Inside the Nissan GT-R (R35): VR38DETT Explained
A technical breakdown of the Nissan GT-R (R35) powertrain, chassis and design decisions.
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From 1933 to today. Skyline GT-R, the RB26 and Godzilla mythology. REVD adds historical context, engineering explanation and the connections that lead you onward — editorial summary, separate from verified structured data.
A technical breakdown of the Nissan GT-R (R35) powertrain, chassis and design decisions.
A technical breakdown of the Nissan Skyline GT-R (R34) powertrain, chassis and design decisions.
Origins, development and legacy of the Nissan GT-R (R35). Computational performance that humbled exotica.
12:36A driving assessment of the Datsun 240Z in context of its era and rivals.
A driving assessment of the Nissan Skyline GT-R (R32) in context of its era and rivals.
8:18A technical breakdown of the Datsun 240Z powertrain, chassis and design decisions.
22:34Origins, development and legacy of the Datsun 240Z. Japan's affordable sports car breakthrough.
A driving assessment of the Nissan GT-R (R35) in context of its era and rivals.
Origins, development and legacy of the Nissan Skyline GT-R (R32). Godzilla arrives and dominates Group A.
A technical breakdown of the Nissan Skyline GT-R (R32) powertrain, chassis and design decisions.
A driving assessment of the Nissan Skyline GT-R (R34) in context of its era and rivals.
Unfiltered onboard footage and engine note from the Nissan Skyline GT-R (R34).
Unfiltered onboard footage and engine note from the Nissan Skyline GT-R (R32).
Unfiltered onboard footage and engine note from the Nissan GT-R (R35).
17:36Unfiltered onboard footage and engine note from the Datsun 240Z.
Origins, development and legacy of the Nissan Skyline GT-R (R34). The generation that became a cultural icon.
26:52From 1931 to today. Engineering obsession expressed through the rear-engined 911 and decades of endurance racing.
From 1939 to today. Maranello's racing house turned maker of the world's most desired road cars.
29:11From 1926 to today. The inventor's lineage: Silver Arrows, 300SL, and modern F1 dominance.
29:55From 1903 to today. Mass production, the Model T, the Mustang and the GT40 that beat Ferrari at Le Mans.
19:55From 1963 to today. Racing team turned carbon-tub road car maker; the F1 is the benchmark.
From 1963 to today. Sant'Agata's theatre of V12s, scissor doors and poster-wall design.
From 1909 to today. Type 35 grand prix legend reborn as the ultimate hypercar.
20:12From 1916 to today. Straight-sixes, Motorsport division and the M badge.
25:44From 1911 to today. Small-block V8s, the Corvette and the heart of American performance.
From 1948 to today. VTEC, motorcycle dominance and championship-winning F1 engines.
From 1937 to today. 2JZ legends, WRC, and back-to-back Le Mans victories.
25:43From 2003 to today. The company that forced the industry electric.
13:40From 1962 to today. Carroll Shelby's alchemy of American V8s and lightweight chassis.
28:38From 1909 to today. Quattro all-wheel drive and diesel-era Le Mans dominance.
14:19From 2009 to today. Electric hypercars and the technology behind other brands' EVs.
From 1994 to today. Swedish hypercar engineering that ignores convention.
33:44Ford's 1-2-3 finish and the staged photo finish controversy. Circuit de la Sarthe, France
A technical breakdown of the Ferrari F40 powertrain, chassis and design decisions.
17:16A technical breakdown of the Ferrari 250 GTO powertrain, chassis and design decisions.
17:04A technical breakdown of the Porsche 911 (901) powertrain, chassis and design decisions.
18:45A technical breakdown of the Ford GT40 powertrain, chassis and design decisions.
A technical breakdown of the McLaren F1 powertrain, chassis and design decisions.
27:03A technical breakdown of the Porsche 917 powertrain, chassis and design decisions.
A technical breakdown of the Lamborghini Miura powertrain, chassis and design decisions.
20:11A grounded look at electric hypercars and what it means for performance, engineering and ownership.
21:01A technical breakdown of the McLaren MP4/4 powertrain, chassis and design decisions.
18:11A grounded look at battery chemistry and what it means for performance, engineering and ownership.
10:59A grounded look at lfp versus nmc cells and what it means for performance, engineering and ownership.
12:35A grounded look at lfp versus nmc cells and what it means for performance, engineering and ownership.
12:11A grounded look at 800v systems and what it means for performance, engineering and ownership.
19:11A grounded look at vehicle-to-grid and what it means for performance, engineering and ownership.
14:23A grounded look at regenerative braking and what it means for performance, engineering and ownership.