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PAYLOAD DELIVERY SYSTEM
PAYLOAD DELIVERY SYSTEM
MODELING & ASSEMBLIES
MODELING & ASSEMBLIES
SERVO MECHANISMS
SERVO MECHANISMS
MISSION
MISSION
The Airdrop Subteam develops payload delivery and retrieval systems for RU Autonomous drones. By designing and testing modular adapters, parachute systems, and recovery mechanisms, they expand the capabilities of the platform while supporting other subteams’ missions. Their work ensures payloads are deployed safely, accurately, and reliably in a variety of mission profiles.
DESIGN & PROTOTYPING
DESIGN & PROTOTYPING
Airdrop takes advantage of the quick turnaround granted by in-house 3D modeling and printing, along with CNC and composite fabrication, to create innovative and modular airdrop components.
The team iterates on drag chute and parachute systems, recovery mechanisms, and adapter interfaces, validating designs through simulations, bench testing, and flight trials to ensure consistent performance under real-world conditions.
DESIGN & PROTOTYPING
DESIGN & PROTOTYPING
Airdrop uses 3D modeling and printing, along with CNC and composite fabrication, to create innovative and modular airdrop components. The team iterates on drag chute and parachute systems, recovery mechanisms, and adapter interfaces, validating designs through simulations, bench testing, and flight trials to ensure consistent performance under real-world conditions.
TESTING & INTEGRATION
TESTING & INTEGRATION
Airdrop systems are validated through ground and flight testing, ensuring smooth deployment and safe recovery of payloads. The team works closely to integrate delivery mechanisms, optimize weight distribution, and maintain overall drone stability. Continuous refinement and modular upgrades allow the team to support evolving mission requirements efficiently.
AIRDROP LEAD
AIRDROP LEAD
Daniel Lee
Mechanical Engineering | Class of '27
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