Circuit Gilles Villeneuve
The 2026 Canadian Grand Prix is around the corner so here is how you can maximise the setup of your car around the chicanes and hairpins of Circuit de Gilles Villeneuve.
This guide covers everything you need for a competitive EA F1 25 Canada setup: why the circuit is unlike anything else on the calendar, the aerodynamic compromise that decides your whole weekend, the three settings that separate fast laps from good race pace, and the three corners where your lap is won or lost.
Aerodynamics: the low-medium downforce compromise
This is the decision that shapes everything else.
Montreal has three DRS zones and some of the longest straights on the calendar. Going high downforce costs you significantly on the straights — you will be a sitting duck to anyone who gets within your DRS range. Going too little downforce leaves you with a nervous car on corner exits which also makes you vulnerable on the straights. So what do you do?
Front wing: keep it low but not minimal. Enough to keep the nose responsive through higher speed chicanes, but low enough not to overpower the rear wing and creating oversteer.
Rear wing: Trim it down compared to a circuit like Hungary or Bahrain, but leave enough to keep the rear planted through the fast chicanes to have the confidence on throttle on the exits.
The common mistake around Canada is to chase straight-line top speed with an aggressive low-wing setup. A car that is half a tenth quicker on the straight but nervous through the high speed corners will be chewing through tyres and will cost you far more than half a tenth over 70 laps.
Our wing recommendation is between 25-18, where you need to tune the front and rear within this window to see what works best for you.
Suspension: soft enough for the kerbs
Montreal's chicanes have aggressive kerbs and the walls are always close. A softer suspension setup helps in two ways: it keeps the car stable when you clip kerbs through the chicanes, and it gives the tyres a better contact patch on a surface that is already asking a lot of them for grip.
Always keep the rear a little softer than the front to make sure the rear suspension is more compliant over these kerbs to avoid it from stepping out.
Front Suspension between: 30-40
Rear Suspension between: 0-10
The Anti-Roll bars are the best way to tune the car balance for low speed corners. A lower Anti-Roll bar usually gives more grip to the axle you're adjusting it on and vice versa.
Front Anti-Roll Bar between: 12-16
Rear Anti-Roll Bar between: 18-21
Keep ride height moderate — not so low that you are grounding out on the bumps and kerbs, but not so high that you are generating unnecessary drag.
Front Ride Height between: 20-25
Rear Ride Height between: 40-50
Brake setup: this is where Canada is won and lost
If there is one setting category to focus on at Circuit Gilles Villeneuve, it is brakes.
The circuit has some of the hardest and most repeated braking events on the calendar. In F1 25, brake bias matters enormously. Run too much front brake bias and you will lock the fronts, run too little and the rear will step out under hard braking.
The general rule of thumb is to dial the brake bias as far backwards as you can until you start struggling with rear instability or even rear lock ups.
Suspension geometry and Transmission
In EA's F1 25 game, there's a few values you always want to keep in the same spot, no matter the track. These are the suspension geometries and the differential values. On-track, you can change the differential throught the MFD, so don't turn a blind eye and see if a change in differential helps you while driving.
Suspension geometry: Minimize all values
Transmission: Differential ON - 100%, Differential OFF - 20%
Hardware that makes Montreal easier to drive
Montreal's heavy braking zones can be highly uncomfortable for your left leg if it isn't supported properly. An unstable cockpit turns every braking zone into a guessing game — if your pedal tray is flexing or your rig is rocking, your brake inputs will not be consistent, and consistency is everything at a circuit where the hairpin and the final chicane punish mistakes immediately.
Rigs
- Entry: SIMGASM Hobby simulator — a stable first cockpit that gives your braking inputs a solid platform.
- Most versatile: SIMGASM Club simulator — 80×40 profile rigidity to handle any wheel and pedal setup.
- Cleanest build: SIMGASM Sport simulator — stronger wheel mount, more adjustability, and integrated cable pass-throughs for a tidy install.
- Maximum rigidity: SIMGASM Pro simulator — 160×40 profile for zero flex under hard braking loads.
Seats
- Core Recline seat — comfortable for longer F1 25 sessions without losing your braking position.
- Atlas GT seat — fixed GT position, good lateral support through the high speed chicanes, especially when hitting kerbs.
If you are running a wheel rather than a controller, a stable rig is especially important here. Force feedback at Montreal is communicative under braking — you will feel the front tyres loading and unloading into Turn 1 and Turn 13 — and a cockpit that moves with the wheel forces will mask that information rather than delivering it.
FAQ
Should I run low or high downforce in F1 25 Canada?
Low-medium is the race setup compromise. Very low downforce will make you fast on the straights but unstable under braking and corner exits. High downforce will cost you time on every straight. Start at a low-medium setting and adjust based on how confident the car feels into the high speed corners.
How do I stop locking up into the hairpin?
Move your brake bias slightly rearward, brake earlier than you think you need to, and release the brake progressively on the way into the apex rather than holding full pressure and releasing suddenly. Trail-braking works here but requires a smooth, gradual release.
How do I avoid the Wall of Champions?
Brake slightly earlier than feels natural into Turn 13. The instinct is to brake as late as possible after a long straight, but remember that there is a lot of laptime to gain on the start/finish straight on the exit of the chicane. This requires early throttle application which is only possible after you have slowed the car down to make the corner.
