2002 Nissan Maxima 3.5 Engine for Sale | OEM Used VQ35DE 3.5L V6 DOHC

Description

About the 2002 Nissan Maxima 3.5 Engine

The Nissan Maxima possesses an engine from Nissan renowned VQ family, the VQ35DE, which powered many modern Nissan and Infiniti vehicles throughout the 2000s. The Nissan Maxima should not be mistaken for some ordinary motor: the VQ35DE was named to Ward 10 Best Engines list for six consecutive years (2002 to 2007), and again in 2016 in updated form. It features forged steel connecting rods, a microfinished one-piece forged crankshaft, and Nissan nylon intake manifold technology. It uses low-friction molybdenum-coated pistons and a high-flow tuned induction system.

In the 2002 Nissan Maxima specifically, the VQ35DE produces approximately 255 hp at 5,800 RPM and 246 lb-ft of torque at 4,400 RPM, an outstanding output for a naturally-aspirated 3.5L V6 in 2002. The combination of forged bottom end, aggressive cam timing, and aluminum construction makes the VQ35DE both powerful and durable when properly maintained.

Applications of the VQ35DE Engine

• Nissan Maxima: The flagship application. Used in 2002 to 2007 Maxima (5th and 6th generation) across SE, SL, and GLE trims. Producing 255 hp in 2002, the Maxima was Nissan “4-Door Sports Car” positioning with a high-output V6 in a front-wheel-drive sedan.
• Nissan Altima: Altima 3.5 SE / 3.5 SL trims (2002 to 2006) received the VQ35DE producing 240-plus hp. This was the high-performance Altima variant, distinct from the standard 2.5L 4-cylinder QR25DE Altima.
• Nissan Murano: 2003 to 2007 Murano used the VQ35DE producing 240 to 245 hp, providing strong V6 performance in Nissan first car-based crossover SUV.
• Nissan Pathfinder: 2005 to 2012 Pathfinder R51 used the VQ35DE for 245 to 266 hp. Provided strong towing and off-road capability.
• Nissan Quest: 2004 to 2009 Quest minivan used the VQ35DE for 240 hp, giving the Quest sporty performance unusual for the minivan segment.
• Nissan 350Z: 2003 to 2006 350Z (Z33) received a higher-output VQ35DE producing 287 to 300 hp depending on year. The 350Z application is the most desirable and most-tuned VQ35DE variant.
• Infiniti G35: 2003 to 2007 Infiniti G35 sedan and coupe used a higher-output VQ35DE producing 280 to 306 hp, making the G35 a class-leading sport luxury sedan.
• Infiniti G37 (early): Some early G37 applications used VQ35DE before transition to VQ37VHR.
• Infiniti FX35: 2003 to 2008 Infiniti FX35 used the VQ35DE producing 275 to 280 hp, providing strong V6 performance in this luxury crossover SUV.

Key Features of the VQ35DE Engine

• Forged Internals: Forged steel connecting rods and a microfinished one-piece forged crankshaft give the VQ35DE a robust bottom end capable of handling significant power increases. This is the foundation of its excellent durability and tuning potential.
• Dual Overhead Camshafts (DOHC): Double overhead cams with 4 valves per cylinder (24 valves total) provide excellent control of valve timing and exceptional engine breathing across the RPM range.
• CVTCS Variable Valve Timing: Continuously Variable Valve Timing Control on the intake camshafts allows valve timing to adjust based on engine speed and load, optimizing both low-end torque and high-RPM power.
• Aluminum Block and Cylinder Heads: All-aluminum construction reduces weight (engine weight is approximately 480 lbs) while aluminum heat dissipation properties keep the engine cool under hard use.
• Sequential Multi-Point Fuel Injection (Sequential MPFI): Computerized fuel control delivers precise metering to each cylinder based on load, throttle position, and other parameters. This improves fuel economy, throttle response, and overall power output.
• Electronic Throttle Control (ETC): Drive-by-wire throttle eliminates the mechanical throttle linkage, enabling integration with stability control, traction control, and cruise control systems.
• Long-Runner Tuned Intake Manifold: The VQ35DE intake manifold uses long runners specifically tuned to enhance torque production and torque availability across a broad RPM range. This design improves low to mid-range torque significantly.
• Low-Friction Design: Molybdenum-coated pistons, low-friction piston rings, and lightweight components reduce internal friction, increasing both fuel economy and durability.
• High Compression Ratio (10.3:1): Higher than typical compression for a naturally-aspirated V6 of this displacement, contributing to thermal efficiency and power.
• Emissions Control: Modern catalytic converter, oxygen sensors, and EGR system meet emissions regulations across all 50 US states.

Signs You Need a Replacement VQ35DE

• Loss of compression on one or more cylinders
• Excessive oil consumption (a known issue on high-mileage VQ35DE engines, particularly the 2004 to 2006 Maxima and Altima units)
• Timing chain rattle on cold start (chain stretch is common at 150,000-plus miles)
• VVT solenoid failure causing rough idle or check engine codes
• Connecting rod or main bearing knock under load (rare given the forged bottom end, but possible at very high mileage)
• Donor Maxima, Altima, 350Z, G35, or other VQ35DE vehicle has been totaled and the engine is being moved
• Repower of an aging Maxima / Altima where the body is worth saving but the original engine is worn out
• Performance build requiring fresh starting block

Known VQ35DE Issues We Inspect Before Shipping

• Oil consumption (the most-cited VQ35DE concern): Some 2004 to 2006 VQ35DE engines (particularly Altima and Maxima) developed piston ring oil consumption issues. We inspect via compression test patterns and visual inspection.
• Timing chain stretch: Common at high mileage. Inspected during run test.
• VVT (CVTCS) solenoid wear: Solenoids can fail causing rough idle or codes. Tested before shipping.
• Crank position sensor: A common failure point causing no-start or stalling. Tested.
• Cam position sensor: Similar to crank sensor, tested.
• EGR system condition: Inspected for carbon buildup typical of higher-mileage units.
• Variant identification: VQ35DE used in many applications with slightly different intake manifolds and ECU calibrations. We confirm donor application before shipping.

What Ships and What Does Not

VQ35DE Myth Busters

• Myth: The Nissan Maxima 3.5 Engine is fragile.
• Reality: The VQ35DE is a well-built and reliable engine that lasts many miles with proper care. The forged steel rods and forged one-piece crank give it a bottom end stronger than most production V6 engines. Properly maintained VQ35DE engines routinely log 250,000-plus miles. The engine is known for smooth operation and longevity.
• Myth: The Nissan Maxima 3.5 Engine is prone to oil leaks.
• Reality: While any engine can develop oil leaks over time, the VQ35DE is not inherently more prone to leaks than other engines. Leaks are typically caused by aged valve cover gaskets, oil pan gaskets, or the rear main seal at very high mileage. These are normal maintenance items, not chronic engine issues.
• Myth: The Nissan Maxima 3.5 Engine requires high-octane fuel.
• Reality: The VQ35DE is designed to run on regular unleaded gasoline (87 octane) per Nissan specification. Higher-octane fuel will not provide a meaningful benefit. The Infiniti and 350Z higher-output variants may benefit slightly from premium fuel, but the standard Maxima / Altima / Murano applications are tuned for regular.
• Myth: The Nissan Maxima 3.5 Engine is difficult to modify for performance.
• Reality: A wide variety of aftermarket parts are available for the VQ35DE: cold air intakes, headers, cat-back exhausts, ECU tunes (Uprev, Cobb), cams, and forced induction kits. The forged bottom end handles modifications well. However, modifications can void the original warranty (which is irrelevant for this used engine), and forced induction requires careful tuning to maintain reliability.
• Myth: The 350Z VQ35DE is significantly different from the Maxima VQ35DE.
• Reality: Same fundamental block and rotating assembly. The 350Z and Infiniti G35 received higher-output ECU calibration, slightly different intake systems, and exhaust systems. Mechanically the bottom ends are interchangeable. The “Rev-Up” VQ35DE (later 350Z) has revised cams and slightly higher output.

Vehicle Compatibility

The VQ35DE was used in:

Variant differences exist between FWD applications (Maxima, Altima, Murano, Quest, Pathfinder) and RWD applications (350Z, Infiniti G / FX / M). Confirm orientation before ordering.

Inspection Workflow

Every used VQ35DE we ship goes through this process:

• Compression test across all 6 cylinders, pressure per cylinder recorded
• Donor application photographed and documented
• Oil consumption assessment via compression patterns and visual inspection
• Timing chain stretch inspected (high-mileage concern)
• CVTCS variable valve timing solenoids tested
• Crank and cam position sensor function verified
• EGR carbon buildup assessed
• Approximate mileage documented when verifiable

Where mileage is verified, it is shared. Where mileage cannot be confirmed, we disclose openly before payment.

Why Buy From Part Nests

• All 6 cylinders compression tested, results before you pay
• Oil consumption assessment (the leading VQ35DE concern at high mileage)
• Timing chain stretch inspected
• CVTCS variable timing solenoids verified
• Donor application documented (Maxima, Altima, Murano, Pathfinder, Quest, 350Z, G35, FX35)
• Free freight pallet to all 50 states, no hidden fees
• No core charge, keep your old engine
• 15 day replacement warranty on internal defects
• Call (240) 306-7051 to confirm donor application (FWD Maxima/Altima/Murano vs RWD 350Z/G35/FX35), variant orientation, and CVTCS function before ordering