How to Go Faster in Karting: Tips Proved by Real Laps

Most of the advice on how to go faster in karting is right. Brake in a straight line. Be smooth with your hands. The trouble is you can't feel whether you're doing any of it, not at 50 mph with your heart going.

So this guide does something tip lists don't. Every tip comes with a measured lap from a real session that a driver chose to share on the Race Ninja showcase: the speed into the corner, the speed out and what it cost.

We start with hire karts, because that's where most of us start. Then your own kart, where the spanners come out.

Where do the numbers in this guide come from?

Two of the sessions below come from one afternoon at Daytona Milton Keynes on 4 October 2026, both in DMAX karts and about an hour and twenty minutes apart. That's a fair comparison, which almost never happens with tip lists.

Every lap was timed from the GPS recorded with the driver's onboard video. Nobody typed anything in.

How do you go faster in a hire kart?

In a hire kart you can't touch the engine or the gearing. That's good news. It means almost all the gap between you and the quick driver in your session is driving, and driving is free to fix.

1. Brake in a straight line, and actually brake

Get your braking done before you turn the wheel, and make it a proper stop: firm, short, then off. The common mistake isn't braking too late. It's braking too gently for too long.

Driver A's session shows it. Into Turn 5, the session overview measured braking at 0.26g, against the 0.51g the overview says that driver had already proven. The slowest point arrived 10 m too early, so the kart was slow before the corner and then rolled up to it. Nearly twice the braking force was already there. It just wasn't used at Turn 5.

2. Put your slowest point at the apex, not after it

Your minimum speed should be at the apex, the tightest point of the corner. If it comes after the apex, you went in too fast or turned in too early, and the kart is still scrubbing speed when you want to be on the power.

Driver B's Turn 10 is a clean example. The minimum speed came 12 m after the tightest point, and the exit speed fell to 23.9 mph. Driver B's best exit through that same corner in that session was 27.7 mph. That's 3.8 mph lost right where the next straight begins.

3. Chase exit speed, because it pays all the way down the straight

Here's the bit most people miss. A slow exit doesn't only cost you in the corner. You carry that deficit down the next straight.

Both drivers' results pages show a pull from Turn 10 to Turn 11, the run where a DMAX gets up to full speed. Each one is a single lap, measured from the slowest point in Turn 10.

They finish at nearly the same speed. But Driver A's slowest point in Turn 10 was 5.8 mph higher, and Driver A got up to that top speed 0.32 s sooner. That's one straight on one lap. Carry more speed through the slow part of a corner and you're ahead all the way to the next one.

So when you're choosing between a faster entry and a better exit, pick the exit. Every time.

4. Use all of the track

Start the corner from the outside edge, clip the apex and let the kart run out to the edge on the way out. A wider arc is a gentler corner, and a gentler corner carries more speed.

The cleanest proof we have is from an own kart, not a hire kart, but the physics doesn't care. In Driver C's GX-UK Senior session at Warden Law (20 Sep 2026, 12 laps, best 1:05.092), the results page flags Turn 3: an overslowed entry dropped the apex speed to 58 km/h, against 64 km/h through the same corner on a lap from another session there, with a wider entry line. Six km/h from where you put the kart before you turn in.

If you want to see your own line instead of guessing at it, here's how to read your racing line from your GoPro footage.

5. Compare yourself sector by sector with someone quicker

Lap times hide the story. Sector times tell it. Put your best sectors next to a faster driver's and the gap stops being one big number.

Two things jump out. Driver B was actually faster through the first sector, so there's nothing to learn from Driver A there. And most of the gap sits in S3 and S6.

But the bigger lesson is in the totals. Add up each driver's best sectors and they're 0.860 s apart. Their best laps are 1.775 s apart. Driver A's best lap was 0.750 s slower than Driver A's best sectors added together. For Driver B that gap was 1.665 s. So more than half of the difference between them wasn't raw pace in any one corner. It was putting the good sectors together on the same lap.

(Those totals are our arithmetic on the sector times each results page shows. The sector times themselves are copied as published.)

6. New to karting? Chase consistency before pace

This is the answer to "what can I do to be faster as a newbie?" Stop hunting for one magic lap. Brake at the same marker and turn in at the same point, lap after lap. Pace comes out of consistency, not the other way round.

Driver B's session is a good picture of that working. The middle laps varied by 1.2%, down from 4.1% on the previous visit to the track, and the best lap landed within 0.15 s of Driver B's personal best there. The driver got more repeatable first and the quick lap came with it.

How do you go faster in your own kart?

Once the kart's yours, there's more to play with. Tyre pressures, gearing, carburation, seat position. It's tempting to reach for the toolbox first. Don't. The driving tips above still find more time than most setup changes, and they're the same tips.

Calm hands are quick hands

A kart that's being wrestled scrubs speed. Turn in once, decisively, and let the chassis do the work.

Driver C's Warden Law session shows the cost. The session overview counted 522 small steering corrections and pointed at Lap 3 (65.65s) and Lap 8 (65.61s), which came in around half a second slower than Lap 7, the best of the session. The page puts that down to over-driving the front end. Same driver. Same kart. Half a second, from the hands.

Change one thing at a time

When you do touch the setup, change one thing per session and write it down. Change two and you'll never know which one helped. If you use the Race Ninja Windows uploader, Track Mode logs your setup and every change you make, so the results can show how those changes affected your lap times.

We'd love to show you a measured before-and-after for a pressure or gearing change here. None of the public sessions we checked has a clean one yet, so we won't make one up.

Do you need a data logger to see where you're slow?

No. A GoPro Hero 9, 10, 11 or 13 records its position about ten times a second, so at 90 km/h there's roughly 2.5 metres between fixes. That's plenty for corner-by-corner numbers from footage you're probably already shooting. Driver C's session above came from a GoPro. The two Daytona sessions were shot on DJI cameras, which log GPS less often but still gave the corner figures you've just read. A MyChron or Alfano file can sit alongside the video if you have one, and karting data from a logger, a timing sheet or camera GPS all end up in the same place.

Not sure your camera qualifies? Check the supported cameras, and read how to set up your GoPro before the next session. For the background on sample rates, see kart telemetry without a logger.

What's the quickest way to turn this into your own numbers?

Pick one tip. Just one. Drive a session with it, then look at the corner it should have changed. If the exit speed went up, keep it. If it didn't, find out why before you try the next thing.

Race Ninja's kart racing analysis does that corner-by-corner check from your own footage, and the AI karting coach writes the same kind of plain-language notes you saw quoted above. For the step after this one, here's how to improve karting lap times with data: sector colours, best lap against worst, and how to read the coaching.