Which cars use dry-sump lubrication?

Dry-sump oiling is used mainly by high-performance road cars and virtually all purpose-built race cars. On the road, you’ll find it in models such as the Chevrolet Corvette (C8), many Porsche 911s and GT models, Ferrari and Lamborghini supercars, McLarens, the Ford GT, Maserati MC20, and select AMG, Aston Martin, Audi R8, Lexus LFA, Koenigsegg, Pagani, and Bugatti models. In motorsport, it’s standard across Formula 1, IndyCar, Le Mans prototypes/Hypercars, most GT3 cars, and NASCAR Cup cars. Below is a more detailed look at where dry-sump systems appear and why.

What dry-sump is and why automakers use it

A dry-sump lubrication system stores oil in a separate tank rather than in the engine’s oil pan. Multiple scavenge pumps pull oil from the engine and return it to the tank, while a pressure pump feeds the engine. This setup improves oil control during high g-forces, allows a lower engine mounting height (and lower center of gravity), reduces windage losses, and can improve reliability under track conditions. The trade-offs are cost, complexity, and packaging.

Road cars that use dry-sump lubrication

Currently produced (or recently on sale) models

The following are notable production cars, current as of 2025 or very recently on sale, that use factory dry-sump systems (including “integrated” dry-sump designs where applicable). This list focuses on well-documented examples from mainstream and exotic manufacturers.

• Chevrolet Corvette (C8, all variants: Stingray, Z06, E-Ray) — LT2/LT6 V8s use dry-sump
• Porsche 911 (992 range with integrated dry-sump; GT3/GT3 RS/GT2 RS and 911 Turbo lineage feature motorsport-style dry-sump setups) and 718 Cayman GT4 RS
• Ferrari mid- and rear-engined lines (e.g., 458, 488, F8 Tributo, 296 GTB, SF90 Stradale) and V12 flagships (e.g., 812 derivatives, Daytona SP3)
• Lamborghini Huracán (V10) and V12 flagships (Aventador; Revuelto)
• McLaren entire modern lineup (MP4-12C through 720S/765LT, GT, Artura) — all use dry-sump
• Maserati MC20 (Nettuno V6 with dry-sump and pre-chamber combustion)
• Ford GT (both 2005–2006 and 2017–2022 generations)
• Mercedes-AMG GT (first generation, M178 4.0 biturbo V8 with dry-sump); AMG SLS (M159 6.2 V8)
• Aston Martin Valkyrie (Cosworth V12 dry-sump) and One-77 (7.3L V12)
• Koenigsegg models (e.g., Agera, Regera, Jesko — dry-sump V8s)
• Pagani Zonda, Huayra, Utopia (AMG V12s with dry-sump)
• Bugatti Veyron and Chiron family (W16 with dry-sump)
• Acura/Honda NSX (second generation hybrid V6 uses dry-sump)

These cars prioritize consistent lubrication at high lateral/longitudinal loads and a lower center of gravity—benefits that align with their performance intent. Note that some makers (notably Porsche) use “integrated” dry-sump systems in broader model ranges, while their GT variants push closer to motorsport specs.

Notable past road cars

Dry-sump lubrication has been used in earlier performance icons as well. The models below are no longer in production but illustrate how widely the technology has been applied over time.

• Porsche 911 (air-cooled era, 1960s–1998, with external oil tanks); 996/997 GT3/GT2 also used dry-sump-based layouts
• Chevrolet Corvette C6 Z06 (LS7) and ZR1 (LS9); many C7 high-performance/track packages; Camaro Z/28 (2014–2015, LS7)
• Audi R8 (V8 4.2 FSI and V10 5.2 FSI models used dry-sump)
• Ferrari F430 and earlier V8 models; LaFerrari (V12 hybrid)
• Lexus LFA (1LR-GUE V10 dry-sump)
• Jaguar XJ220 (3.5L twin-turbo V6 dry-sump)
• Aston Martin V8 Vantage (2005–2017, dry-sump V8)
• BMW M1 (M88/1 straight-six with dry-sump)
• Acura/Honda NSX (first generation NA1/NA2 used dry-sump)

While many of these models pioneered dry-sump for road use, later generations or related trims may have transitioned to different lubrication strategies. Always check specific year and engine details when precision matters.

Motorsport: where dry-sump is the norm

In racing, dry-sump is adopted to maintain consistent oil pressure under extreme g-forces, maximize reliability, and lower engine placement. These categories almost universally rely on dry-sump systems.

• Formula 1 and IndyCar single-seaters
• Le Mans Prototypes and Hypercars (WEC/IMSA), including GTP/LMDh and LMP classes
• GT racing: most GT3 and many GT4 cars (Ferrari, Porsche, AMG, BMW, Aston Martin, Lamborghini, etc.)
• NASCAR Cup Series stock cars
• Rally and off-road prototypes (WRC, Dakar/T1+, Trophy Trucks) where oil control on jumps and rough terrain is critical

At the elite level, dry-sump is effectively assumed—teams and constructors design engines and chassis around separate oil tanks and multi-stage scavenge systems for maximum performance and durability.

Caveats and terminology

Because “dry-sump” can describe several architectures, it’s worth noting a few nuances before drawing conclusions about a given car.

• Integrated vs. external-tank: Some makers (e.g., Porsche) use integrated dry-sump systems with multiple scavenge pumps and an internal reservoir; others use a distinct external tank. Both are dry-sump, but details vary.
• Trim differences: Within a model line, dry-sump may be limited to certain engines or packages (e.g., track-focused variants), and can change between generations.
• Semi- or quasi-dry-sump: A few performance engines use multi-pump wet-sump or “semi-dry” systems marketed with similar language. These are not full dry-sump designs with a separate oil tank.

To avoid mix-ups, verify the exact engine code and model-year specifications, as marketing terms and technical configurations can blur the lines.

How to verify a specific car

If you need to confirm whether a particular car/trim uses dry-sump, the steps below help you find definitive answers.

1. Check the manufacturer’s technical specifications or press kit for your model year and engine code.
2. Consult the owner’s manual and factory service manual for references to scavenge pumps and a separate oil tank.
3. Look up official parts diagrams (oil system schematics) to see whether an external reservoir and multi-stage pumps are present.
4. Review homologation documents or tech guides for motorsport variants (GT3/one-make cup cars) if applicable.

These sources typically spell out the lubrication architecture unambiguously, avoiding reliance on informal descriptions.

Summary

Dry-sump lubrication appears in supercars and track-focused road cars (Corvette C8, Porsche 911/GT, Ferrari/Lamborghini/McLaren lines, Ford GT, Maserati MC20, select AMG and Aston models, Audi R8, Lexus LFA, Koenigsegg, Pagani, Bugatti, and both generations of Honda/Acura NSX) and is standard across top-tier racing (F1, IndyCar, Le Mans prototypes/Hypercars, GT3, NASCAR Cup). Its benefits—reliable oiling under high g, packaging, and performance—make it a staple wherever ultimate capability is the goal. Always verify by model year and engine, as implementations and availability can vary within a lineup.