Insights, deep-dives & race intel
The Racing Line and Apex Explained: How Drivers Corner Fast
The racing line and apex explained in depth, the physics of why straightening a corner is faster, late versus early apex, trail braking, compromise corners, and why the wet line is different.
Anatomy of an F1 Car: Every Main Part, and What It Really Does
A full tour of the anatomy of an F1 car, the front wing, floor, sidepods, halo, power unit, rear wing, brakes and tyres, what each part does, and why the whole car works as one connected aerodynamic system.
How Fast Are F1 Cars? Top Speed, Acceleration, Braking and Cornering
How fast are F1 cars, really? The top speed records, the brutal acceleration, the unbelievable braking, and the true superpower nobody expects, the speed they carry through corners.
The F1 Cost Cap Explained: How the Budget Limit Reshaped the Sport
The F1 cost cap explained in full, the spending war that bankrupted teams, the limit brought in for 2021, what counts and what doesn't, the aero-testing handicap that works alongside it, and how Red Bull got caught.
G-Force in F1 Explained: What a Driver's Body Actually Endures
G-force in F1 explained, how many g's a driver takes braking and cornering, why it is more punishing than a fighter jet, why they train their necks so hard, and the 67g crash a driver survived.
What Is a Slipstream in F1? The Tow, and F1's Closest Finish
The F1 slipstream, or tow, explained, the physics of how following closely cuts drag and adds speed, why it is the same wake as dirty air, the 1971 Monza classic it decided, and the 2019 farce it caused.
F1 Ground Effect and Porpoising Explained: The Idea Too Powerful to Trust
Ground effect and porpoising explained, how the floor sucks an F1 car to the track, the Lotus cars and fan car that made it famous, why it was banned in 1983, and why its 2022 return made the cars bounce.
What Is the Halo in F1? The Hated Device That Keeps Saving Lives
The F1 halo explained, the decade of deaths that forced it in, the alternatives that were rejected, how a 7kg titanium hoop withstands 12 tonnes, and every time it has saved a driver.
Understeer vs Oversteer Explained: Why an F1 Car Won't Turn
Understeer vs oversteer explained, which end of the car loses grip, why understeer is slow and oversteer is fast but dangerous, how teams tune the balance, and why Verstappen and Hamilton want opposite things.
F1 Tyre Degradation Explained: Graining, Blistering and the Cliff
Tyre degradation explained through the 2013 race Mercedes lost from pole, the narrow temperature window tyres must live in, what graining and blistering are, the cliff, and why tyre management wins races.
What Is Parc Fermé in F1? The Rule That Locks the Cars
Parc ferme explained, the closed-park rule that freezes an F1 car's setup from qualifying to the race, why it exists, how the FIA enforces it with 40,000 seals, and the new rain exception.
F1 Power Unit Explained: The Most Efficient Engine on Earth
The F1 power unit explained, the turbo-hybrid V6, the MGU-K and MGU-H that recover energy, why it is the most thermally efficient engine ever built, and the huge 2026 reset.