HOBBYEAGLE A3 Super 4 Lite Edition 6 Axis Airplane Gyro Flight Control Accessory for Fixed Wing UAV

HOBBYEAGLE A3 Super 4 Lite Edition 6 Axis Airplane Gyro Flight Control Accessory for Fixed Wing UAV



Description:
A3 Super 4 is a high-performance and functional 6-axis gyro and stabilizer designed for RC airplanes. The hardware has been improved yet again based on the successful previous generation. Multi-protocol serial digital receiver support and customizable output channels added to make the gyro more user-friendly and reliable.

Features:
- 32-bit MCU, high-precision 6-axis MEMS sensor, improved hardware and stable firmware provide more reliable performance
- 6 flight modes and 6-position switching, including GYRO-OFF, NORMAL, LOCK, ANGLE, LEVEL and HOVER modes
- PWM, PPM and multi-protocol serial digital receiver supported
- Customizable output channels and 2 pass-through auxiliary channels
- Dual aileron and dual elevator system, flying-wing (delta-wing) and V-tail supported
- Remote master gain supported
- Firmware upgradeable and programming card supported

Supported Serial Receiver Protocols:
- PPM serial receiver
- For Futaba S.Bus, FrSky SBUS, RadioLink SBUS and WFLY WBUS
- For Spektrum DSM/DSMX 1024 satellite receiver
- For Spektrum DSM/DSMX 2048 satellite receiver
- For Spektrum SRXL
- For Multiplex SRXL/JR XBUS Mode B
- For Graupner SUMD
- For FlySky iBus

Technical Parameters:
- Main controller: 32-bit microprocessor
- Sensor: High-precision MEMS 6-axis sensor
- Working voltage: DC3.6V~8.4V
- Working current: 20mA at 5V
- Dimensions: 30 x 19.5 x 7.5mm/1.2 x 0.8 x 0.3" (LxW×H)
- Weight: 4.8G/0.01LB (without cable)

Package Included (Lite Edition):
- 1 x Airplane Gyro
- 1 x Voltage Protector
- 2 x Double-faced Adhesive Tapes
- 3 x Cables

Note:
- Other items pictured are not included, for demonstration purposes only. Thank you for your understanding!

Flight Modes:
A3S4 provides 6 flight modes which can be switched in 3-position mode (or 6-position mode) during flight. The expected flight mode associated to each position of the switch can be specified via the configurator or the programming card. The default setting is OFF-NORMAL-LEVEL in 3-position mode. The color of the LED shows the current flight mode of the gyro while in use.



1. GYRO OFF Mode
When operating in GYRO OFF mode the gyro will be deactivated completely, and the airplane will be completely under the control of your transmitter as it was before installing the gyro. This mode is usually used for testing purpose only.

2. NORMAL Mode
The NORMAL mode, also known as the 'Rate mode', is the most basic function of the gyro. It works based on the rotation rate control of each axis of the airplane. When operating in this mode, the gyro will only correct currently occurring rotational movements, a momentary reaction will be applied to the servos when the airplane rotating on corresponding axis, the servos will move back to their neutral position as soon as the airplane stops rotating. The NORMAL mode can be used with nearly any size and type of airplanes. It can effectively improve the stability and precision of the airplane and reduce the stall point specially.

3. LOCK Mode
The LOCK mode is also known as the 'Attitude Lock mode', '3D mode' or 'AVCS mode'. Different from NORMAL mode, the gyro will perform a permanent correction for rotational movements on each axis constantly. That is when you release the sticks the airplane will stop and hold its current position immediately. This mode is well suited for practicing basic 3D maneuvers such as hovering or knife edge. Since it can help you to lock the attitude of the airplane, it is also helpful for landing.

4. ANGLE Mode (Former Trainer Mode)
The ANGLE mode, also known as the 'Trainer mode' or 'Attitude mode', will limit the maximum angle of the airplane on both roll and pitch axes. Roll and loop are not allowed in this mode, the airplane will be stabilized all the time, independent of any stick input. This prevents the airplane from being tilted into a larger angle that may cause a danger. As soon as the sticks are released, the airplane will be brought back to horizontal position automatically. You can use this mode as emergency rescue, or in other applications, e.g., to have a training for new beginners or to use for FPV. The maximum allowed angle of this mode can be specified via the configurator or programming card.

5. LEVEL Mode
The LEVEL mode is also known as the 'Automatic-Level mode', 'Automatic-Balance mode' or 'Horizon mode'. When operating in this mode, the airplane will be brought to horizontal position automatically when you release the sticks. Different from the ANGLE mode, there is no maximum angle limitation in this mode and the airplane will be stabilized only when there is no specific control input from aileron and elevator sticks. This mode can be used if the pilot becomes disoriented and would like to save the airplane from crashing.

6. HOVER Mode
The HOVER mode, also known as the 'Automatic-Hover mode', provides the same functionality as the LEVEL mode. The only difference is that when you release the sticks, the airplane will be brought to vertical position (nose up) and keeps hovering. This mode is designed to help you to learn hovering maneuver and reduce the probability of crashing.

Receiver Connection:
1. Connection to Standard PWM Receiver


2. Connection to Serial Receiver