[카테고리:] Rocket
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TEST
Key Test Objectives 1. RCS Control System 2. Sensor & Data Systems 3. Recovery Systems 4. Emergency Procedures Key Test Objectives
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Recovery
In our recovery system, the drogue parachute is deployed at apogee. The secondary charge is activated 1 second after apogee. The main parachute is deployed at an altitude of 1,000 feet, and its secondary charge is also triggered 1 second after reaching that altitude. The parachute diameters are 2.3 feet for the drogue and 7.22
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Electronics
1. COTS Flight Computers Primary Recovery System: Tracking System Data Collection 2. SRAD Flight Computer Main Processing Units Sensor Array 3. RCS (Reaction Control System) Components Solenoid Valve System Control System 4. Communication Systems Telemetry System Real-time Video Processing 5. Data Storage and Management Storage Solutions Data Management 6. Power Management Power Distribution 7. Ground
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Payload
The payload in this project adheres to the 3U CubeSAT standard and includes three advanced IMU sensors (10-DoF MEMS IMU sensor [SEN0140], 9DOF IMU AHRS sensor module, and 9-axis IMU LSM9DS1 module) to measure vibration, acceleration, and angular velocity, aiming to validate sensor durability and vibration resistance under launch conditions, comparing data over altitude and
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Simulation / Analysis
1. Rocket dynamics_1 by Controla – (Guidance, Navigation and Control LAB) 2. TVC Rocket dynamics_2 by Controla – (Guidance, Navigation and Control LAB) 3. Matlab simulation Plot – TVC Rocket (RK4) 4. 2025 IREC-HANul Core idea diagram 5. OpenRocket simulation results 6. Rocket Simulation Tutorial
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Propulsion
We selected this motor to complete our mission and reach an altitude of over 10,000fts. Initially, I planned to use an M1845NT Motor, but after simulating it in OpenRocket with the expected weight, it didn’t reach the target altitude. Therefore, I decided to use this motor with a higher average thrust. Area specific Propulsion Type
HANul 