Vehicle Builder
Configure your vehicle aerodynamics, engine, and test conditions
Body Shape
Sharper nose reduces frontal pressure drag
0%100%
Gradual taper reduces base drag and wake
0%100%
Dimensions
Longer body allows smoother airflow attachment
1.5m12m
Wider body increases frontal area and drag
0.5m2.5m
Cross-section area perpendicular to airflow
0.3m²4m²
Weight Distribution
Heavier = harder to accelerate, but more traction
100kg60000kg
Larger wheels give more leverage but more weight
0.2m0.6m
Live Preview
Cd 0.335Nose
60%
Tail
55%
Wing
15°
Mass
1.2t
Length
4.5m
Width
2.00m
Frontal A
2.20m²
Physics Output
Drag Coefficient
Good aerodynamic form
0.335Cd
Downforce @ 80 m/s
126.6% of vehicle weight
14,905N
Theoretical Top Speed
On dry tarmac
345km/h
0 – 100 km/h
P/W: 0.375 kW/kg
1.78s
L/D Efficiency Ratio
Exceptional aero balance
5.16
Power-to-Weight
Road car territory
0.375kW/kg