IGNIS

Fire-Detection UAV · Pitch Competition

The IGNIS prototype: a terracotta 3D-printed flying-wing airframe with a breadboard and an Arduino Uno mounted on top, wired to a buzzer, an LED, and flame and temperature sensors
The built prototype.

The Drone

Our fire detection UAV is engineered to combat wildfires worldwide. Powered by an Arduino Uno brain, our drone is equipped with sensors including a passive buzzer, flame sensor, and thermal imaging to detect fires. The glider design is designed to achieve a lift to drag ratio of 60:1, ensuring long-range missions with endurance. This drone aims to minimize the pressing threat that wildfires are.

The IGNIS by NEXUS product preview slide: a problem definition and proposed solution beside a CAD render of the drone, set against an illustrated burning forest
The product preview slide.

The Pitch

I was very lucky to have the opportunity to participate in a Shark Tank-style competition where our team presented our prototype for a wildfire-fighting drone.

We were able to present in front of esteemed judges: Professor Pim Oomen, Ph.D., Adrian Bahani, Engineer at Rockley Photonics, and CEO/Founder of UpKeep, Ryan Chen.

SolidWorks model of the drone: an Arduino Uno and a breadboard mounted between two swept wings
The SolidWorks model.

Files