The AeroSky RoboSurfer is designed for pilots who are looking for all the benefits of a large wing spanned aircraft that is inherently more stable and can stay in the air longer. It is also an excellent platform for FPV pilots due to the abundance of FPV specific features.
 
The RoboSurfer is designed for supreme gliding and provides an excellent FPV platform. It has a wing that stretches 78inches. A large clear dome takes place on the nose of the plane for camera mounting. The clear dome has impressive clarity and low distortion . The power system consists of a an efficient 1200kv brushless out-runner motor juiced by a 30amp ESC.

As the old saying goes, the bigger they are, the better they fly and with a large wing span, the RoboSurfer provides a high lift and stable aerial FPV platform thanks to its generous wing area and effective pre-installed flaps. The powerful brushless out-runner and 8 inch prop combo offer an excellent climb rate while the effectively control surfaces provide precise control at varying speeds. This incredible model delivers an excellent FPV/Camera platform in a simple to build format that is totally affordable and perfect for pilots of all skill levels.

Features:
Tough EPO construction
Easy to build configuration
Large wingspan ideal for flight in varying conditions
Clear and distortion free nose mounted dome
Pre-installed electronics
Pre-installed flaps
Large magnetic canopy
Powerful and efficient brushless out-runner motor
Large payload capacity

Specifications:
Material: Durable EPO
Wing span: 2000mm(78.7in)
Length:1350 mm(43.3in)
Weight:1350 g(47.6 oz.)
Height:285mm(11.2in)
Total surface area: approx. 46.3 dm2
Prop Size: 8*7  2 Blade
Servo:6*17g,1.8kg/cm,0.18s/60
Motor:3536-KV1200 Powerful Out runner Brushless Motor
ESC: 30A Brushless ESC

Required to Fly:
Battery:11.1v 2200mAh(20C)  (Li-polymer battery Maximum 11.1v(3s) 8000mAh battery)
8 AA batteries for the Transmitter
LiPo Charger capable of 11.1v Lipo Charging
Foam Glue or CA/Kicker
Assembly of Plane
Minimum 4 Channel Radio System