Atomrc Dolphin RTH RC Airplane Fly Fixed Wing Bundle. The Dolphin is sweep forward fly wing, with elegant design, the dolphin can fly stable both on high speed and low speed, the large fuselage can give use lots of space to install the electronics, the detachable wing made the wing easy for transport, V tail made the wing more stable for crusing.
Description:
Brand Name: ATOMRC
Item Name: Dolphin
Wingspan: 845mm(33.2″)
Length: 710mm(28″)
Motor recommend: 2306 1800KV
ESC: 30A with 5V/3A BEC
Servo: 2pcs 9g servo
Propeller recommend: 6~7 inch
Battery recommend : 21700 4S1P (300~50g)
Item weight: 1.1kg
Package Size: 67.5*17.4*28.5 cm
Features:
– EPP molded wing, embedded with carbon fiber tube, durable and light weight.
– Carbon fiber tube enhanced elevens, more rigid elevens during high speed fight.
– Detachable wing, portable to transport.
– Detachable head, two head for choice, use can choose fly with gopro or without gopro.
-Rubber band and magnet to lock the gopro, easy to install the gopro.
– V tail design make the wing more stable than normal fly wing.
– Pre installed wing and fuselage protector, more durable during landing.
– Compatible with GOPRO hero 5~7.
– Movable battery slot for better “CG” adjustment.
– Pre installed camera cable and antenna for FPV gear.
– Air inlet and outlet for FPV gear cooling.
Dolphin RTH FPV V1.1 Version:
1 x Dolphin RTH
1 x ATOMRC F405 NAVI FC
1 x ATOMRC TX15 VTX
1 x ATOMRC Toothless CAM
Requires: Radio, Receiver, Battery, Charger set up.
the FPV system is already soldered with cable, userjust need plugthe f405 navi DJI cable to the Flightcontroller . the radio and receiver is bind already,the aux channel on radio isalso setted .
The ATOMRC Dolphin V1.1 features a new TH version with mixed hatch colors, designed using the Golden Ratio principle for assembly ease. It boasts a sweep-forward design, simple layout, and protective features like a detachable nose section that allows for cooling airflow through an efficient airfoil design. This results in stable flight performance at high and low speeds, making it ideal for intelligent flight systems with features like 360-degree takeoff mode and return-to-home circle mode.
