A Novel Approach to Two-Stage Model Rocket Design: Integrating Sensors, Cameras, Electrical Ignition, and Electrical Separation
Abstract
Niyama Aaquib, Chhadwa Neil and Gohil Harsh
Model rocketry is a unique and effective way to teach engineering students about problem-solving and design, and it has potential applications in the emerging research and development of aerospace systems. This paper focuses on designing a two-stage model rocket with three parallel stagings and a recovery system for both stages, with a target altitude of around 1000 feet. The rocket is 48 cm long, 5 cm wide, and weighs approximately 500 g. It also includes various sensors to validate simulations and calculation results, such as altitude, gyro, acceleration, and location, as well as a camera that transmits live footage to the ground using telemetry. The second stage is ignited wirelessly. The paper also discusses the design of the electrical ignition system, launch pad and potential future advancements.
