The Nissan 370Z anchors a multi-decade lineage of rear-wheel-drive performance that reshaped Japanese sports car culture. Entering production for the 2009 model year as the successor to the popular 350Z, the Z34 platform condensed its physical footprint while scaling up power, agility, and driver feedback. Spanning an impressive eleven-year production run until 2020, this iconic machine proved that naturally aspirated V6 engines and manual gearboxes could survive in a landscape increasingly dominated by forced induction.
Underneath its fastback skin, the 370Z relied on the formidable 3.7-liter VQ37VHR V6 engine, pushing out between 332 and 350 horsepower depending on the trim level. It combined old-school mechanical balance with modern innovations, notably introducing the world's first synchronized downshift rev-matching system for manual transmissions. Whether you're looking at its place in automotive history or evaluating a used model today, understanding the engineering evolution of the Z34 reveals why it remains a cornerstone of modern classic car culture.
Roots of the Z Lineage
To understand the weight of the Nissan 370Z, you have to look back to the car that started it all: the 1970 Datsun 240Z. Nissan disrupted the global sports car market by offering Jaguar-like styling and Porsche-like performance at a fraction of the price. Over the decades, the lineage evolved through the 260Z, 280Z, and the turbocharged 300ZX (Z32) before going dormant in the late 1990s for the North American market.
When the 350Z revived the badge in 2003, it brought back rear-wheel-drive excitement with a 3.5-liter V6. However, drivers criticized its bulky rear quarters and heavy steering feel at the limit. Nissan listened closely when developing its successor. Instead of letting the car grow larger like most contemporary vehicles, Nissan engineers shortened the wheelbase of the 370Z by 4 inches and widened the track. This tactical change sharpened turn-in response and gave the car an aggressive, planted stance that defined its visual identity.
You can trace the broader heritage of these Japanese performance vehicles through historical archives maintained by Nissan USA.
Engine Engineering and Performance Specs
The beating heart of every standard 370Z is the VQ37VHR engine. Featuring Nissan's Variable Valve Event and Lift (VVEL) technology, this powerplant breathed freely all the way up to a screaming 7,500 rpm redline.
- Power Output: 332 horsepower at 7,000 rpm and 270 lb-ft of torque for standard models.
- Transmission Options: A crisp 6-speed manual featuring SynchroRev Match technology, or a 7-speed automatic equipped with paddle shifters.
- Curb Weight: Ranging from roughly 3,200 to 3,400 pounds depending on whether you chose the hardtop coupe or the roadster.
The inclusion of the SynchroRev Match system changed how enthusiasts drove manuals. By automatically blipping the throttle during downshifts, the car eliminated jerky engine braking and smoothed out corner entries, mimicking the footwork of a professional racing driver.
Evolution Through the Years
While the mechanical recipe remained largely consistent, Nissan introduced subtle refinements and special packages throughout the vehicle's lifespan.
The high-performance NISMO variant pushed output to 350 horsepower, adding a firmer, track-tuned suspension, wider RAYS forged alloy wheels, massive Akebono brakes, and aggressive aerodynamic bodywork.
Minor updates rolled out year over year. In 2015, Nissan retuned the suspension for better high-speed compliance and introduced updated Sport and Sport Tech trims. Later iterations added standard rearview cameras and upgraded infotainment tech, culminating in the Heritage Edition and the 50th Anniversary Edition in 2020, which honored the historic paint liveries of past racing Z-cars.
For detailed technical specifications and registry data, you can consult vehicle archives on CarAndDriver.
Driving Dynamics and Real-World Behavior
Behind the wheel, the 370Z delivers an unfiltered, mechanical driving experience that modern turbocharged sports cars often lack. The hydraulic-assisted steering system provides heavy, direct feedback from the front tires, letting you feel every nuance of the pavement.
The compromise for this raw engagement is ride stiffness. The suspension is firm, and cabin noise at highway speeds can be prominent due to road and exhaust resonance. It's a true sports car designed around the driver, featuring a cockpit-style center console and a gauge cluster that tilts directly with the steering wheel adjustment.
Common mechanical pain points on used models include gallery gasket wear inside the timing cover on early pre-2012 models, steering lock failures, and clutch slave cylinder degradation on manual transmissions. Inspecting service records for these specific items is essential if you're shopping in the used market.
Frequently Asked Questions
Is the Nissan 370Z a reliable daily driver?
Yes, the mechanical core is generally robust and shares parts with other Nissan vehicles, leading to manageable maintenance costs. However, its stiff ride and tight cargo space make it less practical for long commutes compared to standard hatchbacks or sedans.
What is the difference between the 350Z and 370Z?
The 370Z features a shorter wheelbase, wider track, lighter body panels (including an aluminum hood, doors, and rear hatch), and a larger 3.7-liter engine that replaces the 350Z's 3.5-liter unit, resulting in quicker acceleration and sharper handling.
What came after the 370Z?
After production ended in 2020, Nissan introduced the modern Nissan Z, which drops the numerical naming convention and adopts a twin-turbocharged V6 engine inspired by vintage heritage styling cues.
Does the 370Z hold its resale value?
Because production ended and clean, unmodified examples are increasingly rare, the 370Z has maintained a stable secondary market value, especially for manual transmission and NISMO trims.
