EngineGeek

ENGINEGEEK / FORMULA 1 ENGINEERING

F1 engineering, made clear.

Explore how F1 cars turn airflow and electrical energy into speed. Start with a question below, then follow visual guides grounded in FIA and Formula 1 sources.

Original diagrams · Primary sources · Plain-English explanations

Start here: the basics

Formula 1 car on display with front and rear wings visible; illustrative photograph, not a 2026 specification
Illustrative car photograph: Komorebi Photo / Unsplash.

01 / Aerodynamics

How does an F1 car make grip from air?

Explore downforce, drag, the wings and the floor before diving into the 2026 rule changes.

Start with aerodynamics →

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02 / Aerodynamics

Original diagram comparing front and rear wing positions for Straight Mode and Corner Mode

Active aero is more than DRS

See how Straight Mode and Corner Mode change the wings, while Overtake Mode changes electrical deployment.

Compare the systems →

03 / Power units

What does the MGU-K actually do?

A visual guide to the motor-generator that deploys electrical power and recovers energy in a 2026 F1 car. Includes an original energy-flow diagram.

Trace the energy flow →

Explore by system

Power units

Energy and recovery

Start with the MGU-K, deployment, recharge and the trade-offs between corners.

Browse guides →

Aerodynamics

Airflow and grip

Understand the moving wings and why reducing drag matters on a straight.

Read active aero →

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How we explain it

Each guide starts with a real technical question, checks the relevant FIA regulations and official F1 material, and makes its assumptions visible. The diagrams explain mechanisms; they do not claim to show team telemetry. EngineGeek is independent and is not affiliated with Formula 1, the FIA or any team. About this site →

Ready for a deeper question? Explore super clipping → See how the MGU-K can recover energy while the driver stays on the throttle.

View all F1 engineering guides →