Precision Aerobatics Ultimate AMR 60 RC Bi-Plane White, Red, Blue PL-1047-W

The AMR 60 was designed as a competition class bi plane and NOT a park flyer. Built strong and precise with high technology engineering, the end result being THE lightest bi-plane ever made in mass production. The flight envelope is incredibly wide from high speed super energy aerobatics to crawling super solid harriers and landings. That allows ANY pilot to confidently fly and enjoy the AMR 60, regardless of their piloting skills. The AMR 60 simply breaks the known barrier most biplanes earned for their high speed landing and rapid stalls.

The AMR 60 can be flown as an excellent sport plane, IMAC practice plane or the most energetic extreme 3D plane. All you need to do is to set up high and low rates (preferably three rate switch). Its large size and vibrant colour scheme allow excellent visibility and orientation in flight. Itis a graceful aerobatic planes to fly, even if you just perform basic aerobatics like rolls and loops. It’s super smooth and precise.

Specifications

Wingspan: 52 inches / 1,320 mm

Length: 56 inches / 1,421 mm

Flying Weight (AUW): Approx. 2,200 g / 4.85 lbs including a 6S battery

Wing Loading: Remarkably low at 12.4 oz/sq. ft

Construction: Specialized FiberFusion technology laser-cut competition-grade balsa interlocked with carbon fibre

Flight Performance & Handling

The Ultimate AMR 60 shatters the traditional negative traits associated with R/C biplanes, such as high landing speeds, nasty tip stalls, and bad coupling

No Gyro Required: The airframe tracks so smoothly and stably that stabilization systems are completely unnecessary.

3D & XA Dominance: Performs stable, rock-free Harriers, easy rolling Harriers, high-alpha torque rolls, and violent tumbles like waterfalls and tight spins.

Precision Flying: Tamed down on low rates, it transforms into an incredibly precise sports or IMAC practice flyer with crisp, axial rolls and zero adverse yaw.

Docile Landings: Due to its feather-light weight and advanced aerodynamics, it can land at crawling speeds without dropping a wing or stalling.

Field Assembly & TransportBiplanes are notoriously tedious to build and dismantle, but the designer included features to solve this issue:

Innovative Wing Removal System (IWRS): Requires only two bolts for the bottom wing and two carbon retaining pins for the top wing, letting you assemble it at the field in minutes.Compact Transport: Its unique footprint allows it to easily fit in the back seat of a small car.

Recommended Setup To achieve the intended out-of-the-box performance,

Precision Aerobatics pairs the plane with their iPA setup:

Motor: PA Thrust 60 Revo outrunner with RotorKool technology.

ESC: Quantum EVO 80A High-Performance Programmable ESC with High-Voltage SBEC.

Servos: 4 x NXT-200HV digital metal-gear servos only 4 are needed as the top and bottom ailerons are linked together via carbon rods

Propellers: 15 x 8 for versatile freestyle 

Propellers: 15 x 10 for high-energy speed

Propellers: 16 x 7 for pure slow 3D

Battery:  6S 2600mAh LiPo 

Battery: 2 x 3S 2200–2600mAh packs wired in series