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EA Sports F1 » F1 25 Tyre Temperature & Pressures Explained
Learn how to manage your tyre wear during a race in F1 25, along with the optimal tyre temperatures for all compounds and what exactly adds to tyre temperature build up.
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One of the biggest limitations during a race in F1 25 are the tyres. They dictate your race strategy, along with your overall pace. This is the only part of the car that should be making contact with the track, and how much grip and performance they give you can make or break your race.
In this guide, I’m going to run through the optimal tyre temperatures in F1 25. I’ll also look at how tyre pressures affect your temperatures and grip, and ultimately, recommend the best tyre pressures to use in F1 25.
Starting at the very top, your tyre temperatures vary throughout a race based on a few factors. These include;
With all of those factors considered, ultimately, do you want hot or cold tyres? Well, every tyre compound has its own best operating window, or sweet spot. Ensuring the tyres are within this operating window will get the maximum performance from the tyre, and it’ll wear at a slower rate.
It’s all well and good knowing about tyre temperatures, but how do you check them? On track, you can check your tyre temperatures at any point during a race. The MFD screen can be enabled by pressing the MFD button on your controller or steering wheel.
This will show the tyre temperatures, giving you three temperature readouts for each corner of the car. If you’re racing using a steering wheel with a screen, like the Sim-Lab Mercedes-AMG F1 wheel that I’m currently using, you may also be able to see the tyre temperature data on your wheel.
You’ll see three different temperature sensors for each wheel. These represent the tyre surface, tyre core, and the brake temperatures. The bottom number is the brake temps. Hotter brakes can result in hotter tyres, and you’ll want them to be in the right performance window, just like the tyres, typically indicated by a green brake icon.
The top number is the tyre core. This is the inside of the tyre, and its the readout that you’ll want to pay most attention to. This number is the most stable of the three as the core temperature doesn’t fluctuate quickly. Instead, it builds or falls over time.
The middle number represents the tyre surface. You’ll see this number changing quickly as you brake and corner in F1 25. Spinning your wheels or pushing the tyres hard mid corner will cause the surface temperatures to spike, while driving on a straight will cause them to cool. You don’t want to spike the surface temperatures too high, otherwise this will lead to overheating and loss of grip.
In F1 25, we have six different dry tyre compounds. Each of these compounds differs in its ideal temperature window, with the softer tyres (C5 and C6) working at lower temperatures compared to the harder tyres. Wet weather tyres also have a lower optimum working window.
Below are the optimal tyre temperatures in F1 25 for each compound, with the tyres getting softer the higher number you go in the compound name.
Compound | Min temp | Optimal temp | Max temp |
---|---|---|---|
C1 | 90°C | 100°C | 115°C |
C2 | 85°C | 95°C | 115°C |
C3 | 80°C | 90°C | 105°C |
C4 | 75°C | 85°C | 100°C |
C5 | 70°C | 80°C | 90°C |
C6 | 65°C | 75°C | 85°C |
Inter | 60°C | 70°C | 80°C |
Wet | 50°C | 60°C | 70°C |
During a race, you should always aim to have the tyres in the optimum window above. The closer to the middle value you get, the more performance you’ll get from the tyre, and the slower they’ll wear.
During qualifying, tyre management is a bit different. Throughout the lap you’ll be pushing at 100%, meaning your tyres will be getting hotter and hotter throughout a lap. Normally, qualifying laps are done using the softest tyre compound, also meaning they’ll heat up fastest.
This leads to two scenarios, the first, you start with your tyres slightly cooler than optimum. Then, as the lap progresses, the tyres heat, and come into the perfect temperature window for the majority of the lap.
Alternatively, you can start the lap with the tyres in the perfect window. However, towards the end of the lap, your tyres may start to overheat, losing you a little time through the final sector.
Typically, I like to start with the temperatures just below optimum at the start of the lap. That means, if the soft tyre for a race is the C4 compound with an ideal temperature of 85°C, I’ll look to start the lap with the tyre temperatures at around 80°C. This gives a little room for the temperatures to increase throughout the lap, before they start to drop off again.
A few times throughout this guide I’ve mentioned that hot or cold tyres reduces grip and affects wear, but why? It’s all about how the tyre performs at different temps.
If your tyres are too cold or hot, grip levels will fall away and the tyre rubber simply isn’t performing at optimum. This lack of grip will cause your car to slide more on track and not perform as well. This extra sliding will then cause your tyres to wear faster as the surface of the tyre is being dragged across the track surface.
Below is an example using the C3 tyre which is the medium of the three compounds available.
Temperature | Grip level | Tyre wear |
---|---|---|
50-60°C | 95-97% | Low |
60-70°C | 97-99% | Low |
70-85°C | 99% | Low |
85-95°C | 100% | Medium |
95-110°C | 99% | High |
110-120°C | 98% | High |
120-130°C | 98% | Extremely high |
130-160°C | 97-96% | Extremely High |
I mentioned that one of the biggest things that affects your tyre performance and temperature gain is your pressure setup. This is the one area of your car setup that has a direct correlation to tyre performance. Other areas of your setup such as your suspension and aero will also affect tyre temps and wear.
Higher tyre pressures inflate the tyres more. This will have a few affects. The first is that the tyre will balloon more, meaning less of the tyre surface is touching the track.
If you do the opposite and lower your tyre pressures, you’ll get a lot of opposite affects happening due to the tyres being more deflated.
So what are the best tyre pressures to use in F1 25? In previous games, running all tyres at maximum was the best option as it helped to lower the overall temperature build up. In F1 25, this trend does continue, and the tyres run just as hot as in last years game, if not a touch hotter.
For many tracks, I’d recommend maximum tyre pressures for race conditions. This will lower temperature build up as much as possible, making the tyres last for a longer stint.
This recommendation does change for qualifying though. Across a single lap, tyre wear isn’t something that you should think about. Instead, a qualifying lap is all about performance. Lower tyre pressures grant more mechanical grip and traction, and can actually result in faster single lap time.
You can change the tyre pressures between qualifying and the race under Parc Ferme rules. This means, I would often lower the tyre pressures for quali runs, specifically the rear pressures. Then increase them back up for the race.
While I recommend max tyres pressures for a good majority of races, it isn’t always the right approach. In F1 25, the trend is for the rear tyres to heat up faster than the fronts. To counter this, I often recommend setting the front pressures lower than the rears. This will bring the tyre temperatures closer at both front and rear during a race.
Another scenario are slow tracks such as Monaco. Extremely slow circuits don’t put as much load through the tyres, meaning temperatures will be lower than at faster tracks such as spain. At these circuits, we can set the pressures lower, resulting in better traction, which can be key when accelerating from slow speeds.
Tyre pressures are a part of your overall car setup, and other parts of your setup can affect tyre wear and temperature build up as well. For example, running more netural camber will bring more of the tyre into contact with the track, adding extra drag. And increasing your toe in or out will also add drag as the tyre scrubs across the sruface.
Your on throttle differential can affect how easily your rear wheels spin, while the suspension setup can have a big overall impact to car balance, and how hard the tyres are worked.
Choosing the right car setup in F1 25 is crucial. A well-tuned setup not only makes the car easier to drive but also helps unlock more performance on each track. Using a setup that is stable will help make driving without traction control that little bit easier.
For a quick and effective solution, try our free F1 25 car setups, available for every track. These provide a stable and improved alternative to the game’s default setups.
Looking for maximum performance? Our F1 25 Pro Setup Pack includes multiple optimised setups per track, created by top league racing drivers. It features stable car setups designed to make the car easier to control.
Unlock lap time with our F1 25 pro car setup pack.
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In F1 25, the optimal tyre temperature range is typically between 85°C and 105°C. Staying within this range ensures maximum grip and performance.
Tyre temperature affects grip, wear rate, and car handling. Overheated or underheated tyres lose efficiency, leading to reduced lap times and increased degradation.
You can warm up your tyres by weaving on straights, braking late, or accelerating out of corners. Avoid excessive spinning or sliding, which may overheat the surface without warming the core.
Yes, F1 25 allows real-time monitoring through telemetry displays. You can view surface and carcass temperatures as well as live pressures during a race or practice session.
Rich is the founder, F1 car setup creator and content writer for SimRacingSetups. With over a decade of experience as a graphic designer, marketing director, competitive sim racer and avid motorsport fan, Rich founded SimRacingSetup.com to share his passion and knowledge of sim racing and Formula 1 with other sim racers. Regularly writes for sim racing website SimRaceReviews.com
View all articles written by RichFind the latest sim racing car setups to always have the advantage on track, with the best ACC car setups, iRacing setups, AMS2 setups and F1 25 setups.
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