A real drift tune in Forza Horizon 6 is not just a RWD car with the rear-anti-roll-bar cranked all the way up. That gives you a twitchy, snappy car that breaks loose for a second and then snaps back. A proper drift tune holds an angle, lets you transition smoothly between corners, and rewards throttle modulation instead of fighting it. This guide walks through every setting that matters, in the order you should approach them.
Step 1 — Force RWD
This is non-negotiable. Every great drift car in FH6 is RWD. AWD will let you slide, but it pulls itself straight under power and ruins the line. FWD obviously cannot drift in the traditional sense.
If your base car is AWD, convert it to RWD in the upgrade menu. If it is FWD, swap engine and drivetrain — usually a V8 RWD swap is the cleanest move for any FF chassis you want to drift.
Step 2 — Tire compound: drift compound is mandatory
FH6 includes a dedicated drift tire compound. Use it. Standard sport or race tires generate too much grip; you have to be ham-fisted on throttle and steering to break them loose, which destroys finesse.
Drift compound tires give you a soft, predictable breakaway point. You can initiate with a small steering input plus throttle, hold the slide with throttle modulation, and exit by gently rolling off rather than chopping abruptly.
If drift compound is not available for your build class, drop tire width by one step from optimal grip — narrower contact patch reaches its grip ceiling sooner, which mimics drift compound behaviour.
Step 3 — Differential: 100 percent rear acceleration lock
The rear differential is the heart of the drift tune. Set rear accel lock to 100 percent. This forces both rear wheels to rotate at the same speed under throttle, which:
- Eliminates the inside rear wheel spinning up and unloading the outside rear
- Gives you predictable, linear yaw rotation
- Makes throttle the primary steering input mid-slide
Set rear deceleration lock to 50–70 percent. High decel lock keeps the rear stable on lift, which is what you want during transitions. Some drifters go full 100 percent decel as well; try both and choose the feel.
Front diff: as free as the menu allows (5–20 percent accel, 5–10 percent decel). The front needs to steer; a locked front diff turns the car into a missile.
Step 4 — Springs and ARBs: stiffer than road tune, balanced front-rear
Drift cars need stiff springs to hold an angle without bottoming out, but extreme stiffness kills the predictability you need for transitions. A typical FH6 drift tune sits at:
- Front springs: 600–800 lb/in (S1-S2 chassis)
- Rear springs: 550–750 lb/in
- Front ARB: 30–40
- Rear ARB: 25–35
The rear should usually sit a click or two softer than the front, which is counterintuitive — you might think a stiff rear ARB helps initiate. It does, but it also makes the car snappy. A softer rear allows weight to settle onto the outside rear under throttle, which is where your grip and your line come from.
Step 5 — Camber and caster: aggressive
Caster is the secret weapon of FH6 drift tunes. Crank front caster to maximum (typically 7.0 degrees). High caster does three things:
- Increases dynamic camber on the loaded front wheel mid-slide
- Adds self-centering steering force, which makes counter-steer feel natural
- Stabilises the chassis at high slip angles
Camber settings for drift:
- Front camber: -3.5 to -5.0 degrees (more aggressive than road tune)
- Rear camber: -0.5 to -1.5 degrees (much less than front, the rear needs flat contact under throttle)
Toe:
- Front toe-out: -0.2 to -0.5 (helps initiation)
- Rear toe-in: +0.1 to +0.3 (stabilises under throttle)
Step 6 — Gearbox: 4-speed close ratio
A close-ratio 4-speed transmission is the drift standard. Why:
- Drift events rarely exceed 180 km/h, so 5 and 6 are dead gears
- Close ratios keep the engine in its powerband across the entire corner sequence
- Fewer shifts mid-slide means fewer chances to upset balance
If 4-speed is not available for your engine, use 5-speed and ignore 5th. Set the final drive ratio so 3rd gear pulls cleanly from 60 to 130 km/h, which covers most drift zones.
Step 7 — Ride height and weight distribution
Lower than your road tune, but not slammed. Drift cars need some travel for weight transfer to load the outside rear. A typical setup:
- Ride height: 1 to 1.5 inches below max-low setting
- Weight distribution: 52–54 percent rear if adjustable (engine moved back slightly)
Step 8 — Brakes and brake balance
Brake balance shifts rearward for drift, not forward. Around 45–48 percent front bias. Why: you use the brakes mid-slide to keep the car rotating, and a rear-biased balance gives you more rotational control via brake input.
Race brakes are not necessary for drift unless you are running at very high speed or doing extended runs. Stock brakes with adjusted balance work fine in most drift zone scenarios.
Step 9 — Tire pressure: high
Drift tunes run higher tire pressure than road tunes, especially in the rear:
- Front: 31–34 psi
- Rear: 33–38 psi
High rear pressure shrinks the rear contact patch, reduces traction, and makes the car easier to break loose at lower throttle inputs. This is one of the few cases where you actively want less grip.
Step 10 — Aero: minimal
Downforce is your enemy in drift. Aero generates grip; grip prevents slides. If aero is mandatory for your build class, set front and rear to minimum and balance them so neither end gets unweighted at speed.
Sample drift tune sheet (S1 class, V8 RWD swap)
- Drivetrain: RWD
- Tires: Drift compound, 32 psi front / 36 psi rear
- Springs: 680/620 lb/in
- ARBs: 35/30
- Camber: -4.0 / -1.0
- Toe: -0.3 / +0.2
- Caster: 7.0
- Diff: 5/5 front, 100/60 rear
- Brake balance: 47 percent front, brake pressure 100 percent
- Gearbox: 4-speed close
- Ride height: -1.2 from max low
How to test your drift tune
Find a drift zone with a known good line. Run it three times trying to maintain a constant slip angle. Watch for:
- Snap-back at the end of the slide — Rear ARB too stiff, soften 2 clicks
- Cannot initiate without parking brake — Drift tire compound missing, or rear pressure too low
- Loses the angle mid-corner — Rear accel lock too low, raise to 100 percent if not already
- Front pushes wide at full lock — Caster too low or front toe-out too aggressive
- Spins on transition — Rear decel lock too low, raise to 60–70 percent
When to use EasyTune for drift
Drift tuning rewards iteration more than any other discipline because the “right” feel is so subjective. That said, EasyTune’s drift symptom tree gets you 90 percent of the way in about three iterations: you describe whether the car initiates too easily or too hard, holds angle or loses it, transitions cleanly or snaps, and the engine outputs a tune sheet matched to your symptom. From there, fine-tune one variable at a time.
Closing thought
Drift tunes feel binary — either the car slides beautifully or it spins on every corner — but the difference is rarely more than two or three carefully-chosen settings. Get the diff right, get the caster right, choose the right tire compound, and the rest is fine-tuning.
Tune your car. Trust your feel.