Project Statement

The primary objective of this project is to design, develop, and integrate a reusable glider into a rocket system, aiming to achieve sustainable and cost-effective space launch capabilities. This integration will focus on ensuring the rocket can deliver payloads to orbit while the glider enables a controlled, safe, and reusable descent back to Earth, while also highly minimizing the fuel used for rocket re-entry and landing. Our rocket is also aimed to be self guided and able to land in the ocean were it can use sail and electric energy to reach the coast making it completely autonomous.

"Why?"

• Sustainability and Environmental Impact
• Cost-Effectiveness:
• Fuel Efficiency:
• Technological Advancement
• Safety and Reliability
• Innovation in Autonomous Systems
• Market Competitiveness

Precedents

Idea Precedent

Name: Energia Rocket

Creator: Ros Cosmos (Soviet Rocket)

Efficiency

Name: 3d printing integration in rocket

Creator: Relativity Space

Reliability

Name: Falcon 9 Landing Burn

Creator: SpaceX

Sketches

Testing

Initial prototype

Prototype 2

Testing

Final