FH6 Fastest 0-60 MPH Cars: Top 15 Ranked by Acceleration
0-60 mph is the number car people ask about first. In FH6, 0-60 times range from just under 2 seconds for the fastest electric hypercars to around 3 seconds for budget sports cars. The gap between a 2.0-second launch and a 3.0-second launch is not 1 second -- it is the difference between a car that teleports off the line and one that builds speed gradually. This guide ranks the 15 fastest stock 0-60 cars in FH6, explains how launch control and AWD affect those numbers, and shows what a drag build does to acceleration times.
For top speed rankings, see the fastest cars guide. For quarter-mile drag times, see the drag racing guide.
Top 15 Fastest 0-60 Cars (Stock)
1. Rimac Nevera -- 1.85 seconds
1,914 HP / 2,360 Nm / Electric AWD / Source: Seasonal Playlist
The Nevera uses four electric motors -- one per wheel -- to deliver instantaneous torque with zero delay. The 0-60 time of 1.85 seconds is the fastest stock time in FH6 and probably the fastest in any Forza game. No combustion car can match electric instant torque from a standstill. The Nevera's limitation is not launch grip but tire physics -- the game's tire model cannot transfer all 1,914 HP to the road in the first 0.2 seconds, so the motors are software-limited at low speeds to prevent wheelspin. Even with that limit, nothing else comes close.
2. Hennessey Venom F5 -- 2.1 seconds
1,817 HP / 1,617 Nm / RWD / Source: Forzathon Shop
The fastest combustion-engine 0-60 car in FH6. The Venom F5 manages 2.1 seconds stock despite being RWD -- an incredible number that requires the game's launch control system to achieve. Without launch control, the F5 spins its rear tires through third gear. With launch control engaged, the ECU limits torque in first gear to prevent wheelspin, then ramps power up as speed increases. The F5's low weight (1,360 kg) and twin-turbo V8 torque curve give it the combustion 0-60 crown.
3. Koenigsegg Jesko Absolut -- 2.2 seconds
1,600 HP / 1,500 Nm / RWD / Source: Seasonal Playlist
The Jesko Absolut's 0-60 time of 2.2 seconds is slower than the Venom F5's despite similar power-to-weight ratios. The difference: the Absolut's gearing is optimized for top speed (330+ mph), not acceleration. Its first gear is taller than the Venom F5's, which means fewer RPM from a standing start and slower launch. This is a deliberate trade-off -- the Absolut prioritizes high-speed stability over drag-strip performance.
4. Bugatti Chiron Super Sport 300+ -- 2.3 seconds
1,578 HP / 1,600 Nm / AWD / Source: Seasonal Playlist
The Chiron SS 300+ is AWD from the factory, giving it a traction advantage over the RWD hypercars above it. Its 2.3-second 0-60 is limited not by traction but by weight -- at 1,995 kg, it has 635 kg more mass to accelerate than the Venom F5. The quad-turbo W16 engine produces massive torque at low RPM, and the AWD system puts it down cleanly. The Chiron's 0-60 is the most consistent of any hypercar -- you get 2.3 seconds every time, not a 2.1 one run and a 2.8 the next.
5. Porsche 918 Spyder -- 2.5 seconds
887 HP / 1,280 Nm / AWD (Hybrid) / Source: Autoshow (480,000 CR)
The 918 Spyder uses its front-axle electric motors to fill the torque gap while the V8 builds revs. The hybrid AWD system delivers electric instant torque to the front wheels and combustion power to the rear simultaneously. This gives the 918 a 0-60 advantage over pure-combustion AWD cars with similar power. At 480,000 CR in the Autoshow, it is the most affordable car in the top 5.
6. Lamborghini Sesto Elemento -- 2.5 seconds
570 HP / 540 Nm / AWD / Source: Autoshow (700,000 CR)
The Sesto Elemento achieves a 2.5-second 0-60 with only 570 horsepower -- nearly 1,200 HP less than the cars above it. The secret is weight. At 999 kg, the Sesto Elemento has a power-to-weight ratio of 571 HP per ton, which matches the Venom F5's 1,336 HP per ton. The carbon fiber monocoque and complete absence of sound deadening, air conditioning, or any comfort feature make it a track weapon that also happens to launch like a hypercar. For circuit racing with standing starts, the Sesto Elemento is a legitimate threat to cars with twice its horsepower.
7. Ferrari LaFerrari -- 2.6 seconds
950 HP / 900 Nm / RWD (Hybrid) / Source: Autoshow (520,000 CR)
The LaFerrari's HY-KERS system works like the 918 Spyder's -- electric motors provide instant torque fill while the V12 builds momentum. Being RWD limits its launch compared to the AWD 918, but the LaFerrari gains ground above 60 mph where its V12 pulls harder and its aerodynamics generate more downforce than the Porsche.
8. McLaren P1 -- 2.7 seconds
903 HP / 900 Nm / RWD (Hybrid) / Source: Autoshow (650,000 CR)
The P1's 0-60 of 2.7 seconds is the slowest of the "Holy Trinity" hybrids (918, LaFerrari, P1) because it is the heaviest and has the least aggressive hybrid torque-fill programming. The P1's hybrid system prioritizes sustained boost for corner exit rather than launch performance. It is still a sub-3-second car, but the gap to the 918 and LaFerrari is measurable.
9. Koenigsegg Agera RS -- 2.7 seconds
1,160 HP / 1,280 Nm / RWD / Source: Autoshow (1,500,000 CR)
The Agera RS posts 2.7 seconds 0-60 despite being RWD and lighter than the Chiron. Koenigsegg's traction control tuning in FH6 is aggressive on the Agera -- it cuts power more heavily than the Jesko variants, which keeps the 0-60 consistent but slightly slower than the car's power-to-weight ratio suggests it should be.
10. Lamborghini Aventador Ultimae -- 2.8 seconds
770 HP / 720 Nm / AWD / Source: Autoshow (500,000 CR)
The Aventador Ultimae's 2.8-second 0-60 is the fastest for any car under 1 million credits. The naturally aspirated V12 launches with immediate throttle response -- no turbo lag, no hybrid system to manage, just 6.5 liters of V12 sending power through an AWD system. The Ultimae is also the best-value acceleration car in FH6: 2.8 seconds to 60 for 500,000 CR.
11-15. The Sub-3-Second Club
| Car | 0-60 (Stock) | Drivetrain | Source |
|---|---|---|---|
| 11. Bugatti Divo | 2.8s | AWD | Autoshow (3,000,000 CR) |
| 12. Pagani Huayra BC | 2.9s | RWD | Autoshow (1,800,000 CR) |
| 13. McLaren 720S | 2.9s | RWD | Autoshow (310,000 CR) |
| 14. Ferrari SF90 Stradale | 2.9s | AWD (Hybrid) | Autoshow (2,400,000 CR) |
| 15. Lamborghini Revuelto | 3.0s | AWD (Hybrid) | Seasonal Playlist |
Stock vs Drag Build: What Happens to 0-60
Adding drag tires, AWD swap, and full weight reduction transforms 0-60 times. Below is a comparison for select cars:
| Car | Stock 0-60 | Drag Build 0-60 | Improvement |
|---|---|---|---|
| Venom F5 (AWD swap + drag) | 2.1s | 1.72s | -0.38s |
| Jesko Absolut (AWD + drag) | 2.2s | 1.78s | -0.42s |
| Aventador Ultimae (drag) | 2.8s | 2.15s | -0.65s |
| Diablo GTR (AWD + drag) | 3.1s | 1.95s | -1.15s |
The Diablo GTR shows the largest improvement because the RWD stock car loses significant time to wheelspin. Converting to AWD and adding drag tires recovers that lost time plus more from the power upgrades.
Launch Control: How It Works in FH6
FH6 launch control activates automatically when you hold the brake and throttle simultaneously from a standstill. The ECU holds RPM at a preset level. When you release the brake, the car launches with computer-controlled torque management. For cars with launch control as a factory feature (Nevera, Chiron, 918, LaFerrari, P1), the activation is seamless -- hold brake, floor throttle, release brake. For cars without factory launch control, you can simulate it by holding the brake and modulating throttle manually to approximately 3,500-5,000 RPM, then releasing the brake.
The optimal launch RPM varies by car, tire compound, and surface. Here are the rules of thumb:
- AWD + drag tires: 5,000-6,000 RPM. The tires can handle full power almost immediately.
- AWD + street/sport tires: 4,000-5,000 RPM. Some wheelspin occurs but AWD pulls through it.
- RWD + drag tires: 3,500-4,500 RPM. Drag tires give RWD cars more launch grip but cannot match AWD.
- RWD + street tires: 2,500-3,500 RPM. Anything higher and you sit there spinning.
- Electric cars: No launch RPM needed. Floor it. The motors deliver torque instantly.
Turn off traction control and stability control for launches. These systems cut power when they detect wheelspin, and wheelspin is inevitable in a high-horsepower launch. The cut power costs 0-60 time. Manual transmission with clutch shaves approximately 0.1 seconds off the 0-60 due to faster shifts compared to automatic.
Why AWD Destroys RWD from 0-60
The physics are simple. A car's maximum acceleration is limited by the friction between the tires and the road. The friction force equals the coefficient of friction multiplied by the normal force (weight on the driven wheels). An AWD car distributes engine torque across four contact patches instead of two. At low speed, before aerodynamic downforce helps, an AWD car has roughly twice the grip available for acceleration compared to a RWD car with the same tires and weight. This is why the Nevera does 1.85 seconds to 60 and a 1,800 HP RWD car cannot break 2 seconds -- the RWD car is traction-limited, not power-limited.
FH6 0-60 Acceleration FAQ
What car has the fastest 0-60 in FH6?
The Rimac Nevera holds the fastest stock 0-60 at approximately 1.85 seconds, powered by four electric motors with 1,914 HP and instant torque. The Hennessey Venom F5 is the fastest combustion car at approximately 2.1 seconds. With drag builds and AWD swaps, several hypercars achieve sub-1.8-second 0-60 times.
How do I get the fastest 0-60 launch?
Convert to AWD, install drag tires (18-20 PSI rear), set suspension soft at the rear, set differential to 100% acceleration lock. Hold brake and throttle to build RPM, release brake. Turn off traction control and stability control. Use manual with clutch for faster shifts. Optimal launch RPM varies between 3,500-6,000 depending on drivetrain and tires.
Does AWD accelerate faster than RWD in FH6?
Yes. AWD accelerates 0.3-0.8 seconds faster to 60 mph because it can put down power through four tires instead of two. The advantage narrows above 60 mph. By approximately 100 mph, the AWD system's weight penalty may make a RWD car slightly faster if aerodynamic downforce provides enough traction.