01 Project Overview
The Hypercar Performance Simulator is a web-based platform that accurately models the acceleration and top speed performance of extreme hypercars using physics-based calculations. Version 2.0 features 30+ vehicles and an advanced tuning system.
Unlike simplified racing games, this simulator accounts for real-world factors including aerodynamic drag, rolling resistance, torque curves, transmission losses, environmental conditions, and hybrid/electric powertrains. Every calculation is grounded in physics principles and validated against real-world performance data.
02 Physics Engine
Force Calculations
- Drive Force: Wheel torque ÷ tire radius
- Drag Force: 0.5 × ρ × Cd × A × v²
- Rolling Resistance: Crr × m × g
Gear Selection
- Shift Strategy: Database-driven shift points
- Validation: Minimum RPM check (50% redline)
- Optimization: Maintains optimal powerband
Environmental Effects
- Air Density: Temperature & altitude dependent
- Pressure Adjustment: Barometric formula
- Performance Impact: Affects drag & power
Torque Modeling
- Torque Curve: 10-point interpolation
- Hybrid System: Electric motor contribution
- Efficiency: Transmission losses included
03 Race Modes
Quarter Mile
Classic 402.336m drag race
Half Mile
804.672m high-speed challenge
One Mile
1,609.344m ultimate test
Custom Distance
Set any distance you want
Lap Race
Multiple laps on circuit
Acceleration Zone
0-100, 100-200, custom ranges
Roll Race
60-200 km/h flying start
Top Speed
Maximum velocity run
04 Vehicle Fleet (30+)
Koenigsegg
- Jesko Absolut
- Jesko Attack
- Regera (Hybrid)
- Agera RS
Bugatti
- Chiron Super Sport 300+
- Bolide
- Veyron Super Sport
McLaren
- Speedtail (Hybrid)
- P1 (Hybrid)
- Senna
- 765LT
- 720S
Ferrari
- SF90 Stradale (Hybrid)
- LaFerrari (Hybrid)
- F8 Tributo
- 812 Superfast
Lamborghini
- Revuelto (Hybrid)
- Aventador SVJ
- Sian FKP 37 (Hybrid)
- Huracan STO
Electric Hypercars
- Rimac Nevera
- Lotus Evija
- Aspark Owl
- Pininfarina Battista
Porsche
- 918 Spyder (Hybrid)
- 911 GT2 RS
- 911 Turbo S
Others
- Mercedes-AMG ONE (Hybrid)
- Gordon Murray T.50
- Czinger 21C (Hybrid)
- Aston Martin Valkyrie (Hybrid)
- Pagani Huayra R
- SSC Tuatara
- And more...
05 Advanced Tuning System
Engine Tuning
- Stock: Factory specifications
- Stage 1: +15% power, +12% torque
- Stage 2: +30% power, +25% torque
- Stage 3: +50% power, +40% torque
Tire Compounds
- Street: Standard grip
- Sport: +15% grip, -5% rolling resistance
- Slick: +35% grip, -10% rolling resistance
Aerodynamics
- Stock: Factory aero package
- Sport: -5% drag, +20% downforce
- Race: -12% drag, +50% downforce
Weight Reduction
- Stock: Factory weight
- Lightweight: -5% mass
- Race: -12% mass
Transmission
- Stock: Factory efficiency
- Sport: +5% efficiency
- Race: +10% efficiency
Boost & NOS
- Boost Pressure: 0.5x to 2.0x multiplier
- Nitrous Oxide: +25% power, +20% torque
06 Technical Stack
Backend
- FastAPI — High-performance Python web framework
- Pydantic — Data validation and serialization
- Uvicorn — ASGI server for production
- CSV Database — Simple, editable data storage
Frontend
- Vanilla JavaScript — No framework dependencies
- Canvas API — Real-time race visualization
- CSS Animations — Smooth UI transitions
- Responsive Design — Mobile-friendly layout
Physics Engine
- Euler Integration — Timestep-based simulation
- Torque Interpolation — Realistic power curves
- Gear Management — CSV-driven shift logic
- Environmental Modeling — Air density calculations
- Hybrid/EV Systems — Electric motor contribution
API Endpoints
- GET /api/vehicles — List available hypercars
- POST /api/simulate/drag — Run simulation
- POST /api/reload — Reload CSV database
- GET /api/health — System status check
07 Setup & Usage
Install Dependencies
pip install fastapi uvicorn pydanticPlace CSV Database
hypercar_data.csvStart Server
uvicorn app.main:app --reload --port 8000Access Simulator
http://localhost:8000/index.htmlReady to Experience Hypercar Performance?
Launch the simulator and witness physics-accurate acceleration modeling with 30+ vehicles
START SIMULATOR →