Shop The Hottest Toys & Gadgets In The World!
New 2.4 Ghz RC 4 Channel Art-Tech 98" Wing Span Diamond 2500 3D EPO Glider ARF W/ Flaps Airplane
Art-Tech is well known in designing and manufacturing hand-launched Glider, and supplied them in the highest quality at competitive prices. Once again they have raised the bars again and delivered us an innovative and stunning product once again!
The detailed factory-painted Diamond 2500 Glider looks stunning in the air and closely resembles a real airplane. It is also equipped with a high power C3720 Outrunner Brushless Motor and an impressive 40A ESC. Made from high impact EPO crash resistant foam so it is highly durable and stable, perfect for beginners and advance users. Even with the huge size it can stay up in the air for more than 30 minutes, making it the best Glider in the market yet.
-- Wing span: 2500mm/98.4in
-- Length: 1500mm/59in
-- Wing Area: 55 dm2
-- Wing loading: 35g/dm2
-- Weight: 1900g/67 oz
-- Thrust rate: 0.85
-- Time for staying in the sky: >30mins
-- Motor: Out runner brushless motor C3720
-- ESC: 40A
-- Battery: Li-Po battery 11.1V,2200mAh 20c (not included)
-- Receiver: 6CH 2.4Ghz (not included)
-- Transmitter: 4CH 2.4Ghz (not included)
-- Laminar flow airfoil and 2.5m wingspan. Excellent carbon fiber Lamination canopy.
-- Made of EPO material and impulsive resistant
-- Configured with powerful brushless motor and can fly vertically at high speed. Stable flight and the flexible operation.
-- Easy to assemble and transport.
-- Suitable not only for intermediate flyers, but also for advanced flyers.
|When gliding in the sky, please put down the flaps so that it can lower the speed for landing. Being with laminar flow airfoil and 2.5m wingspan. (Flaps and servos is included)
| Excellent copy carbon fiber Lamination canopy.
|Spinner cone is made of ABS & aluminum alloy and with the folding propeller.
| Large Battery and Receiver compartment of Diamond 2500. (Battery and Receiver Not Included)
| Configured with wheels, which will make it convenient to glide when landing.