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🎯 Design Thinking Discussion: Spin-Resistant Drone Design Challenge

In this engaging session, our faculty and students explore how Design Thinking can be applied to solve a real-world aerospace problem — drone instability and spin during motor failure.

🌀 Challenge Focus:
When one motor of a multirotor fails, the drone often experiences auto-rotation or spin, leading to loss of control. Through the Design Thinking framework, we dive into understanding this issue from the user's and engineer's perspective — and brainstorm innovative, fail-safe solutions.

💡 Key Stages Covered:

Empathize: Understanding drone instability during asymmetric thrust conditions

Define: Framing the problem — “How might we design asymmetric thrust algorithms or fail-safe control modes to prevent spins during one-motor inoperative flight?”

Ideate: Exploring control strategies, sensors, and design adjustments

Prototype & Test: Simulating drone behavior and evaluating stability

🎥 Featuring:
Faculty and students from SNS College of Technology, Department of Aerospace Engineering

✈️ Join us in this journey where Design Thinking meets Flight Dynamics, and see how creativity and engineering merge to build spin-resistant drones for a safer future.

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