Racing Line — The Fastest Way Through Every Corner
The racing line isn't about following the dotted guide line on your screen — that thing is conservative and often wrong. A proper racing line maximizes your exit speed, which is the single most important factor in cornering. Because whatever speed you carry out of one corner, you carry all the way down the next straight. Get the line right and you're gaining tenths. Get it wrong and you're bleeding time for half a mile.
1. Geometric Line vs Racing Line — What the Game's Guide Line Misses
The geometric line is the path with the largest possible radius through a corner. On paper it allows the highest mid-corner speed. The racing line sacrifices some of that mid-corner radius in exchange for a straighter exit. That trade-off is everything.
Here's the problem with trusting FH6's braking line assist. The in-game line is designed to keep you safe, not fast. It shows you a line that guarantees you'll make the corner at a speed any car can handle. It doesn't account for your car's actual grip, your tune's rotation characteristics, or whether the next section is a straight or another corner. Following it blindly is like using training wheels in a race.
The racing line treats every corner as a three-phase problem: entry, apex, exit. On entry you're sacrificing speed to position the car. At the apex you're transitioning from braking to throttle. On exit you're unwinding the wheel and feeding power. The game's line treats all three phases equally. The racing line prioritizes exit over everything else.
Here's a simple test. Drive any corner following the braking line exactly, note your exit speed. Now try it again braking slightly earlier, turning in later, and getting on throttle before the apex. Your mid-corner speed will be lower but your exit speed will be higher. On any corner leading to a straight, the second approach wins every time.
Quick check: If you're on full throttle before the track-out point, you turned in too early. If you're still waiting to go full throttle past track-out, you apexed too early. The sweet spot is full throttle exactly at or just before track-out.
2. Late Apex — When and Why It's Fastest
A late apex means you delay your turn-in, clip the inside of the corner later than the geometric midpoint, and straighten out your exit. You trade mid-corner speed for a much faster, straighter exit. On any corner that leads to a straight longer than about 200 meters, late apex is the answer.
The physics reason is dead simple. Horsepower beats cornering speed on straights. If you gain 3 mph of exit speed by apexing late, that 3 mph compounds over the entire length of the following straight. On a half-mile straight, 3 mph is worth roughly 0.2 to 0.3 seconds. The mid-corner speed you sacrificed? Maybe 0.05 seconds. Net gain: 0.15 to 0.25 seconds per corner.
How to execute a late apex: brake slightly earlier than you think you need to. Stay wide on entry longer than feels natural — your brain will scream at you to turn in. Turn in decisively, aim for a point about two-thirds through the corner instead of the middle. The moment your front end points toward the apex, start feeding throttle. By the time you hit the apex you should already be at 50-70% throttle and unwinding the wheel.
Late apex is also your safety net in races. Miss your braking point? No problem — just brake a bit longer, turn in later, and you're on a late apex line automatically. It's the most forgiving line when things go wrong.
3. Early Apex — The Risk/Reward Trade-off
An early apex means you turn in sooner and clip the inside of the corner near the beginning. You carry more speed through the first half of the corner but your exit is compromised — you run wide on the way out and can't get on the throttle as early. This line is faster through the corner itself but slower everywhere else.
So when would you ever use it? Two scenarios. First, a corner that leads immediately into another corner in the same direction. If the next turn is 50 meters away, exit speed doesn't matter — you're braking again anyway. Take the early apex, carry the momentum through, set up for the next one. Second, overtaking. If you're on the inside of someone entering a corner, you're on an early apex by definition. You'll compromise your exit, but if you can make the pass stick and then defend the inside into the next corner, the trade is worth it.
The danger with early apex is that it's unforgiving. Carry 2 mph too much and you're in the gravel or the wall. There's no recovery because you've already used up all your road on exit. Late apex gives you options. Early apex gives you one shot.
4. Corner Types — Hairpin, Sweeper, Chicane, Double-Apex Strategies
Different corners demand different line strategies. Treating every corner the same is the fastest way to be slow everywhere.
| Corner Type | Best Line | Key Mistake | Speed Priority |
|---|---|---|---|
| Hairpin (<90 km/h) | Late apex, trail brake deep | Turning in too early, running wide on exit | Exit speed above all |
| Sweeper (120-180 km/h) | Geometric line with slight late bias | Lifting mid-corner, unsettling the car | Minimum speed maintained |
| Chicane | Straight-line the first curb, late apex the second | Over-slowing the first part, losing momentum | Momentum through both |
| Double-Apex | Wide entry, early first apex, late second apex | Treating it as two separate corners | Connect the two apexes smoothly |
Hairpins are the slowest corners and therefore the biggest time sinks. Every tenth you lose in a hairpin is a tenth you can never get back on the straight. Trail brake all the way to the apex, rotate the car with the brakes, and prioritize a clean exit over everything. If you're not using all of the track on exit, you left speed on the table.
Sweepers test your minimum speed. The line through a fast sweeper is closer to the geometric line than any other corner type. You want the largest possible radius because you're carrying so much speed that even a small line error costs big time. The key is commitment — you need to trust the car's grip and not lift. A lift in a sweeper shifts weight forward, reduces rear grip, and can send you into a slide at 150 km/h.
Chicanes are about sacrificing the first part to nail the second. The exit of a chicane almost always leads to a straight, so treat the first curb as setup. Straight-line it as much as possible — FH6's track limits are generous with curbs — and position for a late apex on the second part. The car that gets the best drive out of a chicane wins the drag race to the next braking zone.
Double-apex corners are one corner, not two. The mistake everyone makes is treating the first apex as the end of the corner, straightening the wheel, then turning again for the second apex. Instead, take a wide entry, clip the first apex early with partial throttle, let the car drift slightly wide in the middle, then bring it back to a late second apex with full throttle. It should feel like one continuous arc.
5. Reading the Corner — Braking Point, Turn-In, Apex, Exit Reference
Every corner has four reference points. If you can't name all four for a given corner, you're guessing — and guessing costs time.
1. Braking Point
Pick something fixed: a meter board, a trackside sign, a patch of different-colored asphalt, a tree. Not "about here." Something you can see from 200 meters away at 250 km/h. Start conservative — brake at the 150 board until you consistently hit your marks, then inch it forward 10 meters at a time. One corner at a time, not all of them at once.
2. Turn-In Point
Where you start rotating the car. This is the hardest reference to pin down because it changes with your braking point. Rule of thumb: the later you brake, the later you turn in. If you're trail braking, turn-in happens while you're still on the brakes. Pick a reference on the outside edge of the track — a curb start, a paint mark, anything consistent.
3. Apex
The inside clipping point. On a late apex this is past the geometric middle. Your reference is usually the inside curb. The goal isn't to touch it — it's to get within about half a car width. Closer than that and you're risking a wheel on the grass or a curb that unsettles the car.
4. Exit / Track-Out Point
Where the car naturally runs wide under full throttle. You should be using every inch of track on exit. If there's a car width of asphalt between your outside tires and the edge of the track, you apexed too early. Your reference here is the outside curb or edge of the racing surface.
Practice one corner at a time. Pick a track, identify your four reference points, and run that corner 20 times before moving on. You're building a library of muscle memory. After 20 corners of deliberate practice, you won't need to think about reference points — your eyes will find them automatically.
Related Guides:
Trail Braking → — How to brake and turn at the same time
Weight Transfer → — The physics behind why late apex works
Throttle Control → — Feeding power without losing the rear
Corner Exit Guide → — Why exit speed is everything