Details

BRAVUS 2400 is a powerful motor glider made of very durable extruded polyolefin (EPO), powered by a brushless motor. The fuselage with mounted-on motor (with a rotary casing, C2836-850 RPM/V), ESC RAY G2 R-50SB with powerful switched BEC (for safe powering of 6 servos), rudder and elevator servos, is extruded of EPO, the "spine" is made of carbon tube. The canopy is attached via magnets. The ESC is simply programmed by the radio or by a programming card RAY G2, and can be powered by LiPo, LiFe or NiMH batteries. The 9x7" Propeller is foldable, with a turbospinner with an air-cooling hole in its centre. Motor, ESC and battery are also cooled by other intakes on the sides of the nose, and necessary outlets for warmed air are located on the sides of the fuselage, under the wings.

The two-part wing with a proven "glider" profile is also extruded of EPO, ailerons and flaps reinforced by carbon strips are controlled by 2 pairs of servos placed in the wings by short direct wire pushrods. Halves of the wing are connected by two carbon tube joints.

Tailplanes in classic arrangement are extruded from EPO and are controlled via wire linkages. The elevator is reinforced by a carbon strip as well.

The preparation for the flight of the model in the basic version requires only fastening the tailplanes (secured by a medium instant glue), attaching the wing halves, and connecting the drive battery. Controlled parts are ailerons, rudder, elevator and RPM of the motor.

To control the model you will need at least 4-channel RC set (if controlling only ailerons, rudder and elevator are enough for you), but to take full advantage of the model's potential, it is advisable to use at least 6-channel computer RC set (in this case servos of flaps are connected to one receiver channel using Y-lead), or it's even better to use 7-channel RC set allowing you to set every servo individually.

To power the BRAVUS 2400 you will need a 3S LiPo battery 11.1V with a capacity of at least 2600mAh. The model can hold 3S up to appro. 3300mAh.