Arrows Bigfoot 1300mm PNP with Vector Flight Stabilization System

The Vector System is equipped with three flight modes: Stability (returns the aircraft to level flight), Dynamic (counteracts movement not initiated by the pilot such as wind gusts), and Direct (no electronic intervention). This system is compatible with any PPM or PWM receiver.

As a do-it-all multi purpose aircraft, the Arrows RC Bigfoot has amazing features found on a whole multitude of aircraft. In terms of flight characteristics, the Bigfoot is trainer-like and easy to handle. It also has bush plane genes, with over-sized flaps that give unbelievable low and slow performance (takes off within 3 meters and flies on 1/3 throttle) and giant tundra tires for all-terrain performance!

If you are a fan of scale, you'll love the landing, navigation, and strobe lights along with the eye catching red trim scheme.

Designed to be easily assembled, the Bigfoot features a completely screw-together design, taking mere minutes to assemble for experienced pilots.

Go where no plane has gone before with the Arrows RC Bigfoot.

Specifications

Wingspan: 1300mm (51.1in)

Length: 1060mm (41.7in)

CG (Center of Gravity): 60-70mm from leading edge

Power System: 3536-850kV

Electronic Speed Control: 40A

Propeller / EDF: 11 x 7 2-blade

Servos: 9 gram servo x 6

Landing Gear: Fixed

Required Battery: 3S 2200mAh 25c up to 3s 3200mah 25C

Required Radio: 6 Channel transmitter and receiver required

Ailerons: Yes

Elevator: Yes

Rudder: Yes

Flaps: Yes

Hinge Type: Foam

Material: EPO foam

Build Time: 10-20 minutes

Recommended Environment: Park, soccer field, AMA field

Gyro: Vector

Manuals and Support

Every Bigfoot comes with two Y-harnesses but they may be preinstalled. The Y-harness that connects to the Vector will be preinstalled. The Y-harness that connects to the receiver will either be preinstalled or included in the parts bags.

How to Remove an ESC from a Bigfoot

Assigning a 3-Position Transmitter Switch for the Vector Module Arrows 1300mm Bigfoot Manual Vector Stabilization Module Manual