# 2026 Formula 1 Car Experience

By Umesh Yadav

Topic: Machines

[Open the interactive Jig](https://ask.jig.com/j/uDd9lOSyPlKd)

## Guide

### 1. A 2026 Formula 1 car

This car is built to the new 2026 rules\. It is smaller and lighter than before: 1\.9 metres wide, with 3\.4 metres between the axles\. Drag anywhere to walk around it on the sunny pit lane\.

With the driver on board it must weigh at least 768 kg, about as much as a small family car\.

### 2. Look closer

Pick a detail\. The bare carbon fibre is woven like fabric and sealed under a glossy clear coat\. The plank under the floor gets scraped by the track, and hot tyres pick up little rubber crumbs called marbles\.

The car is lifted here so you can see underneath\. Officials measure the plank after a race\. If it has worn too thin, the car is disqualified\.

### 3. Climb in

You sit almost lying down, with the halo arching over your head\. The steering wheel is a computer: the screen shows speed and battery charge, and the coloured buttons control the car's energy and wings\.

The halo is made of titanium and can hold the weight of a double\-decker bus\.

### 4. Straight Mode

Out on track, press Straight Mode\. Flaps on the front and rear wings open, so the car slices through the air with less drag\. Touch the brakes and they snap back to Corner Mode, pressing the tyres into the road\.

Straight Mode replaces the old DRS\. Both wings now move, not just the rear one\.

### 5. Boost and Overtake

The engine is only half the story\. An electric motor called the MGU\-K adds up to 350 kW from a small battery\. Fire Boost or Overtake from the wheel and watch the charge bar on the screen drain, then refill under braking\.

The battery can only swing 4 megajoules: about 11 seconds at full electric power\.

### 6. Lift, coast and glow

Before each corner the driver lifts off early and the motor turns into a generator, catching energy with a high whine\. The red rain light flashes to warn cars behind\. Then hard braking makes the carbon discs glow orange\.

Carbon brake discs work best when they are hot, often hotter than 800 °C\.

### 7. Hot tyres

Tyres grip best in a warm window\. Push hard and watch: the sidewalls flex under the load, the rubber overheats and turns greasy, and the car starts to slide wide\. The colours show tyre temperature, like an engineer's heat camera\.

### 8. Wings in the garage

Each circuit needs a different wing\. A deep wing pushes hard for twisty tracks; a slim wing cuts drag for fast ones\. Choose one and the mechanics swap it on\.

### 9. Tyre compounds

Pirelli brings slick tyres from hard to soft, plus grooved tyres for rain\. A coloured band on the sidewall tells them apart\. Softer rubber grips more but wears out sooner\.

Red is soft, yellow is medium, white is hard, green is intermediate and blue is full wet\.

### 10. A two\-second pit stop

The car swings into its box\. Jacks lift it, four wheel guns spin the nuts off, fresh tyres go on and it drops back down\. Press the button and time it on the board\.

The best crews change all four tyres in about two seconds\.

### 11. Strip it down

Slide to take the car apart, one layer at a time, and lay each part beside it at its real size\. Under the bodywork and floor sits the carbon survival cell, the battery, the MGU\-K, the V6 and the gearbox\.

The 1\.6 litre V6 makes about 400 kW and burns fully sustainable fuel\.

### 12. Ready to race

All back together\. Half fuel, half electricity, moving wings and clever tyres: every part works with the others to make the car fast\. Drag to take one last walk around it\.

Compared with 2025, the electric motor is almost three times as powerful\.