AeroLab
AI-generated aircraft wing study in a wind tunnel

01 / Flight Lab

AeroLabThe physics of flight.

Explore lift, drag and aircraft performance. Change the conditions and see the physics respond.

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AeroLab / Flight analysis

Flight calculator.

Aircraft Studio

Conditions

Flight
m/s
m
Aircraft
kg
m²
N
Aerodynamic coefficients
CL
CL max
CD
Calculated
Lift
18.12kN
Drag
1,054N
Air density
1.058kg/m³
Lift-to-drag
17.19L/D
Stall speed
28.2m/s
Thrust-to-weight
0.285T/W
Force balance

Vertical

Lift18,120 N
Weight10,885 N

Horizontal

Thrust3,100 N
Drag1,054 N

Linear scale within each pair. Independent forces, not a trimmed-flight solution.

Compare a configuration

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Method & limitations

Lift = ½ρV²SCL. Drag = ½ρV²SCD. Coefficients stay constant; the speed curve does not model changes in induced or compressibility drag. L/D = CL/CD. Stall speed uses CL max and assumes level flight. The standard atmosphere covers 0–20,000 m. The forces are independent, not a trimmed-flight solution. Presets are illustrative; these estimates are not certified flight data.

SI units · Fixed-coefficient model · Educational use