Time deltas are one of the least intuitive things you can put in front of a fan.
If we tell you a driver qualified +0.175s ahead, that is precise and completely unfeelable. Almost nobody has an internal sense of a tenth of a second. It just stays a number.
So we tried a different way to show it: turn the time gap into physical distance on the track, and draw it to scale.
A tenth of a second, in metres
The idea is simple. A gap in time becomes a gap in space once you know the speed.
At the sort of pace an F1 car carries across the line, roughly 300 km/h, that works out to about 83 metres every second. So a tenth of a second is around 8 metres of track. A gap of +0.175s becomes about 14 metres, roughly three car lengths. At the 2026 Austrian Grand Prix, the gap from pole to sixth was +0.389s, which is about 35 metres of track. On circuits where the field spreads out, a full grid can stretch past 150 metres.
Suddenly it is not an abstract tenth. It is a stretch of circuit you can picture.
See it to scale
Here is 2026 Austrian Grand Prix qualifying, with the gaps drawn as distance on the actual circuit shape.
Because it follows the real track, the gap bends through the corners exactly like the cars would. A whole grid's spread turns into a visible length of tarmac.
