- 1. F1 Car Layout: Where the driver sits, engine placement, the monocoque, and why weight distribution everything.
- 2. Chassis, Monocoque, and the Halo System: Carbon fiber, safety, impact absorption, and the survival cell.
- 3. Weight, Ballast, and Balance: The minimum mass limit (798 kg), ballast distribution, and its effect on the center of gravity.
- 4. Suspension: Push-rod vs. Pull-rod: How suspension maintains a stable ride height for aerodynamics.
- 5. Brake System: Carbon discs, operating temperatures (up to 1000°C), and brake bias management.
- 6. Tyres (Pirelli): Compounds (C1–C5), operating windows, degradation, graining, and blistering.
- 7. Cornering Geometry and Grip: Oversteer vs. understeer dynamics.
- 8. Weight Transfer: How wheel loads change during acceleration, braking, and long, high-G corners.
- 9. Differential Setup: How differential locking affects corner entry and exit.
- 10. Downforce vs. Drag Fundamentals: Finding the compromise between straight-line speed and cornering performance.
- 11. Aerodynamic Balance: Center of Pressure (CoP) shift as speed changes.
- 12. Front Wing: Generating downforce and managing outwash sent to the rest of the car.
- 13. Venturi Effect and Ground Effect (Underfloor): How shaped underbody tunnels suck the car to the track.
- 14. Diffuser and Rear Wing: Creating low pressure at the rear, extracting underfloor airflow, and the structure of dirty air.
- 15. Flexi-wings: How aero elements flex at high speed to reduce drag, and how the FIA tests them.
- 16. DRS System: Working principles, top-flap airflow stall, and boosting top speed.
- 17. Porpoising: Why ground-effect cars start bouncing on the straights.
- 18. ICE V6 Turbo: 1.6-liter turbocharged engine design, compression, and efficient combustion.
- 19. MGU-K (Kinetic): Kinetic energy recovery under braking.
- 20. MGU-H (Heat): Harvesting energy from exhaust gases and eliminating turbo lag.
- 21. Energy Store (ES) and Engine Modes: Storing and deploying hybrid power over a lap.
- 22. High Rake vs. Low Rake Concepts: Chassis rake angle relative to the track and its impact on downforce.
- 23. Track-Specific Setup: High downforce (Monaco) vs. low drag (Monza), spring stiffness tuning, and ride height adjustment.
- 24. Reading Telemetry: Speed, throttle, brake, RPM, and gear selection — comparing telemetry overlays of two drivers.
- 25. Aerodynamic Testing: Wind tunnels, CFD (Computational Fluid Dynamics), and flow-vis paint.
- 26. Race Strategy: Undercut vs. overcut, managing Safety Car phases, and tyre degradation.
- 27. FIA Restrictions (Cost Cap & ATR): Budget caps, power unit element penalties, and Aerodynamic Testing Restrictions.
- 28. Karting Physics and Dynamics: Why karts lack differentials and suspension, how a rigid frame replaces anti-roll bars, and using body weight to rotate the kart.
- 29. Kart vs. F1 Car: Comparing mass, steering response, mechanical grip, and the role of aerodynamics — why karting experience transfers to F1, and where they fundamentally differ.
- 30. Open-Wheel Hierarchy (F3 → F2 → F1 → Formula E): Differences in power, weight, downforce, tyres, and lap times between feeder series, electric racing, and the pinnacle of motorsport.
- 31. F1 Technical Regulations Evolution: Comparing eras (V10, V8, 2014 Hybrids, and 2022/2026 Ground Effect) — how dimensions, car weight, aero philosophy, and overtaking physics evolved.