
Human powered aircraft
As the leader of Southampton University's Human powered aircraft Society (SUHPA), I designed Super Lazarus, an aircraft powered exclusively by the pilot's pedalling action.
This is an enormous challenge, because the aircraft must lift the pilot's weight as well as its own using only 0.5 of a horsepower. It must also be controllable and safe for the pilot.
I produced a design for a 24m span, 45kg aircraft with fly-by-wire controls and an all carbon composite structure. The wing is wire braced at the half semi-span point. I also designed the aircraft's 3m diameter propeller, for the first time using 3D printing to produce the complex blades cores, which are skinned in a thin layer of carbon fibre. Each propeller blade has a mass of only 350g.
Super Lazarus
0.5hp
The power output supplied by the pilot's muscle power to fly
24m
The wingspan of the aircraft, using a wing braced by two wires. The outer 6m of the wing are cantilevered.
45Kg
The mass of the aircraft, much lighter than the pilot.



