Lesson 5: Alignment: camber & toe
Negative Camber Angle and Toe Angle are tiny numbers with big effects. Learn how camber trades cornering grip for braking and traction, how GT7's toe slider works, and why front toe-out sharpens turn-in while rear toe-in keeps the car stable.
Camber: keeping the tire flat when it matters
Stand in front of the car and look at a wheel. Camber is how far that wheel leans from vertical. When the top of the wheel leans in toward the car, that's negative camber. It's the only kind GT7 lets you set, which is why the menu calls it Negative Camber Angle.
Here's why you want some. In a corner the body rolls toward the outside, and the outside wheel tilts with it, top outward. At the same time the tire itself is being shoved sideways, so its sidewall bends and the tread rolls toward its outer shoulder. Both effects tip the loaded outside tire onto its outer edge, and a tire riding on one edge grips less than a tire pressing its whole tread flat on the road.
Negative camber is a pre-tilt that cancels this out. The wheel starts leaning in, so when roll and tire deformation lean it out again, it lands roughly flat, right when it carries the most load. The result: more grip mid-corner, at whichever end you add it.
Notice the left panel. The same lean that helps in the corner works against you whenever the car is upright: under braking in a straight line and when you put the power down on exit. There, the tire presses mostly on its inner edge, so the contact patch is smaller and the car stops and accelerates a little worse. Camber is always a trade between cornering grip and straight-line grip.
Setting Negative Camber Angle in GT7
In GT7
Negative Camber Angle, set separately for Front and Rear, in degrees. 0 means the wheel stands perpendicular to the ground; a higher number tilts the tops of the wheels further inward. The official manual says more camber adds cornering grip, but too much "will impede your driving". Community guides report a slider of about 0.0–6.0° on most cars, but every car has its own range, so read your own slider.
Requires Fully Customizable Suspension from the Tuning Shop. Race cars such as Gr.3 and Gr.4 usually have it fitted already.
More is not always better
Camber has diminishing returns. The first degree or two gets the loaded tire close to flat, and you'll feel the front hold its line at the apex. Past the point where the tire is already flat mid-corner, extra camber just leans it onto its inner edge, even in the corner. Cornering grip stops rising and then falls, while the braking and traction cost keeps growing. The official magazine also lists tire wear as a cost, because the inner edge does more of the work. How strongly GT7's wear model reacts to camber isn't documented, so in longer races where tire wear counts, watch your wear and back off if it climbs.
Front against rear
Set each axle for the job it does:
- Raise Negative Camber Angle Front and the front tires grip better mid-corner, so you get less understeer at the apex. You pay for it under braking: the front tires do most of the stopping, so expect slightly longer braking zones and earlier lockups.
- Raise Negative Camber Angle Rear and the rear holds on harder mid-corner, so the car is more planted but rotates less. Go too far and a rear-drive car loses traction on exit, because the driven tires sit on their inner edges when you straighten up and squeeze the throttle.
The official magazine's guidance: if the front axle carries more of the cornering load, run more negative camber at the front than at the rear. That describes most cars, because the front tires also steer, and front-heavy and front-drive cars put even more work on them. So the normal pattern is front higher than rear.
In the wet, grip levels drop, the car leans less on its tires, and every bit of straight-line contact patch helps with braking and traction. Lower camber slightly at both ends for rain.
Rule of thumb
Front camber a bit higher than rear. Add camber in steps of about 0.3–0.5° only while mid-corner grip keeps improving. The moment braking gets worse with no gain at the apex, step back once.
Common mistake
Maxing camber because "race cars run lots of camber". The car may feel great through one long corner, then brake long, lock the fronts and spin the rears on exit everywhere else. Race-car camber comes with race-car grip and downforce; a road car on sports tires needs much less.
Toe: where the wheels point
Now look down at the car from above. Toe is how much each wheel points away from straight ahead. If the fronts of a pair of wheels point slightly toward each other, that's toe-in. If they point slightly away from each other, that's toe-out. Zero toe means both wheels point dead ahead.
The angles are tiny, often hundredths of a degree, but the tires feel them on every meter of track. Toe makes the two wheels on an axle push slightly against each other, which changes how quickly that end of the car reacts and how settled it stays.
- Front axle
- Rear axle
In GT7
Toe Angle, set separately for Front and Rear, in degrees. The official manual is clear on direction: move the slider right for toe-in and left for toe-out. Community guides report that toe-in reads as a positive number and toe-out as a negative one, in 0.01° steps. Trust the slider direction over the sign, and remember every car has its own range.
Requires Fully Customizable Suspension from the Tuning Shop. Race cars such as Gr.3 and Gr.4 usually have it fitted already.
Throughout this course we describe toe by direction, such as "0.15° toe-in" or "a step toward toe-out (slider left)", never by a bare plus or minus number. That way you can't get it backward, whatever your screen shows.
What toe does at each end
The official manual sums it up: toe-in brings straight-line stability with a risk of understeer, and toe-out does the opposite. What that means in practice depends on which axle you change.
Front toe
At the very start of a corner, before the weight has moved across, the inside front tire still carries a fair share of the load. With toe-out, that inside tire is already angled a little further into the turn, so the nose bites as soon as you turn the wheel.
- Move the Toe Angle Front slider left, toward toe-out, and you get quicker, sharper turn-in at entry. The cost: on straights and under braking the two front tires are pulling apart, so the nose can feel nervous and dart over bumps.
- Move it right, toward toe-in, and the car feels calm and steady on straights and in braking zones, but turn-in gets lazier and you'll see more understeer at entry.
Rear toe
Think of rear toe-in as the feathers on an arrow. In a corner, the heavily loaded outside rear tire is already pointing slightly toward the inside of the turn, so it pushes back against the rear stepping out. On a straight, the two rear tires lean on each other and keep the tail tracking true.
- Move the Toe Angle Rear slider right, toward more toe-in, and the car is more stable under power and at high speed, from mid-corner to exit. Too much and it resists rotating mid-corner, turning into understeer, and the tires scrub speed.
- Move it left, toward less toe-in, and the car rotates more mid-corner, with a little more oversteer on the limit and a lighter feel at speed. The official magazine names reducing rear toe-in as a fix for apex understeer.
- Rear toe-out is rarely wise. The rear wheels then want to steer the car on their own, so it gets twitchy at speed and snaps into oversteer when you add power or crest a bump. If you want more rotation, take rear toe-in away toward zero instead.
Note
One sentence in the official Beyond the Apex magazine says that "front toe-in and rear toe-out increase stability." The front half matches everything else here. The rear half contradicts the same magazine's detailed advice, which says rear toe-in improves straight-line and high-speed stability and that reducing rear toe-in increases rotation. This course teaches the consistent rule: rear toe-in for stability. As always, verify with a quick test on track.
Common mistake
Dialing in rear toe-out to "help the car turn". It does rotate, but it also makes the rear step out under power and wander at speed. If the car won't rotate, take some rear toe-in away, then look at springs, anti-roll bars and the LSD before you go past zero.
Starting values and when to change them
Alignment is a final fine-tune. The official magazine treats toe in particular as the last adjustment, made in very small steps: front first, rear changes kept small. Get ride height, springs, dampers and bars close first, then use alignment to polish the balance.
| Setting | Unit | A sensible first try | Moving it does |
|---|---|---|---|
| Negative Camber Angle Front | ° | See the class table below | Raise: more mid-corner front grip, less apex understeer; slightly worse braking and more inner-edge wear |
| Negative Camber Angle Rear | ° | See the class table below | Raise: more planted mid-corner, less rotation; less traction on exit on rear-drive cars |
| Toe Angle Front | ° | 0.00–0.05 toe-out | Left (toe-out): sharper turn-in, busier on straights. Right (toe-in): calmer, lazier turn-in, entry understeer |
| Toe Angle Rear | ° | 0.10–0.20 toe-in | Right (more toe-in): stable under power and at speed. Left (toward zero): more rotation, more oversteer |
Camber scales with how hard the car can corner. Grippier tires and downforce load the outside tires harder, roll and deform them more, and so can use more pre-tilt. Softer road tires corner with less force and need more of their straight-line patch for braking, so they want less.
| Car and tires | Front | Rear |
|---|---|---|
| Road car / N, Comfort or Sports tires | 1.0–2.0° | 0.8–1.5° |
| Road car on Racing tires | 2.0–3.0° | 1.5–2.0° |
| Gr.4 | 2.5–3.5° | 1.5–2.5° |
| Gr.3 | 3.0–3.5° | 2.0–2.5° |
For toe, the same small starting point works across classes: a sensible first try is 0.00–0.05° toe-out at the Front and 0.10–0.20° toe-in at the Rear. If your car's slider doesn't offer those values, scale them to where they sit in its range.
Adjust for the track
- High-speed tracks (long straights, fast sweepers): move the Toe Angle Rear slider right a step for more toe-in and stability at speed, and keep camber modest so you don't give away braking into the big stops.
- Technical tracks (hairpins, chicanes): move the Toe Angle Front slider left for a small amount of toe-out and sharper turn-in, and run moderate camber.
- Wet: lower Negative Camber Angle slightly at both ends.
Rule of thumb
Change camber in steps of about 0.3–0.5° and toe in steps of 0.01–0.05°. Change one axle at a time, front first, and drive three laps before you judge.
Note
Setup guides from other games often talk about caster and track width. GT7 has neither setting, so alignment here means just two sliders per axle: Negative Camber Angle and Toe Angle.
Symptom to fix
Use this table once the bigger settings are close. Each line is a small step; drive, then decide whether to take another.
| Symptom | Phase | Try, in this order | Why it works |
|---|---|---|---|
| Pushes wide at the apex (understeer) | Mid-corner |
|
The loaded front tire sits flatter, or the rear lets the car rotate more. |
| Lazy, slow turn-in | Entry |
|
The inside front is already angled into the turn, so the nose responds sooner. |
| Nervous or light at high speed | High-speed |
|
Rear toe-in keeps the tail tracking straight, like the feathers on an arrow. |
| Rear steps out as you add throttle (oversteer) | Exit |
|
Rear toe-in steadies the car under power; bigger exit problems usually live elsewhere. |
| Nose darts on straights and under braking | Braking |
|
Less front toe-out means the front tires stop fighting each other. |
| Long braking zones, early front lockups | Braking |
|
A more upright front tire puts more tread on the road in a straight line. |
| Rear-drive car spins its wheels on a straight exit | Exit |
|
The driven tires press more tread down once the car is upright. |
Key takeaways
- Negative camber keeps the loaded tire flat mid-corner, at the cost of braking and traction in a straight line. It has diminishing returns.
- Run more Negative Camber Angle at the Front than the Rear on most cars, and slightly less at both ends in the wet.
- GT7's Toe Angle slider: right is toe-in, left is toe-out. Describe toe by direction, not by sign.
- A little front toe-out sharpens turn-in; front toe-in calms the car but makes entry lazier.
- Rear toe-in brings stability under power and at speed; less rear toe-in brings rotation. Avoid rear toe-out.
- Alignment comes last, in tiny steps: about 0.3–0.5° of camber or 0.01–0.05° of toe at a time.
Check yourself
Answer in your head, then open each question to check.
Your Gr.4 FR car turns in well but pushes wide at the apex of every long corner. Exit is fine. Which alignment change do you try first?Open to see the answer
Raise Negative Camber Angle Front by about 0.3–0.5°. Apex understeer means the loaded front tire isn't working flat on the road. Check that braking hasn't gotten worse. If camber stops helping, try a little less rear toe-in next.
Your car feels twitchy through a flat-out kink at 250 km/h but is fine in slow corners. Which slider do you move, and which way?Open to see the answer
The Toe Angle Rear slider, to the right, by about 0.05° for more toe-in. Rear toe-in is the alignment setting for high-speed stability.
A friend set rear toe-out on their MR car to get it to rotate. It does, but it snaps sideways on exit. What should they do instead?Open to see the answer
Move the rear slider back to the right, to a small toe-in. If the car still won't rotate, reduce rear toe-in toward zero rather than going past it, and look at springs, anti-roll bars and the LSD. Rear toe-out makes the rear steer itself, which shows up as oversteer under power.
You raised front camber to 4.5° on a road car on Sports tires. The apex feels the same as at 2.5°, but you now lock the fronts in every braking zone. Why?Open to see the answer
You're past the point of diminishing returns. The loaded tire was already about flat mid-corner, so the extra camber added no cornering grip, but it tilted the tire further onto its inner edge in a straight line, shrinking the patch you brake on. Step back toward the course starting range of 1.0–2.0°.
It starts raining before the race. What do you do with camber?Open to see the answer
Lower Negative Camber Angle slightly at both ends. Cornering loads are lower in the wet, and you need every bit of straight-line contact patch for braking and traction.