Small and indestructible, this drone is my go-to for practicing tough moves or when the weather outside isn't ideal

1S or 2S battery modes for indoor/outdoor flight

75mm brushless whoop space

This 4 inch quad was designed for long range exploration

Cruising speed 25-30 mph

Up to 20 min flight time

GPS and model finder give you confidence to push the limits of the range

The powertrain contains the GOKU 16x16 stack and the all new 2700kV 1404 motors spinning 4" props is optimized for maximum efficiency and low weight

My roommate and I designed this quad from the ground up to be compact, powerful, and adaptable for various scenarios

This has been a long term, ongoing project to make a quadcopter that can carry a Raspberry Pi 4 and sensor bay

We intend to use this vehicle as a chassis for various projects and experiments

Our first project was to create a base station that could send telemetry data to the Quad to make it fly routes based on GPS waypoints

The second project was to incorporate some computer vision and train a collision avoidance model so the quad could dodge large, obvious obstacles (like buildings) while following the routes from part 1.

The third project (in progress) is to add a sensor bay to allow the quad to collect data as it flies. We are considering cameras, lidar, and TOF sensors to try to create a topographical map of a specified area

Great for aerial videography and cinematography

I use this DJI drone as a chance to experiment building some software using the DJI SDK

For my job at ThirdEye Gen, I created a simple android apk to display the video feed from the DJI drone onto the company's AR glasses.