Solid-Fuel Rocketry

The challenge

Design, construct and fly a model rocket using an approved solid-fuel propulsion system under controlled launch conditions.

• ✓Develop a stable and structurally sound model rocket.
• ✓Use only propulsion systems approved by the organisers.
• ✓Design an appropriate recovery system.
• ✓Prepare the rocket for supervised launch.
• ✓Document the major engineering decisions behind the design.

Rocket design

The vehicle should demonstrate sound engineering principles across structure, stability, propulsion integration and recovery.

• ✓Ensure the airframe is structurally sound.
• ✓Provide an appropriate stability configuration.
• ✓Secure all major components before flight.
• ✓Integrate the approved propulsion system according to event instructions.
• ✓Design for safe recovery and post-flight inspection.

Flight preparation

Every flight must be prepared and conducted through the official range-safety process.

• ✓Complete all required pre-flight checks.
• ✓Submit required technical information to the organisers.
• ✓Follow the official launch sequence.
• ✓Remain outside restricted launch areas unless authorised.
• ✓Inspect the vehicle after recovery.

Evaluation

Evaluation may consider engineering quality, flight performance, recovery and technical documentation.

Range safety

Solid-fuel rocketry involves regulated propulsion systems. Safety requirements take precedence over performance.

• ✓Use only organiser-approved propulsion systems.
• ✓Do not manufacture or modify propulsion materials.
• ✓Follow all range-safety instructions.
• ✓Do not approach a launch system without authorisation.
• ✓Any unsafe vehicle or operation may be disqualified.