EMAX Babyhawk II HD FPV Racing Drone with Brushless Motor F4 4 in 1 25A ESC PNP Version

Features: Following the latest advancements in FPV technology, the engineering team at EMAX were required to design a new drone from the ground up to meet the required aerodynamic properties and performance for an HD system while retaining a weight under 250 grams. The was the Babyhawk II HD. With over 2.5 years of development and simulation testing, the most optimal power to weight ratio of performance and efficiency was achieved for higher payloads as of a of HD FPV systems. Powering the system is the ECO 1404, 3700kv, a lightweight but high performance brushless motor capable of flight characteristics of larger aircraft, with the capability to carry additional payloads such as an action cam. Paired with the motor is the 3.5 propeller offering linear throttle response in an efficient package focused on flight time and control. The 3.5in blade length offers the most efficient performance for an HD payload in the smallest possible wheelbase creating a new class of FPV drones. paired together with the Pro offers a premium and lightweight alternative for digital HD FPV systems. Pilots can feel knowing a powerful connection and image will be available for any flight situation. The Babyhawk II HD offers an all-in-one HD package with superior performance for a sub 250 gram class of aircraft, re-inventing FPV for a new era. Specifications: Brand: EMAX Version: PNP Diagonal Wheelbase (without Paddles): 155mm Maximum Size of the Aircraft (without Paddles): 210mm Aircraft Weight (without Battery): 141g Motor: ECO1404 3700KV Propeller: 3.5in Propeller Main Flight Controller: F4 4 in one 25A ESC Package Information: Package Size: 26.5*16*5.5cm Package Weight: 276g Gift Box Package Packing List: 1*Babyhawk II HD 1* VISTA KIT Instruction Manual 1*Instruction Manual 1* Some Other Fittings

Following the latest advancements in FPV technology, the engineering team at EMAX were required to design a new drone from the ground up to meet the required aerodynamic properties and performance for an HD system while retaining a weight under 250 grams. The was the Babyhawk II HD. With over 2.5 years of development and simulation testing, the most optimal power to weight ratio of performance and efficiency was achieved for higher payloads as of a of HD FPV systems. Powering the syst