3 Simple Questions To Improve Driver Feedback
You’ve just come in from a session. The car should be faster — others are finding the lap time — but you’re not sure what to change or what to say. Would improved driver feedback help you? Probably. But what does that even mean?
If you give driver feedback (formally or not), it’s easy to fall into the habit of saying what you think needs fixing — or what others seem to be doing differently.
What’s usually missing is the bit that matters most: what the car felt like to you.
Think sensations in situations.
In my experience that’s what unlocks useful feedback — and helps improve driver feedback across every session.
And with just 3 simple questions, that’s what this article will help you do too.
If you enjoy this article, be sure to subscribe to my weekly email, “Ahead of the Curve,” to make sure you never miss the latest.
The problem with most driver feedback
Most driver feedback is a mix of gut feel, data interpretation, and paddock comparison. The trouble is, it rarely maps cleanly onto what the car is actually doing — or why.
You say:
“I’m taking too much speed off in the high speed corners. I just need more commitment.”
Your friendly engineer (parent/tech friend/mechanic/yourself!) hears:
Is that a grip issue? Front grip? Rear grip? Confidence? Diff setup?…
You’re both talking. But you’re not quite communicating.
What you need is a common understanding of whats happening, how that matches with your expectations and, most importantly, what you’d like to really happen in that situation.
That’s why it helps to follow a structure — one that focuses on what you are sensing and what’s actually happening underneath you.
Observe. Expect. Aspire.
To improve driver feedback, start by thinking about your lap and one place you feel is holding you back the most.
Then ask yourself these 3 questions:
1. What’s happening?
Describe what you felt. What the car did. Be specific.
2. What do you expect will happen?
This is your mental model. If you went faster what do you think will happen — and why?
3. What do you want to happen?
How would you ideally like the car react to give you the confidence to go a little faster?
That triangle — observation, expectation, aspiration — gives you (and your engineer) a simple framework to build from.
It keeps things grounded in what you actually experienced, rather than what you think you should say.
And it helps you design good experiments [link] to test ideas and solutions.
That last bit is the key here.
Experiments help you find the best compromise
Say you are struggling in high speed corners.
Your tests might look at:
- Setup changes – toe, camber, front tyre pressure, ARB, damper clicks, corner weights…
- Driving changes – how you apply steering, or the line you’re taking in high-speed corners
Keep things simple and try one change at a time (time permitting.)
After each ask yourself:
- Did it affect how the car feels in high-speed?
- And just as importantly: What did it take away?
Because setup is always a compromise.
Solving one issue — say with a likely toe change in this case — might cost you somewhere else —say agility in slower corners.
And that’s fine.
The aim isn’t perfection everywhere, The aim is finding the best compromise for you today, in your car, on this track and in this weather.
Here are two more examples:
1. Hard Braking Rear Instability
What’s happening
“When I brake hard, the rear feels light and unstable.”
What I expect will happen
“If I brake any harder or longer, the rear will break away and the car could spin.”
What I want to happen
“I want stable, straight-line braking so I can keep full pressure deeper into the corner.”
🔧 Possible causes / areas to adjust
– Rear brake bias too high
– Rear ride-height too high
– Rear springs or ARB too stiff
– Rear damper bump too stiff
– Front springs or ARB too soft
– Rear tyre pressures too high or tyres too cold
– Braking too aggressively or not straight enough
2. Exit Oversteer on Throttle
What’s happening
“If I try to get on the throttle earlier, the rear starts to step out.”
What I expect will happen
“If I pick up throttle any sooner, the rear will slide and cost time.”
What I want to happen
“I want to accelerate earlier without losing rear grip.”
🔧 Possible causes / areas to adjust
– Rear toe-out too high
– Rear pressures too high
– Rear camber too negative
– Rear springs or ARB too stiff
– Power delivery too aggressive
– Front balance making the rear work harder
– Exiting with too much steering lock
– Throttle applied too quickly or too early
Why this works to improve driver feedback
This isn’t about using fancy language or sounding clever in a debrief. It’s about giving yourself a way to untangle what the car is doing, what you think will happen next time, and what you wish it would do instead.
Once you’ve written those three lines, you’ve got everything you need to start solving the problem — with setup, with driving, or both.
Just as importantly, you’ve got a way to test ideas.
Because now, when you change something, you’re not just asking “Did I go faster?” — you’re asking:
- Did the car feel more stable?
- Did it respond the way I expected?
- Did it help me do what I was aiming for — and what did it cost me elsewhere?
That’s how you learn. That’s how you improve.
Try this after your next session
Pick one corner or one phase that felt like the biggest limitation.
Then, to improve driver feedback, ask yourself these three simple questions:
- What did you feel?
- What were you expecting?
- What do you want to happen?
You’ll be amazed what it reveals — and how much clearer your next test can be. It’s one of the simplest ways to improve driver feedback.
Then you just have the fun of working out what to do about it! 🤣
(Here is a suggestion…[link])
And if you try this, sign up to my free weekly newsletter Ahead of the Curve, and let me know how you get on.
Whenever you're ready, here are 2 ways I can help you:
Motorsport Skool — The paddock in your pocket. Nearly every course I've ever done, plus unlimited FREE Tech Q&A from our friendly community.
Master Your Tyres course — Go beyond guesswork and become totally self-reliant to tune and drive your tyres. Get more grip, better handling and faster lap times in any conditions.