Flying from our well-mown grass runway and using either 2.4 GHz or 35 MHz frequencies on even numbers, we fly both hand-launched and undercarriage models from the runway.
Electric Sport and Scale
This is the fastest growing area of aero modelling worldwide. It is environmentally friendly with no direct pollution and low noise impact.
Most purpose built electric models are either moulded foam or lightweight, balsa built models but most traditional IC powered models can be converted to electric due to the huge variety of motors, plus the power outputs available from modern brushless motors and lithium polymer batteries. The benefits are quiet operation, reliable power, lots of torque from low rpm and the ability to reverse thrust. The downsides are limited flight times and long battery charging times between flights.
Multi-engine type models like the trio of B-17s below are far easier to fly with electric power than trying to tune IC engines to match rpm outputs.
Electric Ducted Fan (EDF)
Electric Ducted Fan models provide the look and performance of jet model types and are lightweight, easily portable and available in many designs. They can be flown on-site but only after they have been noise tested and registered with the Club EDF Liaison. You should check with the Club before purchasing an EDF model to see if it is suitable for the site.
Electric thermal gliders use a motor with a folding prop to get the model to altitude. Once at height, the motor is switched off either by the pilot or by an onboard altimeter at a pre-set height. The prop folds flush to the fuselage and the glider is flown as a thermal soaring glider. This does away with the need for a long bungee cord launcher or an aero-tow from another powered model. If the model should lose altitude then the pilot re-engages the motor and climbs back up rather than having to land and relaunch.
An electric thermal soaring model with folding prop
Slope soaring is a unique discipline where you can fly anything and use the lift of the wind to fly at close quarters, to see how you and your model reacts to the elements of the day.