remote command.
HVAC and electrical faults	Vehicles with age, water intrusion, battery weakness, or connector corrosion.	Blower systems, resistors, compressors, actuators, wiring, modules, and weak batteries can create intermittent problems.	Test every climate-control mode and inspect battery condition.

Second-Generation Buying Recommendation

A second-generation Rogue should be purchased only after an extended warm CVT road test, complete transmission-control scan, VIN recall search, underbody inspection, driver-footwell moisture inspection, and review of transmission service history.

A Rogue with a documented Nissan CVT repair, clean follow-up history, correct fluid service, and no warm judder can be a rational purchase at an appropriate price. A Rogue with unknown history, transmission whine, delayed engagement, RPM flare, or P17F0 or P17F1 history should be priced as a high-risk vehicle.

Rogue Hybrid: 2017–2019

Overall Character

The 2017–2019 Rogue Hybrid is a separate gasoline-electric derivative within the second generation. It adds a high-voltage battery, electric drive components, inverter-related electronics, regenerative braking, hybrid control software, additional cooling requirements, and specialized service procedures.

Hybrid technology is not automatically unreliable. It increases the number of systems that must operate correctly. A buyer should identify a Nissan dealer or qualified hybrid specialist before purchase.

Rogue Hybrid Detailed Reliability Issues

Issue	Affected Vehicles or Conditions	Cause and Effects	Inspection and Buyer Guidance
Engine-harness contact with engine-control-module bracket	Selected 2017–2019 Rogue Hybrid vehicles under NHTSA campaign 21V-839.	The engine harness can contact a bracket and become damaged. A short circuit can blow a fuse and disable the engine and electric drive systems, causing loss of propulsion without restart.	Verify recall completion. Inspect harness protection and review any no-start or loss-of-power history.
Hydraulic brake-booster overheating	Selected 2017–2019 Rogue Hybrid vehicles under NHTSA campaign 22V-549.	An internal brake-booster issue can cause overheating and loss of power-brake assistance, increasing brake-pedal effort and stopping distance.	Verify recall completion. Test brake-pedal feel and warning indicators.
High-voltage battery aging	All hybrid vehicles as age and mileage increase.	Battery capacity, cooling, cells, sensors, connectors, and control systems can deteriorate. Effects can include reduced efficiency, warning lights, reduced performance, and expensive repair.	Obtain a hybrid-system scan and review battery condition before purchase.
Regenerative-braking complexity	All hybrid vehicles.	Software coordinates regenerative and hydraulic braking. Faults can affect brake feel, warnings, and repair procedures.	Test braking consistency and inspect recall history.
Specialized service requirements	All hybrid vehicles.	High-voltage components require trained technicians, safety equipment, insulated tools, correct procedures, and model-specific knowledge.	Confirm local service support and obtain repair-cost estimates before purchase.

Rogue Hybrid Buying Recommendation

A Rogue Hybrid can be rational for a buyer with access to qualified service support and complete records. It is not the preferred Rogue for a buyer seeking minimum complexity. Verify NHTSA campaigns 21V-839 and 22V-549, scan the hybrid system, assess battery condition, and test brake operation carefully.

Third Generation Transitional Year: 2021

Overall Character

The redesigned 2021 Rogue occupies an important position in the model line. It provides the third-generation body, interior, technology, and safety-system package while retaining a naturally aspirated 2.5-liter four-cylinder engine rather than the 1.5-liter VC-Turbo engine introduced for model year 2022.

The 2021 Rogue can be a rational late-model choice for a buyer who wants to avoid the additional turbocharger, variable-compression multi-link system, and VC-Turbo recall exposure. It still uses an Xtronic CVT and requires transmission screening.

2021 Rogue Detailed Reliability Issues

Issue	Affected Vehicles or Conditions	Cause and Effects	Inspection and Buyer Guidance
Xtronic CVT exposure	All ordinary gasoline 2021 Rogue vehicles.	The newer vehicle still relies on a continuously variable transmission. Fluid condition, pressure control, software, internal wear, cooling, and adaptive behavior remain relevant.	Perform an extended warm road test and transmission-control scan.
Rear brake-caliper concern	Selected 2021 Rogue vehicles under NHTSA campaign 21V-286.	Specified rear brake calipers can lack an internal bushing. Seal deformation and fluid leakage can reduce braking performance.	Verify caliper inspection or replacement. Inspect fluid level, brake warning indicators, and pedal feel.
Rear brake-caliper follow-up campaign	A very small number of selected 2021 Rogue vehicles under NHTSA campaign 23V-791.	Specified vehicles released after earlier inspection require rear-caliper replacement.	Verify VIN status even when a prior inspection was documented.
Fuel-pump assembly campaign	Selected 2021 Rogue vehicles under NHTSA campaign 21V-957.	Nissan issued a fuel-pump-assembly replacement campaign for specified vehicles. A fuel-system defect can create drivability, leakage, stall, or safety concerns depending on the affected condition.	Verify replacement by VIN and investigate fuel odor, hard starting, or stalling.
Rear outboard seat-belt concern	Selected 2021–2022 Rogue vehicles under NHTSA campaign 22V-666.	Specified rear outboard seat-belt assemblies require inspection and replacement where applicable.	Verify recall completion.
Infotainment reboot and rearview-camera loss	Selected 2021–2022 Rogue vehicles under NHTSA campaign 22V-772.	The infotainment system can reboot continuously, making the rearview-camera image unavailable and creating a rear-visibility-system noncompliance.	Verify software remedy completion and test the camera repeatedly.
Direct-injection-related fuel-system complexity	2021 naturally aspirated engine.	Newer fuel-system architecture adds high-pressure components, injectors, seals, sensors, and deposit considerations compared with older port-injected engines.	Investigate fuel odor, hard starting, repeated misfires, and fuel-trim concerns.
Advanced driver-assistance calibration	Vehicles equipped with Nissan Safety Shield 360 and related systems.	Cameras, radar-related sensors, parking sensors, windshield replacement, bumper repair, grille repair, collision damage, alignment, and suspension work can affect system operation.	Request calibration documentation after relevant repairs.
Battery and electronic-module dependence	All vehicles, especially those with extensive electronics.	A weak 12-volt battery can create no-start conditions, warning messages, disabled features, and network faults.	Load-test the battery and scan modules.

2021 Rogue Buying Recommendation

A carefully inspected 2021 Rogue is one of the more rational late-model gasoline Rogue choices. It avoids the 2022-and-newer VC-Turbo engine while retaining newer safety and convenience features. It is not risk-free. Verify all recalls, scan every relevant module, test the CVT fully warm, inspect the rear brakes, and review fuel-pump history.

Third Generation VC-Turbo: 2022–Present

Overall Character

For model year 2022, Nissan changed the gasoline Rogue materially by introducing a 1.5-liter Variable Compression Turbo three-cylinder engine. Nissan’s current 2026.5 Rogue product materials state that the engine produces 201 horsepower and 225 pound-feet of torque and operates with an Xtronic continuously variable transmission.

Nissan states that the advanced multi-link VC-Turbo system continuously adjusts compression ratio for optimized performance. The design can balance power and efficiency. It adds linkages, bearings, control logic, thermal load, turbocharger components, direct-injection-related components, charge-air components, software, and lubrication dependencies.

The late-model recall record requires a conservative approach. A buyer should verify every relevant campaign by VIN, request written documentation of completed remedies, and obtain the dealer’s inspection results. A software update is not the same as proof that internal engine components were never damaged before the update.

VC-Turbo Mechanical Architecture

Component or System	Purpose	Mechanical Vulnerability	Buyer Guidance
Turbocharger	Uses exhaust energy to compress intake air and increase output from small displacement.	Adds bearings, high heat, oil-supply dependence, oil-drain dependence, wastegate control, boost plumbing, seals, and sensors.	Use conservative oil-change intervals. Investigate smoke, oil loss, reduced power, rattling, or boost-related warnings promptly.
VC-Turbo multi-link mechanism	Continuously adjusts compression ratio.	Adds A-link, C-link, L-link, bearings, supporting components, moving joints, and lubrication dependence beyond a conventional fixed-compression engine.	Verify recall 25V-437 by VIN and retain inspection records.
Main and linkage bearings	Support rotating and variable-compression components.	Nissan’s 25V-437 filing identifies potential manufacturing defects in specific engine bearings, including main, A-link, C-link, and L-link bearings, or supporting components. Nissan’s 26V-080 filing identifies lubrication degradation caused by increased engine-oil temperature as a separate bearing-seizure pathway.	Investigate abnormal noise, rough running, warning lights, stalling, or metal debris urgently.
Engine-oil temperature management	Maintains lubrication quality and protects bearings.	Excessive temperature can degrade lubrication and cause bearing seizure according to campaign 26V-080.	Verify recall completion. Monitor oil level physically and follow the exact oil specification.
Electronic throttle chamber	Controls airflow electronically.	Nissan’s 26V-081 filing states that a startup diagnostic routine can cause gear contact with a stopper, weaken the internal gear, and fracture it. A jammed gear can cause loss of drive power.	Verify ECM reprogramming and throttle-body inspection or replacement where required.
Charge-air cooler and plumbing	Cools compressed intake air and routes boost pressure.	Leaks, loose clamps, cracked ducts, damaged seals, contamination, or sensor faults can reduce performance.	Inspect hoses, clamps, ducts, and oil residue.
Direct-injection-related fuel system	Controls precise fuel delivery for output and emissions performance.	Adds high-pressure pump, injectors, lines, seals, sensors, and intake-valve-deposit exposure.	Investigate fuel odor, hard starting, rough idle, fuel dilution, and misfires.
Automatic Stop-Start where equipped	Reduces fuel use during qualifying stops.	Adds battery, charging, sensor, software, mount, and restart dependencies.	Test restart smoothness and battery condition.
Xtronic CVT	Provides continuously variable ratios.	Retains the model line’s longstanding CVT-fluid, pressure-control, heat, valve-body, bearing, pulley, and belt or chain dependencies.	Do not focus only on the engine. Screen the CVT independently.

VC-Turbo Recall Comparison

NHTSA Campaign	Affected Rogue Population	Defect Pathway	Potential Effects	Buyer Action
25V-437	Specified 2021–2024 Rogue vehicles equipped with the 1.5-liter VC-Turbo engine. Campaign applicability depends on traced engine assemblies and VIN.	Nissan identified potential manufacturing defects in specific engine bearings, including main, A-link, C-link, and L-link bearings, or supporting engine components.	Engine damage and possible engine failure. Warning signs can include abnormal engine noise, rough running, malfunction indicator lamp illumination, warning messages, loss of power, or stalling.	Verify VIN status. Obtain written documentation of oil-pan inspection, metal-debris findings, repairs, engine replacement if performed, oil service, gasket work, and ECM reprogramming where applicable.
26V-080	Specified 2023–2025 Rogue vehicles equipped with the 1.5-liter KR15DDT VC-Turbo engine. Some vehicles overlap with 25V-437.	Nissan stated that increased engine-oil temperature can degrade lubrication, potentially causing bearing seizure.	Engine damage, engine failure, loss of propulsion, and possible safety risk. Hot oil associated with internal damage can create additional concern.	Verify VIN status and recall completion. Ask whether the vehicle received an earlier overlapping remedy. Retain detailed dealer records.
26V-081	Specified 2024–2025 Rogue vehicles equipped with the 1.5-liter VC-Turbo engine.	An ignition-startup electronic-throttle diagnostic routine rotates internal gears against a stopper. The affected software can weaken or fracture the gear. A fractured gear can jam.	Loss of drive power, inability to accelerate normally, or inability to move forward or reverse depending on failure mode.	Verify ECM reprogramming and throttle-body inspection or replacement where required.

Third-Generation VC-Turbo Detailed Reliability Issues

Issue	Affected Vehicles or Conditions	Cause and Effects	Inspection and Buyer Guidance
VC-Turbo bearing defects	Specified VINs under NHTSA campaign 25V-437.	Manufacturing defects in specific bearings or supporting components can cause internal engine damage and failure.	Require written recall completion records. Ask whether metal debris was found and whether engine components or the complete engine were replaced.
Elevated oil-temperature lubrication degradation	Specified 2023–2025 VINs under NHTSA campaign 26V-080.	Oil temperature can increase enough to degrade lubrication, potentially causing bearing seizure and engine failure.	Verify recall completion. Use the correct oil specification and conservative maintenance intervals.
Electronic-throttle gear fracture	Specified 2024–2025 VINs under NHTSA campaign 26V-081.	A startup diagnostic routine can weaken or fracture the internal throttle-chamber gear. A jam can cause loss of drive power.	Verify ECM reprogramming and replacement records where required.
Turbocharger thermal load	All VC-Turbo vehicles.	The turbocharger operates under high thermal load and depends on clean oil, correct oil level, intact intake plumbing, boost control, and cooling-system condition.	Monitor oil level and coolant level manually. Investigate smoke, noise, oil residue, and reduced power promptly.
Oil-monitoring complacency	All turbocharged vehicles.	A dashboard maintenance reminder does not physically confirm oil quantity or lubrication condition. Oil level can become unsafe before a scheduled service reminder appears.	Check the dipstick regularly according to the owner manual.
Direct-injection-related deposit exposure	Newer Rogue engines.	Fuel delivered directly into the cylinder does not wash the rear side of the intake valves in the same manner as port injection. Deposits can contribute to rough idle, misfires, and reduced performance over time.	Diagnose repeated misfires carefully rather than replacing ignition parts repeatedly without confirming root cause.
High-pressure fuel-system complexity	Newer engines.	High-pressure pumps, injectors, sensors, lines, and seals add cost and diagnostic requirements.	Investigate fuel odor, hard starts, and oil that smells strongly of fuel.
Xtronic CVT exposure	All ordinary gasoline VC-Turbo Rogues.	The engine redesign did not remove CVT dependence. Heat, pressure control, fluid condition, bearings, pulleys, software, and internal wear remain relevant.	Perform a separate extended CVT test and scan.
Rear seat-belt anchor concern	Selected 2023 Rogue vehicles under NHTSA campaign 23V-374.	A rear seat-belt anchor attachment condition can reduce restraint performance.	Verify recall completion.
Rearview-camera infotainment concern	Selected 2024–2025 Rogue SL and Platinum vehicles under NHTSA campaign 24V-748.	An infotainment-system condition can make the rearview-camera image unavailable, creating a rear-visibility-system noncompliance.	Verify software remedy completion and test the camera repeatedly.
Advanced driver-assistance calibration	Vehicles equipped with Nissan Safety Shield 360, ProPILOT Assist, cameras, radar-related sensors, and parking sensors.	Windshield replacement, bumper repair, grille repair, collision damage, alignment, steering repair, and suspension work can affect calibration.	Request calibration records after relevant repairs.
Battery and electronic dependence	All late-model vehicles.	A weak 12-volt battery can create no-start complaints, warning messages, disabled safety features, and network faults.	Load-test the battery and scan all modules.

VC-Turbo Buyer Recommendation

A 2022-and-newer gasoline Rogue should be purchased only after detailed VIN-specific recall verification. Obtain Nissan dealer documentation for campaigns 25V-437, 26V-080, and 26V-081 where applicable. Ask whether oil-pan inspection identified metal debris, whether engine components or the complete engine were replaced, whether ECM software was updated, whether the throttle body was inspected or replaced, and whether overlapping recalls were completed.

Do not treat a software update as proof that an engine was never damaged before the update. Do not treat the absence of warning lights during a short test drive as proof of long-term bearing condition. Retain warranty coverage when practical.

The current 2026.5 Rogue continues using the 1.5-liter VC-Turbo engine and Xtronic CVT. Current production should not be assumed to fall within earlier campaigns automatically. It should also not be treated as proven merely because earlier campaigns affected specified prior vehicles. Verify the exact VIN, production date, engine serial applicability, warranty terms, and current recall status.

Rogue Plug-in Hybrid: 2026–Present

Overall Character

Nissan introduced a separate 2026 Rogue Plug-in Hybrid. Nissan’s current United States materials identify seven-passenger seating, all-wheel drive, up to 38 miles of electric driving range, and up to 420 miles of total driving range under stated conditions.

The Rogue Plug-in Hybrid is too new for a mature Rogue-specific reliability record. It should not be treated as mechanically equivalent to an ordinary gasoline Rogue.

Rogue Plug-in Hybrid Complexity Matrix

System	Added Complexity	Potential Ownership Concern	Buyer Guidance
High-voltage battery	Adds cells, modules, sensors, cooling, contactors, control software, and high-voltage wiring.	Capacity degradation, thermal-management faults, warning lights, and expensive repairs can emerge over time.	Review battery warranty and obtain high-voltage-system documentation.
Plug-in charging system	Adds charge port, onboard charging equipment, household-charging requirements, software, and external charging equipment.	Charging faults, compatibility questions, cable damage, and household electrical requirements can affect ownership.	Test charging before purchase and confirm home-charging suitability.
Gasoline-electric propulsion	Adds electric motors, power electronics, regenerative braking, and software-managed propulsion blending.	Diagnosis and repair require hybrid-specific training and equipment.	Identify qualified Nissan service support before purchase.
Thermal management	Adds cooling requirements for battery, electronics, gasoline engine, and cabin systems.	Leaks, pumps, valves, sensors, and software faults can reduce efficiency or disable features.	Inspect coolant circuits and warning history.
Regenerative braking	Coordinates electric-energy recovery with hydraulic braking.	Brake feel, software, sensors, and hydraulic components interact.	Test braking consistency and warning indicators.
Long-term uncertainty	The derivative is new.	High-mileage repair patterns, supplier changes, campaigns, and recall history can develop over time.	Favor warranty coverage and reassess the record as mileage accumulates.

Rogue Plug-in Hybrid Buyer Recommendation

A Rogue Plug-in Hybrid can be a rational purchase for a buyer who can charge regularly, values electric commuting range, and accepts additional complexity. It is not the preferred Rogue for a buyer seeking the simplest repair pathway. Verify the VIN through Nissan and NHTSA recall systems before purchase and retain complete charging, software, and service documentation.

Timing-System Assessment

Generation or Engine	Timing-System Character	Primary Risk	Buyer Guidance
First-generation 2.5-liter gasoline engine	Chain-driven timing system.	Oil quality, oil level, guide wear, tensioner wear, sprocket wear, and age.	Listen during a cold start and verify oil-change history.
Second-generation 2.5-liter gasoline engine	Chain-driven timing system.	Oil maintenance, leakage, chain wear, tensioner wear, and high mileage.	Inspect oil level and listen for rattle.
2021 naturally aspirated engine	Engine-specific chain-driven timing and variable-valve-control components.	Oil specification, oil level, fuel-system complexity, and maintenance quality.	Use VIN-specific Nissan documentation.
2022-and-newer VC-Turbo engine	Engine-specific timing components integrated with turbocharging and variable-compression architecture.	Oil temperature, lubrication condition, bearing integrity, multi-link components, timing controls, turbo heat, and recall applicability.	Verify campaigns 25V-437 and 26V-080. Use conservative oil service.
2026 Rogue Plug-in Hybrid	Separate powertrain with model-specific timing and maintenance requirements.	New derivative with insufficient high-mileage Rogue-specific evidence.	Use the exact owner manual and warranty documentation.

Oil Monitoring and Maintenance Strategy

A dashboard maintenance reminder is useful but incomplete. It does not prove that the engine contains a safe amount of oil. It does not determine whether the oil has been diluted with fuel. It does not identify every leak. It does not prove that the correct oil specification or filter was installed. It does not detect every internal lubrication problem.

Oil monitoring becomes more important on turbocharged VC-Turbo Rogues because the turbocharger, bearings, variable-compression linkages, timing components, and engine internals depend on correct lubrication. NHTSA campaigns 25V-437 and 26V-080 make conservative oil practices especially important.

Recommended Oil Practices

• Check the dipstick physically: Check the engine oil on level ground according to the owner manual.
• Do not wait for a pressure warning: A low-oil-pressure warning can indicate an urgent failure rather than a routine maintenance reminder.
• Use the exact Nissan oil specification: Turbocharged and naturally aspirated engines can require different viscosity and specification details.
• Use conservative intervals: Short trips, cold weather, heavy traffic, high heat, extended idling, towing, mountain driving, fuel dilution, and turbocharger heat justify conservative maintenance.
• Track oil level: Record mileage, service date, quantity added, and any warning messages.
• Inspect for leaks: Check the filter area, drain plug, pan, covers, turbocharger-related areas, hoses, seals, and underbody shields.
• Investigate abnormal engine noise: Knocking, rattling, rough running, or warning lights on a VC-Turbo engine require prompt diagnosis.
• Retain receipts: Documentation matters for warranty questions, recalls, resale value, and diagnosis.

Corrosion and Structural Assessment

Corrosion becomes increasingly important as Rogue vehicles age. An engine can run smoothly while structural rust, brake-line corrosion, or suspension-mount deterioration makes the vehicle unsafe or uneconomic.

Corrosion Inspection Areas

Area	Potential Problem	Inspection Guidance
Front and rear subframes	Scaling, perforation, weakened mounting points, seized fasteners, and concealed prior repair.	Inspect welds, control-arm mounts, cradle areas, and fresh coating applied over rust.
Rocker panels, pinch welds, and floor seams	Hidden corrosion can compromise lift points and body structure.	Inspect before placing the vehicle on a lift.
Brake lines and fuel lines	Corrosion can cause leakage or failure.	Inspect routing, clips, bends, transition points, and hidden areas.
Suspension mounts and wheel wells	Rust can weaken attachment points and complicate repairs.	Inspect behind liners and around strut, shock, spring, and control-arm areas.
Exhaust system	Corrosion can create leaks, noise, broken hangers, and difficult fastener removal.	Inspect the full exhaust path and heat shields.
Driver footwell and harness area	Moisture and salt can affect electrical connectors on selected vehicles.	Inspect carpet, odor, corrosion, wiring, recall status, and repair history.
Doors, liftgate, seams, and roof-drain areas	Moisture can affect panels, wiring, latches, carpet, and modules.	Inspect seals, drain paths, carpet, headliner, cargo floor, and wiring boots.

NHTSA Safety Recall Register

How to use this register: The following tables identify significant confirmed United States safety campaigns relevant to Rogue buyer screening. They do not replace a VIN-specific recall search. Several campaigns apply only to limited supplier lots, production periods, trims, service parts, or engine serial numbers. Campaigns can be amended after publication. Completed recalls and very recent campaigns may not appear identically in every lookup pathway. Run the VIN through both Nissan and NHTSA systems and request Nissan dealer history.

First Generation and Rogue Select Safety Campaigns

NHTSA Campaign	Affected Rogue Population	Defect and Consequence	Buyer Action
08V-521	Selected 2008 Rogue vehicles.	A front-passenger Occupant Classification System component can affect proper passenger-airbag classification and deployment behavior.	Verify inspection or remedy completion and confirm normal airbag indicators.
11V-565	Selected 2011 Rogue vehicles.	An electric power-steering control-unit condition can reduce steering assistance and increase steering effort.	Verify recall completion and test steering at low speed.
15V-032	Selected 2008–2013 Rogue and 2014 Rogue Select vehicles.	Snow, water, and salt can seep into the driver-floor-area electrical-connector region. Moisture can cause a short circuit, connector damage, and a rare thermal incident or fire risk.	Verify recall completion. Inspect the driver footwell, carpet, odor, and connector area.

Second Generation and Rogue Hybrid Safety Campaigns

NHTSA Campaign	Affected Rogue Population	Defect and Consequence	Buyer Action
15V-453	Selected 2015 Rogue vehicles.	A left rear door-latch assembly can fail to latch securely, increasing the risk that a door opens unexpectedly.	Verify recall completion and test each latch.
16V-244	Selected 2014–2017 Rogue vehicles.	The front-passenger Occupant Classification System can misclassify an adult occupant as a child or empty seat and suppress passenger-airbag deployment.	Verify software remedy completion and confirm indicator operation.
16V-911	Selected 2015–2016 Rogue vehicles.	An incorrect Occupant Classification System electronic control unit can be installed because of a supplier-labeling issue, affecting airbag classification.	Verify inspection and replacement or reprogramming by VIN.
17V-663	Selected 2016–2017 Rogue vehicles.	Rear lower seat-frame recliner joints can have nonconforming welds, reducing occupant-restraint performance.	Verify inspection or replacement.
17V-716	Selected 2016 Rogue vehicles.	A front-passenger seatback assembly can contain an improper weld, reducing crash protection.	Verify seatback replacement where applicable.
19V-654	Selected 2018–2019 Rogue vehicles.	A rear-visibility-system software issue can prevent proper rearview-camera-image display and create a safety-standard noncompliance.	Verify software remedy completion and test the camera.
21V-839	Selected 2017–2019 Rogue Hybrid vehicles.	The engine harness can contact an engine-control-module bracket, become damaged, short circuit, blow a fuse, and disable the engine and electric drive systems without restart.	Verify harness inspection or repair.
22V-024	Selected 2014–2016 Rogue vehicles.	Water and salt in the driver footwell can wick through harness tape into an electrical connector. Corrosion can create electrical faults, battery drain, warning messages, odor, smoke, thermal damage, or fire risk.	Verify recall completion and inspect the footwell and harness area.
22V-549	Selected 2017–2019 Rogue Hybrid vehicles.	A hydraulic brake-booster assembly can overheat internally and reduce power-brake assistance, increasing brake-pedal effort and stopping distance.	Verify recall completion and test brake-pedal feel.
22V-875	Selected 2017 Rogue vehicles.	A dash-side harness-connector moisture condition can create electrical short and fire risk.	Verify VIN-specific applicability and completion.
23V-093	Selected 2014–2020 Rogue S-grade vehicles with jackknife-style keys.	The key pivot can weaken, allowing the key fob to fold downward while inserted and potentially rotate the ignition switch unintentionally, shutting off the engine while driving.	Verify spacer installation and key-registration review.

Third Generation Safety Campaigns

NHTSA Campaign	Affected Rogue Population	Defect and Consequence	Buyer Action
21V-286	Selected 2021 Rogue vehicles.	Rear brake calipers can lack an internal bushing. Seal deformation and fluid leakage can reduce braking performance.	Verify inspection or rear-caliper replacement.
21V-957	Selected 2021 Rogue vehicles.	A specified fuel-pump-assembly defect requires replacement and can create fuel-system safety concerns.	Verify fuel-pump-assembly replacement. Investigate fuel odor, hard starting, or stalling.
22V-666	Selected 2021–2022 Rogue vehicles.	Specified rear outboard seat-belt assemblies require inspection and replacement where applicable.	Verify recall completion.
22V-772	Selected 2021–2022 Rogue vehicles.	The infotainment system can reboot continuously, making the rearview-camera image unavailable and creating a rear-visibility-system noncompliance.	Verify software reprogramming and test the camera repeatedly.
23V-374	Selected 2023 Rogue vehicles.	A rear seat-belt anchor attachment condition can reduce restraint performance.	Verify inspection and repair.
23V-791	A very small number of selected 2021 Rogue vehicles previously addressed under campaign 21V-286.	Specified rear brake calipers require replacement after an earlier inspection process.	Verify completion even when earlier records show inspection.
24V-748	Selected 2024–2025 Rogue SL and Platinum vehicles.	An infotainment-system issue can make the rearview-camera image unavailable, creating a rear-visibility-system noncompliance.	Verify software reprogramming and test the display.
25V-437	Specified 2021–2024 Rogue vehicles equipped with 1.5-liter VC-Turbo engines. Applicability depends on traced engine assemblies and VIN.	Potential manufacturing defects in specific engine bearings, including main, A-link, C-link, and L-link bearings, or supporting engine components can cause engine damage and potentially engine failure.	Verify oil-pan inspection, debris findings, component replacement, engine replacement, oil service, gasket work, and ECM reprogramming where applicable.
26V-080	Specified 2023–2025 Rogue vehicles equipped with 1.5-liter KR15DDT VC-Turbo engines. Some vehicles overlap with campaign 25V-437.	Increased engine-oil temperature can degrade lubrication, potentially causing bearing seizure, engine damage, and engine failure.	Verify remedy completion and determine whether an overlapping earlier recall remedy applies.
26V-081	Specified 2024–2025 Rogue vehicles equipped with 1.5-liter VC-Turbo engines.	A software-related electronic-throttle startup routine can weaken or fracture an internal gear. A broken gear can jam and cause loss of drive power.	Verify ECM reprogramming and throttle-body inspection or replacement where required.

Current 2026.5 Gasoline Rogue and 2026 Rogue Plug-in Hybrid

Vehicle	Recall Assessment as of June 6, 2026	Buyer Action
2026.5 gasoline Rogue	Nissan’s current 2026.5 gasoline Rogue continues to use the 1.5-liter VC-Turbo engine and Xtronic CVT. Earlier campaigns identify important design and supplier concerns affecting specified prior model years and VINs. A current vehicle should not be assumed affected or unaffected without VIN verification.	Run the VIN through Nissan and NHTSA databases. Review warranty terms, production date, current campaign status, and service bulletins before purchase.
2026 Rogue Plug-in Hybrid	The derivative is new. No mature Rogue-specific long-term record exists. VIN-specific recall verification remains mandatory because campaigns can be announced or amended after launch.	Run the VIN through Nissan and NHTSA databases and retain warranty documentation.

Nissan Technical Service Bulletins, Warranty Extensions, and Campaign History

Important distinction: A Nissan technical service bulletin, warranty extension, settlement benefit, dealer campaign, or service update is not automatically a NHTSA safety recall. Eligibility depends on VIN, transmission, model year, build date, mileage, time in service, symptoms, and Nissan policy.

Document or Program	Affected Area	Significance	Buyer Action
Nissan Technical Service Bulletin NTB14-002 and later revisions	Specified 2008–2013 Rogue vehicles.	Addresses reduced vehicle performance caused by CVT fluid-temperature protection logic. Nissan procedures include diagnosis of operating conditions, fluid level, fluid specification, cooling-system conditions, and installation of an auxiliary CVT cooler on specified vehicles.	Ask whether the vehicle experienced reduced speed during heat, grades, or highway use. Review cooler-installation history.
Nissan CVT fail-safe service information	Selected early Rogue vehicles.	Identifies conditions that can contribute to premature CVT fail-safe behavior, including incorrect fluid level, incorrect fluid specification, and cooling-system concerns.	Confirm correct CVT fluid and service procedure.
Nissan Technical Service Bulletin NTB15-084 and later revisions	Specified 2014–2016 Rogue vehicles and related CVT applications.	Addresses CVT judder, shake, shudder, bumps, vibration, and diagnostic trouble codes P17F0 and P17F1. Repair pathways can include valve-body replacement, belt inspection, internal repair, or CVT replacement.	Scan the transmission-control module and review repair history.
Nissan Technical Service Bulletin NTB15-013 and related cooler-cleaning procedures	Vehicles receiving specified CVT repair or replacement.	Addresses cleaning of CVT cooling circuits following repair. Debris left in the cooling circuit can damage replacement components.	Confirm cooler cleaning or replacement after major CVT failure.
Nissan Technical Service Bulletin NTB20-069	Specified Rogue all-wheel-drive vehicles.	Addresses low-speed-turn vibration or noise diagnosis.	Test tight turns and inspect tires, AWD components, and fluid condition.
Nissan and Infiniti CVT Class Action Settlement Program	Specified 2014–2018 Rogue vehicles and specified related models.	Extended CVT-related powertrain warranty coverage from 60 months or 60,000 miles to 84 months or 84,000 miles for settlement-class vehicles under stated terms.	Determine whether the VIN qualified, whether repairs were completed, and whether coverage has expired.
NHTSA campaign 25V-437 dealer remedy procedures	Specified VC-Turbo engines.	Requires VIN-specific recall processing. Nissan’s filing describes oil-pan inspection for specified metal debris and repair paths based on findings. Procedures can include engine-component replacement, engine replacement, gasket work, oil service, and ECM reprogramming depending on engine and result.	Obtain the dealer repair order and inspection findings.
NHTSA campaign 26V-080 dealer remedy procedures	Specified 2023–2025 Rogue VC-Turbo engines.	Addresses increased oil temperature, lubrication degradation, and bearing-seizure risk. Some overlapping vehicles can receive the remedy through the earlier recall process.	Confirm the exact remedy completed on the VIN.
NHTSA campaign 26V-081 dealer remedy procedures	Specified 2024–2025 Rogue VC-Turbo engines.	Addresses electronic-throttle-chamber gear fracture through software and inspection or replacement procedures.	Confirm ECM software update and throttle-body status.

Class-Action Litigation and Significant Legal Proceedings

Important distinction: A complaint contains allegations. It is not a final technical determination that every Rogue is defective. A lawsuit can be dismissed, amended, consolidated, settled, appealed, or remain active for years. Buyers should use litigation as a research prompt rather than a substitute for recall verification and professional inspection.

Official Case Name	Subject	Buyer Relevance
Eliason, et al. v. Nissan North America, Inc., et al.	Class-action settlement proceedings involving allegations concerning continuously variable transmissions in specified Nissan and Infiniti vehicles. Settlement materials identify specified 2014–2018 Nissan Rogue vehicles among covered models and provide settlement benefits including a powertrain warranty extension under stated conditions.	Reinforces the need for extended warm-road testing, transmission-control scanning, fluid-history review, warranty-extension review, and realistic repair-cost planning.
Stringer, et al. v. Nissan North America, Inc.	Related Nissan CVT litigation publicly associated with Rogue CVT allegations and later settlement-related proceedings. Procedural relationships, consolidated captions, and class definitions should be verified through current court records and settlement materials.	Use the litigation as a prompt to inspect every second-generation Rogue carefully rather than assuming a smooth short test drive proves long-term CVT health.
Landa v. Nissan North America, Inc.	Proposed class-action allegations concerning Xtronic continuously variable transmission defects in specified 2014–2020 Nissan Rogue vehicles, including shuddering, hesitation, jerking, acceleration problems, and premature failure.	Do not assume that a 2019–2020 Rogue is automatically free of CVT risk merely because earlier settlement benefits focused on specified 2014–2018 vehicles.
Stockley v. Nissan of North America, Inc.	United States District Court litigation publicly identified as Case No. 3:22-cv-00709 involving allegations concerning continuously variable transmissions in specified Nissan Rogue and Rogue Sport vehicles. Rogue Sport is a separate vehicle and is excluded from the mechanical analysis in this report.	Review the exact vehicle, model year, transmission, complaint allegations, and current docket status separately.
Becker, et al. v. Nissan of North America, Inc., et al.	Proposed class-action litigation filed in 2025 involving allegations that Nissan concealed VC-Turbo engine defects in specified vehicles including selected Rogue models. The litigation concerns engine-bearing and failure allegations associated with variable-compression turbo engines.	Verify NHTSA campaign 25V-437 and subsequent campaign 26V-080. Obtain VIN-specific recall inspection results and repair records rather than relying on general statements.

NHTSA Investigation Note

Investigation Area	Vehicle Population	Significance	Buyer Action
Rogue Select side-curtain-airbag deployment reports	Selected 2015 Rogue Select vehicles.	NHTSA opened an investigation in 2024 after reports of unintended side-curtain-airbag deployments in circumstances such as door closure. An investigation is not a recall and does not prove that every vehicle is defective.	Verify the current NHTSA investigation status, VIN recall status, airbag warning indicators, prior deployment history, and restraint-system repairs.
VC-Turbo engine-bearing complaints	Specified Nissan and Infiniti vehicles equipped with VC-Turbo engines.	NHTSA investigated engine-failure complaints before Nissan filed campaign 25V-437. Subsequent campaigns 26V-080 and 26V-081 added additional late-model Rogue remedies.	Use the recall campaigns and VIN-specific dealer records as the primary purchase-screening tools.

Pre-Purchase Inspection Checklist

• Obtain the VIN before visiting the vehicle: Run Nissan and NHTSA recall searches. Save the results.
• Request Nissan dealer history: Determine recall status, campaigns, software updates, warranty repairs, transmission repairs, engine inspections, and dealership-performed work.
• Identify the exact generation: Do not confuse a 2014 Rogue Select with a redesigned 2014 Rogue.
• Identify the exact engine: Determine whether the vehicle uses a naturally aspirated 2.5-liter engine, a 1.5-liter VC-Turbo engine, a hybrid powertrain, or the separate plug-in-hybrid powertrain.
• Identify the exact transmission: Confirm the Xtronic CVT application and fluid specification.
• Require an overnight cold start: Listen for chain rattle, bearing noise, knocking, rough running, turbocharger noise, and abnormal vibration.
• Check engine oil physically: Do not rely solely on the dashboard maintenance reminder.
• Check coolant physically: Inspect level, residue, reservoir condition, hose connections, and temperature stability.
• Perform an extended warm CVT road test: A short cold test drive is insufficient.
• Test acceleration from a stop: Look for hesitation, judder, RPM flare, weak response, and surging.
• Test highway operation: Listen for whine and check for reduced-power or fail-safe behavior.
• Test Reverse repeatedly: Look for delayed engagement and vibration.
• Test tight low-speed turns: Inspect all-wheel-drive behavior, vibration, and binding.
• Scan every relevant module: Review engine, transmission, ABS, restraint, body, infotainment, camera, radar-related, parking-assist, battery, hybrid, and network codes where applicable.
• Review CVT-fluid history: Confirm correct Nissan fluid specification and service procedure.
• Review CVT-repair history: Determine whether the valve body, cooler, pulley-and-belt system, bearings, or complete transmission were repaired or replaced.
• Confirm cooler cleaning after CVT repair: Debris can damage replacement components.
• For first-generation vehicles, ask about heat-related fail-safe events: Determine whether an auxiliary CVT cooler was installed.
• For second-generation vehicles, inspect the driver footwell: Look for moisture, corrosion, odor, harness damage, and recall history.
• For Rogue Hybrid vehicles, scan the high-voltage system: Verify campaigns 21V-839 and 22V-549.
• For 2021 vehicles, verify brake-caliper, fuel-pump, seat-belt, and infotainment recalls: Do not assume that a newer design is recall-free.
• For 2022-and-newer VC-Turbo vehicles, verify campaign 25V-437: Obtain oil-pan inspection results, debris findings, engine-repair records, and ECM-update records.
• For 2023–2025 VC-Turbo vehicles, verify campaign 26V-080: Confirm completion of the lubrication and bearing-seizure remedy.
• For 2024–2025 VC-Turbo vehicles, verify campaign 26V-081: Confirm ECM reprogramming and electronic-throttle-body inspection or replacement.
• Inspect structural corrosion on a lift: Check subframes, rocker areas, suspension mounts, brake lines, fuel lines, floor seams, exhaust hardware, and underbody fasteners.
• Inspect water-intrusion areas: Check driver footwell, carpets, headliner edges, pillars, cargo floor, spare-tire area, and odor.
• Test every wiper, door latch, lock, window, seat, camera, sensor, climate-control mode, and liftgate function: Minor electrical issues can reveal water intrusion or module faults.
• Review collision history: Ask whether windshield, bumper, grille, suspension, steering, or alignment work included required camera and radar-related calibration.
• For 2026 Rogue Plug-in Hybrid vehicles, test charging: Review battery warranty, charging equipment, software history, and qualified service availability.
• Retain documentation: Save invoices, recall records, warranty documents, scan reports, CVT-fluid records, calibration reports, and dealer repair orders.

Buyer Risk Matrix

Buyer Priority	Recommended Rogue Direction	Reasoning	Conditions
Lowest engine complexity within the Rogue line	Structurally sound first-generation or second-generation naturally aspirated 2.5-liter Rogue.	Avoids turbocharging and variable-compression mechanisms.	Accept substantial CVT risk. Require a long warm road test, correct fluid history, scan, and rust inspection.
Best late-model gasoline compromise	Carefully inspected 2021 Rogue with naturally aspirated 2.5-liter engine.	Provides third-generation design and safety technology while avoiding the 2022-and-newer VC-Turbo engine.	Verify all recalls, scan modules, inspect rear brakes, review fuel-pump history, and test the CVT fully warm.
Lowest transmission risk	Consider a different vehicle model if avoiding CVT ownership is a priority.	The ordinary gasoline Rogue lineup relies heavily on Xtronic CVTs across generations.	Do not select a Rogue merely because the test drive was short and smooth.
Budget first-generation purchase	2008–2013 Rogue with documented CVT history and limited rust.	Simple naturally aspirated engine and broad parts availability.	Confirm warm CVT operation, recall completion, harness condition, cooling system, and underbody integrity.
Budget Rogue Select purchase	2014–2015 Rogue Select only after first-generation inspection.	Can be inexpensive but retains earlier architecture.	Do not confuse it with the redesigned Rogue. Review airbag investigation history and campaign 15V-032.
Second-generation family crossover	2014–2020 Rogue only after strict CVT screening.	Provides useful space and broad parts support.	Review settlement history, transmission-control codes, harness recalls, key recall, airbag recalls, water intrusion, and AWD behavior.
Hybrid fuel economy	2017–2019 Rogue Hybrid only with specialist support.	Can reduce fuel consumption while retaining crossover utility.	Accept high-voltage complexity. Verify campaigns 21V-839 and 22V-549.
VC-Turbo efficiency and performance	2022-and-newer Rogue only after VIN-specific recall verification.	Provides strong torque and fuel-economy potential from small displacement.	Accept turbocharger, multi-link variable-compression, bearing, lubrication, throttle-body, software, and CVT dependencies.
Current new-vehicle purchase	2026.5 Rogue with full warranty and current recall review.	Provides current technology, warranty support, and active dealer network.	Do not assume prior VC-Turbo issues are irrelevant. Verify VIN status and maintain conservatively.
Plug-in commuting	2026 Rogue Plug-in Hybrid only after charging and warranty review.	Provides electric commuting range and seven-passenger utility.	Accept high-voltage, charging, thermal-management, software, and long-term uncertainty.
Salt-region purchase	Any generation only after lift inspection.	Rust can make ordinary repairs unsafe or uneconomic.	Inspect subframes, suspension mounts, lines, seams, exhaust, and driver-footwell moisture.
Lowest-risk ownership strategy	Buy the cleanest vehicle with complete documentation, stable warm CVT behavior, completed recalls, and professional inspection.	Condition and maintenance history matter more than odometer mileage or trim level alone.	Do not prioritize touchscreen features over mechanical condition.

Final Recommendations

First Generation

A first-generation Rogue can remain a useful low-cost vehicle when structural corrosion is limited, the CVT operates correctly after a long warm road test, the cooling system is stable, and recalls are complete. The naturally aspirated engine is comparatively simple. The CVT remains the principal reason to reject a questionable vehicle.

Rogue Select

Evaluate a Rogue Select as a first-generation Rogue. Do not pay a redesigned-second-generation price for a carryover vehicle. Review campaign 15V-032 and verify the status of the 2015 Rogue Select airbag investigation before purchase.

Second Generation

The second generation requires strict CVT screening. Nissan technical service bulletins, warranty extensions, and litigation establish that transmission judder and premature failure deserve serious attention. Review dash-side harness recalls, jackknife-key recalls, passenger-airbag recalls, rear-visibility recalls, water intrusion, AWD behavior, and transmission history.

Rogue Hybrid

The 2017–2019 Rogue Hybrid can be reasonable when a buyer has access to qualified hybrid service. Verify harness and brake-booster recalls. Obtain a high-voltage-system scan and evaluate battery condition.

2021 Rogue

A carefully inspected 2021 Rogue is one of the strongest late-model Rogue choices for a buyer prioritizing lower engine complexity. It avoids the 2022-and-newer VC-Turbo system. It still requires CVT screening, recall verification, module scanning, and brake, fuel-pump, seat-belt, and rearview-camera review.

2022-and-Newer VC-Turbo Rogue

The VC-Turbo Rogue should be purchased conservatively. The engine provides useful performance and efficiency. It adds turbocharger, direct-injection-related, variable-compression multi-link, bearing, lubrication, oil-temperature, electronic-throttle, software, and CVT dependencies.

NHTSA campaigns 25V-437, 26V-080, and 26V-081 materially affect the recommendation. Verify each campaign by VIN. Obtain written dealer records. Ask whether internal metal debris was found. Ask whether an engine was repaired or replaced. Confirm ECM software updates and electronic-throttle-body status.

2026 Rogue Plug-in Hybrid

The new Rogue Plug-in Hybrid can be rational for a buyer who values electric driving range and can accept added high-voltage complexity. It is too new for a mature reliability verdict. Favor warranty coverage, confirm qualified service availability, test charging, and review VIN-specific recalls.

Bottom Line

Bottom line: The Rogue is not the strongest choice for a buyer seeking a conventional low-risk transmission because the gasoline model line relies heavily on Xtronic CVTs. Within the Rogue lineup, a carefully inspected 2021 naturally aspirated vehicle can offer a reasonable late-model compromise. Older vehicles can be rational only with strong CVT records and limited corrosion. A 2022-and-newer VC-Turbo Rogue requires strict recall verification and conservative maintenance. The new Rogue Plug-in Hybrid should be treated as an emerging, warranty-dependent option until a mature high-mileage record develops.

Primary Source Register

Source Group	Documents and Records Used
Current Gasoline Rogue Specifications	Nissan official 2026.5 Rogue vehicle page; Nissan official 2026.5 Rogue features page; Nissan official 2026.5 Rogue specifications and trims page; Nissan official Rogue brochure. These resources identify the 1.5-liter DOHC 12-valve VC-Turbo three-cylinder engine, 201 horsepower, 225 pound-feet of torque, available Intelligent All-Wheel Drive, advanced multi-link continuously adjustable compression-ratio system, and Xtronic CVT.
Current Rogue Plug-in Hybrid Specifications	Nissan official 2026 Rogue Plug-in Hybrid vehicle page, specifications, and brochure. These resources identify seven-passenger seating, all-wheel drive, up to 38 miles of electric driving range, and up to 420 miles of total driving range under stated conditions.
Recall Lookup Resources	National Highway Traffic Safety Administration recall database and Nissan official recall lookup resource. Buyers should use VIN-level searches and Nissan dealer records.
First-Generation Recall Records	NHTSA campaigns 08V-521, 11V-565, and 15V-032 addressing passenger Occupant Classification System, electric power-steering control unit, and driver-floor-area harness-connector moisture conditions.
Second-Generation Recall Records	NHTSA campaigns 15V-453, 16V-244, 16V-911, 17V-663, 17V-716, 19V-654, 22V-024, 22V-875, and 23V-093 addressing rear door latch, passenger Occupant Classification System, seat-frame welds, rear-visibility software, dash-side harness corrosion, fire risk, and jackknife ignition keys.
Rogue Hybrid Recall Records	NHTSA campaigns 21V-839 and 22V-549 addressing engine-harness contact with an engine-control-module bracket and hydraulic brake-booster overheating or loss of power-brake assistance.
Third-Generation Recall Records	NHTSA campaigns 21V-286, 21V-957, 22V-666, 22V-772, 23V-374, 23V-791, and 24V-748 addressing rear brake calipers, fuel-pump assemblies, rear seat belts, infotainment reboot and rearview-camera loss, rear seat-belt anchors, follow-up caliper replacement, and infotainment rear-visibility-system concerns.
VC-Turbo Bearing Recall	NHTSA campaign 25V-437 and Nissan Part 573 Safety Recall Report filed June 27, 2025. Nissan identifies potential manufacturing defects in specific engine bearings, including main, A-link, C-link, and L-link bearings, or supporting engine components that can cause engine damage and potentially engine failure in specified VC-Turbo vehicles.
VC-Turbo Oil-Temperature and Lubrication Recall	NHTSA campaign 26V-080 and Nissan Part 573 Safety Recall Report submitted in February 2026. Nissan identifies increased engine-oil temperature, lubrication degradation, possible bearing seizure, engine damage, and engine failure in specified 2023–2025 Rogue vehicles equipped with 1.5-liter KR15DDT VC-Turbo engines.
Electronic-Throttle Gear Recall	NHTSA campaign 26V-081 and Nissan Part 573 Safety Recall Report submitted in February 2026. Nissan identifies a startup electronic-throttle diagnostic routine that can weaken or fracture an internal throttle-chamber gear and cause loss of drive power in specified 2024–2025 Rogue vehicles.
Early Rogue CVT Temperature Technical Service Information	Nissan Technical Service Bulletin NTB14-002 and later revisions addressing reduced performance caused by CVT fluid-temperature protection logic on specified 2008–2013 Rogue vehicles. Related Nissan service information identifies fluid level, fluid specification, cooling, and auxiliary-cooler considerations.
Second-Generation Rogue CVT Judder Technical Service Information	Nissan Technical Service Bulletin NTB15-084 and later revisions addressing CVT judder, shake, shudder, bumps, vibration, diagnostic trouble codes P17F0 and P17F1, pan inspection, valve-body work, belt inspection, internal repair, and CVT replacement decisions.
CVT Cooler Technical Service Information	Nissan Technical Service Bulletin NTB15-013 and related Nissan procedures addressing cooler cleaning or flushing requirements after specified CVT repairs and replacement.
All-Wheel-Drive Technical Service Information	Nissan Technical Service Bulletin NTB20-069 addressing low-speed-turn vibration or noise diagnosis on specified Rogue all-wheel-drive vehicles.
CVT Settlement and Warranty Extension	BBB National Programs Nissan and Infiniti CVT class-action settlement materials; Nissan Assist CVT warranty-extension materials; settlement rules and related notices identifying specified 2014–2018 Rogue vehicles and an extension from 60 months or 60,000 miles to 84 months or 84,000 miles under stated terms.
CVT Litigation	Eliason, et al. v. Nissan North America, Inc., et al.; Stringer, et al. v. Nissan North America, Inc.; Landa v. Nissan North America, Inc.; and Stockley v. Nissan of North America, Inc. Public complaints, settlement materials, court records, and counsel materials address allegations involving Rogue continuously variable transmissions. Current status and class definitions should be verified separately.
VC-Turbo Litigation	Becker, et al. v. Nissan of North America, Inc., et al. Public complaint materials address allegations involving VC-Turbo engine defects in specified Nissan and Infiniti vehicles, including selected Rogue vehicles. Allegations should not be treated as final technical findings.
Rogue Select Airbag Investigation	National Highway Traffic Safety Administration investigation records and public reporting concerning unintended side-curtain-airbag deployment reports involving selected 2015 Rogue Select vehicles. An investigation is not automatically a recall.
Nissan Owner Manuals	Official Nissan model-year-specific Rogue owner manuals, maintenance guides, warranty booklets, and quick-reference materials for oil checking, maintenance reminders, CVT operation, fluid requirements, warning lights, driver-assistance systems, hybrid operation, plug-in-hybrid operation, and owner responsibilities.

Source-use note: Official Nissan, National Highway Traffic Safety Administration, owner-manual, warranty, safety-recall, technical-service-bulletin, settlement, court, and counsel sources are used to describe documented campaigns, service procedures, current specifications, and litigation. Reported failure patterns are presented as inspection concerns rather than claims that every vehicle will fail. VIN-level verification, Nissan dealer-history review, and a professional pre-purchase inspection remain essential.