Aerodynamic guidance
Steer with shape and fins
Guidance systems use the rocket’s shape, fins, and control inputs to keep flight stable and pointed where it should go.
Active Control
Shape flight with guidance and control.
Active Control is the branch for aerodynamic guidance, airbrakes, thrust vector control, and other ways to influence a rocket during flight.
Photo areaGuidance, brakes, or control surfaces
Photo areaControl surfaces
Photo areaAirbrake assembly
Photo areaVectoring hardware
Airbrakes and vectoring
Control speed and direction
Airbrakes can slow or adjust altitude, while thrust vector control changes the motor’s direction of push.
Active control topics
Start here once the basics are stable.
Aerodynamic guidance
Use fins, canards, or guided control ideas to influence flight path.
Airbrakes
Increase drag on purpose to slow the rocket or adjust altitude.
Thrust vector control
Point the thrust slightly off-center to steer while the motor is burning.
Control integration
Combine sensors, timing, and control surfaces carefully so the system remains safe and predictable.