Rocket 2K: Sensitive Payloads (Gold Team)

Discipline: MAE

Advisor: Roger Allen

The purpose of Project Rocket 2K is to design, build, launch, and recover a high-powered rocket capable of reaching 2,000 feet while safely carrying a fragile payload of standard eggs. This requirement creates a unique challenge: the rocket must deliver its fragile cargo without cracking or damaging it at any stage of the mission - during launch, flight, or landing. Unlike traditional amateur Level 1–3 certification rockets, which focus primarily on flight performance, this project emphasizes payload integration and survivability. By adding the constraint of carrying delicate eggs, we introduce stricter design requirements on g-forces, temperature, vibrations, and descent velocity. Every parameter must stay under maximum thresholds to ensure both the rocket and payload survive the flight. This effort not only challenges engineering students and beginner rocketeers to think beyond propulsion and structure, but also mirrors real aerospace missions, where rockets are expected to carry valuable payloads for customers. The project provides hands-on exposure to mission planning, system optimization, and team collaboration, while giving students the opportunity to apply core engineering principles in a practical setting. By bridging the gap between classroom learning and real aerospace challenges, Project Rocket 2K stands apart as a training ground for future engineers and a demonstration of thoughtful, payload-centered rocket design.

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