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LaunchLab rockets are designed to be built, flown, learned from and flown again.
What Is Model Rocketry?
Model rocketry is a hands-on hobby where people design, build, decorate and safely launch small rockets using commercially manufactured rocket motors.
A rocket may be simple enough for a first-time builder to complete in an afternoon, or advanced enough to include larger motors, onboard electronics, tracking systems, cameras and recovery systems.
Every rocket flight is a tiny engineering project. You build it, check it, launch it, recover it, learn from it and make the next one even better.
Why People Love Rocketry
It combines creativity with real science and engineering.
You can start simple and keep growing your skills.
Every rocket can be customised to look completely different.
You learn through testing, mistakes and improvements.
Launch days are social, exciting and full of helpful people.
It is a great hobby for individuals, families, schools, scouts and STEM groups.
Build
Learn
Launch
Repeat
Fly again
Countdown to lift-off
Make it Yours
Understand the Science
How Does a Rocket Work?
A rocket works because the motor pushes hot gases downward, creating thrust that pushes the rocket upward.
During flight, four main forces act on the rocket:
Thrust: Pushes the rocket upward when the motor burns.
Weight: Pulls the rocket toward Earth due to gravity.
Drag: Air resistance that slows the rocket down.
Stability: Helps the rocket point in the right direction during flight.
A well-designed rocket must create enough thrust to leave the launch pad safely, stay stable as it travels through the air, deploy its recovery system near the top of the flight, and return at a safe speed.
A Normal Rocket Flight
Liftoff: The motor ignites and produces thrust. The rocket travels up the launch rod or rail so it begins its flight in a controlled direction.
Powered Flight: The motor continues burning and accelerates the rocket upward.
Coast: Once the motor stops burning, the rocket continues upward using the momentum it has built.
Apogee: The rocket reaches the highest point of its flight. This is called apogee.
Recovery Deployment: A small ejection charge inside many rocket motors pushes out the nose cone and recovery system.
Descent: A parachute or streamer slows the rocket down so it can land safely and be flown again.
Low-Power, Mid-Power & High-Power Rockets Explained
Mid-Power Rockets
Typical motors: D, E, F and G motors
Best for: Builders ready for larger rockets, stronger materials and higher flights
What they are like: Bigger, more powerful rockets that usually need a larger field and club-launch support
Mid-power rockets are a great next step once you are comfortable with basic construction and recovery systems. They may use larger motors, rail buttons, stronger shock cords, plywood fins and more durable recovery gear.
Rocket motors are commonly grouped by power range. As the power increases, the rocket typically flies higher, faster and needs more space, stronger construction and more careful planning.
Low-Power Rockets
Typical motors: A, B and C motors
Best for: First-time builders, families, classrooms and younger rocketeers with adult support
What they are like: Smaller, lighter rockets with lower flights and simpler construction
Low-power rockets are often the best place to begin. They are ideal for learning how to build fins, install a motor mount, pack a parachute and prepare a rocket for launch.
High-Power Rockets
Typical motors: H motors and above
Best for: Experienced rocketeers flying through an approved club environment
What they are like: Larger, faster and more complex rockets that may require certifications, advanced recovery systems, tracking equipment or electronics
High-power rocketry is an exciting progression, but it is not a backyard activity. It is best approached through a club with experienced mentors, approved launch sites and proper safety systems.
Important note: These power labels are useful hobby language, but they are not a substitute for checking the rules, motor requirements and launch-site restrictions that apply to your exact rocket and location. CASA distinguishes smaller model rockets from larger rockets under its aviation rules, so always check the latest guidance before flying.
Get in touch
Got a question? We're happy to help.
sales@launchlabeducation.com.au
+61-434-497-950
