We design, manufacture, assemble and modify a multitude of different platforms. Often our designs are bestoke to a particular project, or integrate a novel area of research. Below are details on some of our platforms we have designed and operated.
Our research workhorse with a 4 m wingspan and payload capability of 5 kg.
Our vertical take-off and landing aircraft for research applications.
A 350 kg maximum take-off mass aircraft for cargo and aid delivery.
Testbed of Hybrid Energy Solutions for Experimental Uncrewed aerial Systems.
Fire/Fast incident response equipment for the description of noxious particle emissions.
Firedrone Test Systems: Robust multirotors for testing equipment designed for Firedrone.
The world's first 3D printed aircraft recently re-designed for flights in Antarctica.
A persistent quadcopter that harvests solar energy to allow for fly and forget style of operations.
An aircraft that uses channel wing sections to create a complex high-lift device and control surface.
Platform for Environmental Research in Extreme Geographical Regions using Integrated Navigation.
Our first sub 20 kg maritime-search and research platform designed for the Berisuas project.
A collaboration with Cardinal Security to create a tethered UAV for unlimited aerial surveillance.
Designed as a research aircraft utilising additive manufacturing, the second major decode airframe produced.
One of the earlier research aircraft utilising additive manufacturing, still used for testing novel wing designs.