 |
 |
 |
| A CAD model showing the Exulans fuselage |
The Exulans prototype |
A 3m radio controlled |
 |
 |
 |
| The whiffle tree structure used to do a destructive bending test |
The whiffle tree structure used to do a torsion test |
Longitudinal stability tester shown with a manned Exulans prototype and test crew |
 |
||
| The Exulans on the flight test platform during testing on a big runway |
 |
 |
 |
| Resin is pumped directly into the fibre through a spreading nozzle immediately afterbeing mixed in a heating unit |
The dispenser can be taken to the mould as a portable unit or using a system of overhead suspension |
The dispenser can at any time provide any desired quantity of mixed resin into a cup, a mould or for RTM |
 |
 |
| The carbon cylinder (150mm stroke) |
The test version of the carbon cylinder cut open after endurance testing |
 |
 |
 |
| CAD image of the Tow Gun | The Tow gun in action, used to make an Exulans main spar test component | The Tow gun used for winding fibres onto an Exulans cockpit component |
 |
| A crank arm made from metal inserts connected by carbon fibre rovings. |
 |
 |
 |
| Rendered image of the TJ700 turbine |
Manufacturing of components for moulding cores for investment castings |
Preparation of casting |
 |
| CAD image of the JetEye |
 |
| The Wheely Stand as it holds bicycle in the upright position |
 |
| The right hand Guillotine as mounted on the winch |
 |
| The Afritrike shown with a crate on the load platform |
 |
 |
| CAD image of the box moulding machine | The box moulding table as seen when open |