A2

• Advanced Stabilization Controller for Multi-Rotor Platforms (S900/S1000+)
• A New Standard in Flight Control
• Supports 9 Different Multi-Rotor Configurations and Features a Customized Motor Mixer
• Precise GPS for Position and Altitude Stabilization
• Intelligent Orientation Control (IOC) & Point of Interest (POI)
• Banked Turn Mode & Cruise Control Feature
• Intelligent Landing Gear Function
• Enhanced Failsafe Features, Including Auto Return-to-Home
• Single-Motor Failure Protection
• Two-Tier Low Voltage Protection
• Built-In Receiver and Support for S-BUS Receivers
• Built-In Bluetooth Module and Support for Mobile Parameter Adjustments
• Compatible with DJI Video Downlink, iOSD, Ground Station, Zenmuse Gimbals, and Future Products

Features

Advanced Stabilization Controller 
The extraordinary precision of the A2 sets a new standard in flight control by providing a complete, stable flight system for a wide variety of multi-rotor platforms.

"9 Multi-Rotor Configurations & Customized Motor Mixer" 
"The A2 was designed for commercial and industrial multi-rotor platforms. Simple configuration, easy installation, and stable performance make it perfect for almost any application. The A2 also supports customized motor mixing, which allows it to meet the specific demands of individual users.
The A2 supports nine different motor configurations: Quad I / Quad X / Hex I / Hex V / Hex IY / Oct X / Oct I / Oct V"

Intelligent Orientation Control (IOC) 
"Usually, the forward flight direction corresponds with the aircraft's nose direction. Intelligent Orientation Control (IOC) allows the forward direction to be set to any specified direction, regardless of how the nose orientation changes during flight.
In Course Lock flying, the forward flight direction is set to correspond with nose direction of the aircraft at the time that Course Lock mode is activated. In Home Lock flying, the forward flight direction is the same as the direction from Home Point to the aircraft."

Point of Interest (POI) 
Users can record the position of the aircraft as a Point of Interest, at any time, using a switch on the remote controller. Then, when the left control stick is pushed either left or right, the aircraft can perform a circular flight around the Point of Interest, with its nose pointing toward the POI. This distance from the aircraft to the POI can be set between 16 feet (5 meters) and 1,640 feet (500 meters). This function is easy to set up and simple to operate, making it the ideal solution for when you want to fly 360 degrees around a specific point at a fixed distance.

Intelligent Landing Gear 
Once the Intelligent Landing Gear function has been enabled in the Assistant software, the landing gear will be lowered whenever the aircraft is close to the ground. The system will automatically lower the landing gear in the case of an emergency, motor failure, or auto landing event. This serves to protect the aircraft and the gimbal. You can use the switch to manually change the position of the landing gear when the aircraft reaches an altitude of 16 feet (5 meters) or greater.

Auto Return-to-Home 
"If the connection between the aircraft and the controller is broken during flight, and the aircraft's GPS signal is strong enough, the aircraft will return to the Home Point and land automatically. 
You can also press the Return-to-Home button to manually activate this feature at any time."

"Banked Turn" Mode 
In this mode, the roll and yaw control sticks are combined in order to help you perform banked turns using one hand. The aircraft can be maneuvered like a fixed-wing aircraft, thereby providing a new flight experience. Normal and FPV aerial photography are stable and smooth, giving your work a whole new visual effect.

Cruise Control 
Activate Cruise Control to lock your aircraft into its current horizontal speed. While cruise control is active, the speed can be adjusted at any time using the remote controller. By maintaining a steady flight speed, you can dedicate more attention to controlling the camera and capture the perfect shot every time. This function also increases the total flight time by eliminating unnecessary speed changes that increase power consumption.