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RWD

Car culture term

What is RWD?

Rear-wheel drive. Power is delivered exclusively to the rear wheels. Common in performance cars and the foundation for drift culture.

RWD (rear-wheel drive) describes a drivetrain that delivers power exclusively to the rear wheels. The engine drives through a transmission and driveshaft to a rear differential, which sends power to the rear axles. RWD is the traditional drivetrain for performance and luxury cars because the front wheels can focus on steering while the rear wheels focus on power delivery.

The advantages of RWD include better weight distribution (engine and transmission can be packaged differently), improved steering feel (no torque steer or front-axle compromise), and the ability to drift or oversteer (rear wheels exceed grip while fronts maintain control). The disadvantages include reduced traction in wet, snow, or low-grip conditions, and slightly higher manufacturing cost compared to FWD economy cars.

Modern RWD performance cars include the BMW M cars, Mercedes-AMG sport sedans, all Porsche 911 variants except 4WD trims, the Mazda Miata, the Toyota GR86 / Subaru BRZ, the Ford Mustang, and the Chevrolet Camaro. RWD is also the default for trucks, full-size SUVs, and traditional luxury sedans.

Related terms

AWDFWDDrift

Frequently asked questions

Why are most performance cars RWD?
Better weight distribution, no torque steer, better steering feel, and the ability to control the car through throttle inputs at the rear. Front wheels handle steering while rear wheels handle power. Most enthusiasts consider RWD more rewarding to drive at the limit than FWD or AWD.
Are RWD cars hard to drive in snow?
Yes, with summer tires. RWD pushes the rear out under acceleration; without good tires, controlling the car in snow requires significant skill. RWD with proper winter tires is manageable. Many RWD enthusiasts add weight in the trunk for winter driving to improve rear traction.
Why is RWD better for drifting?
Drifting requires intentional rear-wheel slide while maintaining steering control through the front wheels. RWD enables this naturally because power and steering are decoupled. AWD can drift but typically requires modification (front driveshaft removal) or specialized AWD systems with rear-bias modes.
Are RWD cars more expensive than FWD?
Slightly, in production. The driveshaft, rear differential, and rear axle add cost compared to FWD. Performance and luxury RWD cars are typically priced higher because of broader content rather than just RWD itself. Used RWD platforms (BMW E46, Lexus IS300) are often priced similarly to FWD equivalents.
What is the best affordable RWD car?
The Mazda MX-5 Miata is the consensus answer for new and used. The Toyota GR86 / Subaru BRZ are excellent. Used BMW E36, E46, and E92 cars are reasonable used RWD platforms. The Ford Mustang base model is the affordable American RWD option.

RWD on the blog

What are lockers? Locking differentials make both wheels on an axle turn as one
What are lockers? Locking differentials make both wheels on an axle turn as one

A locker ties the two wheels on an axle together so both turn at the same speed. Here is how that differs from open and limited-slip differentials, how air, electric, and automatic lockers work, which trucks have them, and why you unlock on pavement.

The new Tesla Roadster flew on stage, and Tesla still won't promise delivery
The new Tesla Roadster flew on stage, and Tesla still won't promise delivery

Tesla revealed the new Roadster on October 15, 2026, with over 1,341 hp, a claimed 0.81-second 0 to 60 run, and a version that flies. Range is about half the 2017 promise, production is set for 2028, and Tesla says it cannot guarantee delivery.

How does the Toyota Mirai work? It makes its own electricity from hydrogen
How does the Toyota Mirai work? It makes its own electricity from hydrogen

The Toyota Mirai makes its own electricity in a fuel cell that combines hydrogen with oxygen and leaves only water. Here is how the tanks, 402-mile range, and five-minute fill work, why the second generation went rear-drive, and why sales and stations keep shrinking.

Front, mid, or rear engine: what the layout does to how a car looks
Front, mid, or rear engine: what the layout does to how a car looks

Where the engine sits sets the hood length, the cabin position, and the balance, and you can read it from across a car park. Front engine gives the long hood people read as expensive, mid engine drops the nose and collects mass at the rear, and rear engine gives the 911 its unmistakable falling tail.

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