Project case studies

JUPITER UAV

Jupiter is a 25kg, experimental UAV designed to carry a medical payload through extreme weather conditions. The aircraft makes use of a split control/lift system for the hover to improve response speed in gusty conditions. While working at the University of Southampton, I designed Jupiter's airframe and oversaw the development of the aircraft through multiple subscale and full scale prototypes.

Natural fibre composite UAV

We produced the structural design and airframe for Val-E, a Flax fibre composite version of the SotonUAV Valerie platform

High speed delta wing UAV

A 120mph capable electric delta UAV designed to investigate vortex lift augmentation, we designed and built the airframe, landing gear and powertrain

Human powered aircraft

We designed the Lazarus and Super Lazarus human powered aircraft, which won the RAeS formula flight prize in 2021 and 2022

3 point hydroplane research

We produced a number of prototypes for thrust driven boats to investigate the stability and efficiency of high speed hydroplaning craft

APX high speed hydroplane

APX is an experimental 3 point hydroplane propelled by a ducted prop. The purpose of APX is to test and validate a number of concepts that will allow such a craft to travel at speeds of 100mph using considerably less power than a conventional boat, without the dangerous instabilities of conventional air-trap hydroplanes.