2009 Nissan 370Z Coupe Specifications

V6 engine from the award-winning VQ series provides outstanding response. Large-displacement design provides more power (especially when accelerating and passing) and helps reduce engine stress by allowing the engine to work efficiently at any given speed.

Double overhead cam (DOHC), 24-valve design enhances performance and engine efficiency by providing direct actuation of intake and exhaust valves.

Output of this engine makes it one of the most powerful engines among its primary competitors.

Premium gasoline is required for peak horsepower, torque, and fuel economy.

All models are certified to comply with low emissions states' regulations, permitting their sale and registration in any of the 50 states. For the specific vehicle emission classification, see the emission control label located under the hood. 

Aluminum-alloy components improve performance, fuel efficiency, and emissions control by reducing engine weight and allowing the engine to warm up more quickly.

Use of lightweight components improves response and helps diminish vibration by reducing energy losses during operation, allowing engine speed to rise faster. 

Use of low-friction components improves engine efficiency, power, and durability by reducing friction (heat) and vibration. 

Liquid-filled engine mount enhances comfort by reducing engine noise and vibration.

Fluid in one engine mount helps absorb engine vibrations before they reach the passenger compartment.  

Unlike timing belts, timing chains do not require scheduled maintenance inspections or replacement for the service life of the engine. Timing chains provide more precise and reliable actuation of camshafts. 

Valve timing is varied continuously to help improve power, driveability, fuel economy, and emissions. 

VVEL continuously varies intake valve timing and valve lift to enhance acceleration, increase fuel efficiency, and reduce exhaust emissions. It works in conjunction with CVTCS. 

4-valve design enhances power output without reducing fuel economy by providing more efficient flow of fuel and air (intake and exhaust gases). 

NDIS provides consistent and reliable high voltage to the spark plugs for improved performance and longer life with less service. Individual coils located directly over each spark plug replace the mechanical distributor, spark plug wires, and single or shared coils of conventional ignition systems. 

105,000-mile spark plug replacement interval reduces maintenance. 

Drive-by-wire provides more precise throttle control and better fuel economy. The system opens and closes the throttle electronically instead of using a conventional cable.

The integrated system coordinates communication and helps maximize efficiency among the vehicle's major drivetrain components. It also eliminates the need for a heavy, bulky cruise control actuator.

An organ-style pedal enhances the feel and responsiveness of the throttle, especially for low-speed maneuvers. 

The system enhances overall driveability and, especially, hot and cold starting capability by injecting precise quantities of fuel at exactly the right moment in relation to valve timing and piston position. 

Dual throttle chambers and tuned intake runners provide more precise air intake, producing greater power and lower emissions. 

The low-restriction design improves power output and enhances torque at all rpm by reducing back pressure.

The system is tuned to provide quiet cruising, but to allow a pleasing high-performance sound during hard acceleration. 

 

Oil is cooled by engine coolant flow to help maintain consistent engine oil temperature. 

Added battery capacity provides longer battery life and more electrical power for quicker starting response under heavy demands. 

This sophisticated theft-deterrent system totally immobilizes engine systems in response to any attempt to start the vehicle without using an authorized key.

A blinking warning light confirms that the system is armed and helps deter potential thieves. 

OBD II helps reduce the risk of damaging expensive components. If engine emissions increase, OBD II illuminates a "Service Engine Soon" light to alert the driver.*

* The "Service Engine Soon" warning light illuminates if the system detects a malfunction or component deterioration that affects emissions. However, the vehicle can still be driven to the Dealership for diagnosis and/or repair of the emissions system.

 

The Computerized On-board System Universal Tester (CONSULT) is a proprietary computer that helps Dealership service technicians detect, diagnose, and correct problems more effectively and efficiently than technicians at independent repair facilities.

CONSULT reads signals being sent to individual components and can simulate actual driving conditions, reducing diagnostic time. It can be used to reprogram ECCS software without the need to physically remove and replace the control unit, helping reduce customer inconvenience and servicing costs. 

This mode enables the engine to function in a reduced capacity in case of failure by any one of four critical components (coolant temperature sensor, crankshaft angle sensor, throttle system, or airflow meter), helping the driver to reach a safe destination. 

Arrangement of engine compartment components allows efficient servicing of common maintenance items. 

Rear-wheel-drive layout enhances driver feel and control. It helps provide optimum weight distribution for precise handling, and divides steering and power delivery functions between front and rear wheels. 

6-speed transmission enhances control of gear selection and provides a sporty driving feel and quick acceleration.

Close-ratio design makes it possible to keep the engine at or near its torque peak in almost any situation. 

7-speed transmission optimizes shift quality, performance, and fuel economy.

Low gear ratios for 1st, 2nd, 3rd, and 4th gears enhance acceleration. Overdrive ratios for 6th and 7th gears lower engine rpm at highway speeds. 

Lightweight, high-strength carbon-fiber-reinforced driveshaft enhances performance and durability. 

Limited-slip differential helps improve traction under various driving conditions and helps improve directional stability in hard cornering or on slippery road surfaces. It automatically distributes power to the rear drive-wheel with the best grip.

Temperature-sensitive fluid in the differential housing activates the system. Sealed, self-contained construction is not dependent upon differential oil for its operation, which helps ensure consistent performance of the differential throughout the service life of the vehicle. 

Front wheels react independently to changes in the road surface, helping to provide a smoother ride and improved driver control.

Double-wishbone design helps enhance handling by controlling vertical movement of the tires with minimal inward or outward tilt. 

Rear wheels react independently to changes in the road surface, helping to provide a smoother ride, improved driver control, and optimum traction.

Multiple suspension links between the wheels and chassis enhance control of wheel movement, combining excellent handling with a smooth and comfortable ride.

Separation between springs and shock absorbers improves suspension performance by reducing friction.

The suspension incorporates anti-squat and anti-dive geometry that helps the vehicle body remain relatively flat — and the occupants more comfortable — even during sudden acceleration or braking. 

The suspension is attached to a subframe that is joined to the body by rubber bushings. By helping to absorb the impact of ruts and bumps in the road, the design provides a more comfortable ride and reduces vibrations and road noise inside the passenger compartment. 

A triangular brace between the front strut towers and bulkhead provides more precise steering and tracking during travel on rough road surfaces and hard cornering by enhancing structural rigidity.

An extruded aluminum crossbar along with a reinforced rear cargo floor and bulkhead enhances handling and ride quality by increasing structural rigidity. 

Stabilizer bars help improve handling and driver control. The location, design, and diameter of the stabilizer bars help keep the vehicle level during cornering and sudden lateral moves. 

Power assist reduces steering effort, especially at low speeds.

Rack-and-pinion design provides excellent feedback and precise control. 

Power assist helps reduce driver effort during stopping. 

ABS helps the driver maintain directional control of the vehicle while braking and turning.

The system individually applies and releases the brakes up to 20 times per second. 

Aluminum-alloy wheels enhance exterior appearance and handling. Lightweight wheels make the suspension more responsive by reducing unsprung weight.

The clear coat finish on the wheels is durable and adds to the elegance of the exterior design. 

The tread design of high-performance tires helps enhance traction in dry road conditions. 

Note: Spare tire does not have TPMS sensor.

 

The body, floor pan, and frame are integrated to form a rigid, lightweight structure.

The stiff structure allows the suspension to precisely control wheel movement for excellent dynamic performance. It also allows the use of softer suspension settings to increase ride comfort without compromising dynamic performance. 

The front midship positioning of the engine (centerline of the engine is behind the centerline of the front axle) provides optimum weight distribution for precise handling.

Wide track, balanced weight distribution, and short front and rear overhangs enhance ride quality and handling capability.

Front/rear weight distribution provides optimum balance for confident handling. 

A rigid body structure helps improve handling, performance, ride quality, durability, and crash protection while also reducing noise and vibration. The combination of high-strength reinforcements and advanced manufacturing techniques increases rigidity. 

Undercoating helps protect the vehicle's undercarriage from chipping that can lead to corrosion. It also reduces road noise inside the passenger compartment. 

Smooth contours provide a quiet ride on the highway by reducing wind noise.

All elements of the body are integrated to direct airflow over and around the vehicle in a uniquely efficient manner. This design reduces the amount of power needed to propel the vehicle, resulting in greater fuel efficiency. 

Lightweight materials enhance performance by contributing to balanced weight distribution and reducing overall weight. 

 

 

Smooth, contoured design complements the overall exterior styling and reduces wind noise. Convex passenger-side mirror increases field of vision. 

Tinted glass contributes to a cool, uniform interior temperature, reducing demand on the climate control system. 

 

Bumpers help absorb low-speed impacts. 

Color and placement of exterior trim enhance overall styling and appeal. 

Cross-Linking Clear Coat paint helps resist etching from airborne contaminants and hairline scratches caused by automatic car washes. 

Use of polypropylene bumper fascias and recyclable engine components reflects commitment to our global environment. 

Design and placement enhance sporty styling.

Spoilers improve aerodynamic efficiency by managing airflow at the front and rear of the vehicle. 

 

High-quality materials enhance the look and feel of the passenger compartment. 

The design and placement of interior trim enhance the look and feel of the passenger compartment. 

Design provides comfortable grip with attractive appearance.

Shape enhances driver's view of instrument panel gauges. 

Controls are positioned and labeled so they are easy to locate and operate. 

Adjustable steering column allows the driver to select a comfortable driving position. 

 

Demisters improve visibility by directing airflow toward the front side windows to remove moisture and condensation. 

Heating element defrosts rear window to clear condensation and ice in cold or damp weather, enhancing visibility.

Timer automatically shuts off defroster after approximately 15 minutes. 

The timing device helps prevent draining the battery. 

Placement provides easy access to utility storage area. 

 

 

12-volt power outlets provide power for cell phones or other electrical devices. 

Comprehensive lighting provides added nighttime comfort and convenience. 

Thoughtfully located storage enhances convenience. 

Removing the blade key allows the Intelligent Key fob to operate as a valet key. The fob can be used by a valet to start the engine and unlock the doors, but not to open any other locks. 

 

Central locking system also controls hatch and fuel-filler door releases. 

The system allows the driver to set a cruising speed to help reduce driver workload. 

2-speed windshield wipers with intermittent function allow the driver to select the correct wiper speed for weather conditions. 

Sound-deadening materials are bonded to the carpeting and throughout the body panels, providing a quieter ride. 

The inside mirror automatically dims to help ease driver eyestrain and distraction during night driving.

The driver can choose to turn this function off. 

 

The transceiver system conveniently consolidates the functions of up to three individual handheld transmitters in one device. The driver can control various combinations of garage doors, security gates, and house lights from the safety and comfort of the vehicle.

* ®HomeLink is a registered trademark of Johnson Controls Technology Company.

 

Intelligent Key eliminates the need to use the remote keyless entry when locking or unlocking the doors, or the ignition key to start the engine.

Intelligent Key incorporates remote keyless entry functions. 

System allows the driver to lock or unlock doors for enhanced security and convenience.

The user can set the system so either the lights flash and the horn sounds, or just the lights flash, to confirm that the doors are locked.

The system activates VSS when the doors are locked and disarms VSS when the doors are unlocked.

The auto relock function automatically relocks all doors after one minute if the unlock button is pushed but no door is opened. This helps prevent leaving the vehicle unlocked if the unlock button is pushed unintentionally.

Functions include:

• Lock all doors (lights flash twice).

• Unlock driver's door.

• Unlock both doors and hatch/trunk.

• Lower all windows (if equipped).

• Activate interior lights as doors are unlocked (turns off after a preset interval or if the ignition is turned on).

• Activate the panic alarm.

 

When the system is activated, the headlights flash and the horn sounds intermittently. This alarm alerts bystanders to an attempted theft and helps deter the thief.

A blinking warning light on the dashboard confirms that the system is armed and helps deter potential thieves.

The system is activated by any attempt to remove key cylinders, or to open any of the following without using the key or keyfob:

• Doors

• Hatch

 

Wireless technology allows users to link up to five compatible Bluetooth®-enabled cellular phones with the vehicle's audio system for hands-free use.

Voice commands and steering-wheel-mounted controls provide command of the system.

Note: www.NissanUSA.com/bluetooth lists compatible phones and activation instructions.

 

The navigation system pinpoints vehicle location, defines the destination, provides routing options, calculates the best route, and provides en route directions via an onboard computer, electronic atlas, and GPS satellites.

The system offers the choice of a flat map view or Birdview™** 3-D view of the approaching landscape. Screen view may be split to show both full map and intersection detail.

Hard drive contains mapping for the 50 states and Canada.

* Never program while driving. GPS mapping may not be detailed in all areas or reflect current road regulations. Nissan Hard Drive Navigation System may be inoperable in some areas. It is operational in the United States and Canada.

** Birdview is a trademark of Xanavi Corporation.

Note: Vehicles equipped with a hard drive navigation system have a single-disc CD player.

 

 

Large-capacity fuel tank allows for less frequent fill-ups. 

Large readout of analog gauges provides the driver excellent readability and quick recognition of vehicle information. Gauges can be adjusted for brightness. 

A cluster in the center dashboard containing buttons and a control knob allows users to easily access the Vehicle Information System and navigation system. 

 

3-point (lap and shoulder) seat belts are the primary restraint system in any vehicle, helping reduce the occupants' contact with interior components in the event of a crash.

All seating positions have 3-point seat belts.

When the ignition is turned on, a seat belt warning light in the instrument cluster will illuminate and a chime will sound if the driver does not buckle the seat belt. A warning light will illuminate if the front passenger does not buckle the seat belt.

* Do not ride in a moving vehicle when the seatback is reclined. See owner's manual for details. Always wear your seat belt, and please don't drink and drive.

 

Pretensioners and load limiters work with the other components of the restraint system to help protect occupants in certain frontal impacts.

In certain frontal impacts, pretensioners help tighten the front seat belts. The same sensor system that signals the front air bags to deploy also sends a signal to the pretensioners, causing a limited amount of seat belt webbing to retract.

Load limiters help minimize the peak force that an occupant will experience when restrained by the seat belt in a severe frontal collision. The load limiter helps manage the crash energy by allowing a slight extension of the seat belt when the forces of the restraint system reach a predetermined force level.

The end result is a more controlled amount of force being exerted on the occupant's body.

The key benefit is that front seat belts with pretensioners and load limiters can help reduce the risk of injury to front-seat occupants in certain frontal collisions. 

Driver and front-passenger air bags inflate when air bag sensors detect that a significant frontal impact is occurring, helping reduce the driver's and front-passenger's risk of serious injury during certain frontal collisions.

* Air bags are only a supplemental restraint system. Always wear your seat belt. Even with the occupant-classification sensor, do not use rear-facing child restraints in this vehicle. All children 12 and under should be properly secured in child restraints, booster seats, or seat belts according to their size. Air bags will only inflate in certain accidents. See your owner's manual for details.

 

Air bags mounted on the outboard sides of the front seatbacks deploy when air bag sensors detect that a significant side impact is occurring, helping reduce the driver's or front-passenger's risk of injury during certain side-impact collisions.

* Air bags are only a supplemental restraint system. Always wear your seat belt. Even with the occupant-classification sensor, do not use rear-facing child restraints in this vehicle. All children 12 and under should be properly secured in child restraints, booster seats, or seat belts according to their size. Air bags will only inflate in certain accidents. Side air bags are designed to inflate in higher severity side collisions and inflate on the side of the vehicle impacted. Please see your owner’s manual for more details.

 

When sensors detect certain side impacts, a multi-chambered air bag deploys from the roof area.

Curtain air bags help reduce the risk of head injury to occupants.

* Air bags are only a supplemental restraint system. Always wear your seat belt. Even with the occupant-classification sensor, do not use rear-facing child restraints in this vehicle. All children 12 and under should be properly secured in child restraints, booster seats, or seat belts according to their size. Air bags will only inflate in certain accidents. Side air bags and side curtain air bags are designed to inflate in higher severity side collisions and inflate on the side of the vehicle impacted. Please see your owner’s manual for more details.

 

When head restraints are correctly positioned to the height of the occupant, they help protect occupants in certain rear impacts. 

Design helps to reduce whiplash neck injuries in certain rear-end collisions.

The system mechanically moves the seat's head restraint upward and forward, supporting the occupant's head. Springs in the seat structure are designed to return the head restraint to its normal position after a collision. 

 

Column design helps absorb crash energy by compressing during certain frontal impacts, which helps reduce the risk of injury. 

Multi-component side impact protection incorporates lightweight, high-strength aluminum to help protect occupants in the event of certain side impacts.

Reinforcements include an outer waist-level panel, an outer stiffener panel, and an extruded door beam. 

Zone Body Construction incorporates front and rear crushable zones and a reinforced occupant zone to help protect occupants in the event of a crash. 

To help enhance drive-wheel traction when accelerating, the Traction Control System senses wheel spin and automatically reduces engine power to the spinning wheel. It operates at all speeds. 

Vehicle Dynamic Control helps the driver keep the vehicle on its steered path during certain situations where the vehicle is at its handling limit.

VDC uses various sensors to monitor driver inputs and vehicle motion. Under certain driving situations, VDC automatically adjusts engine power and/or applies the brakes individually as necessary to help the driver maintain control of the vehicle.

VDC incorporates Traction Control System (TCS).

* VDC cannot prevent accidents caused by abrupt steering, carelessness, or dangerous driving techniques. Always drive safely.

 

A warning light and an audible tone alert the driver if low pressure is detected in any tire. Monitoring tire pressure helps prevent uneven tire wear and reduces the risk of tire damage.

Because it uses individual sensors located inside each wheel, the system is more accurate than some competitive systems, which use the ABS sensors to measure wheel speed.

Note: Spare tire does not have TPMS sensor.

 

Audio system and speakers are located and tuned to provide rich, high-quality sound. 

The system is custom-tuned by Bose to match the vehicle's interior acoustics, producing true, clear, undistorted sound.

* Bose is a registered trademark of The Bose Corporation.

 

Integrated satellite radio receiver is prepared for XM® Satellite Radio*, which offers more than 170 channel choices and provides consistent digital reception across the contiguous U.S.

A body-color satellite radio antenna enhances appearance.

* XM® Satellite Radio requires XM subscription sold separately after first three trial months. All fees and programming subject to change. Subscriptions subject to Customer Agreement available at xmradio.com. XM service only available in the 48 contiguous United States and Canada. The XM name is a registered trademark of XM Satellite Radio Inc.