FY91Q MULTI ROTOR SYSTEM Basics on how the system works: - Inertial Stabilizer: The FY91Q utilizes an attitude flight stabilization system (AFSS) which is inertial sensing based. The system also incorporates autonomous positioning and flight control. - The FY91Q AFSS integrates a three-axis gyroscope combined with tri-axial accelerometers to sense and create a drift-free 3 dimensional stabilization system. - The FY91Q also utilizes GPS and barometric pressure sensing to obtain accurate aircraft positioning and altitude. - By combining sensor data from the gyros and accelerometers, together with altitude and GPS positioning, an accurate inertial navigation and autopilot system is formed. Fixed positioned and altitude hover and return to home is just a switch away. - As this product is still under intense Research and Development, FeiYu Tech has enabled firmware upgrading via a USB-TTL Connector. As new algorithms are developed for the autopilot system you can download the upgraded firmware from our website. Barometer and GPS & COMPASS module: - FY-91Q control module incorporates an accurate barometric pressure sensor. At start up, the take-off point air pressure is measured, providing the autopilot with an accurate relative height data. - The GPS & COMPASS MODULE (to be purchased separately) consist of a three-axis magnetic sensor and high sensitivity GPS receiver. This module enables the autopilot to sense the flight course and exact location of the aircraft. - Note that if the FY91Q is not connected GPS & COMPASS module, it will function as purely as a flight stabilizer for multi rotor aircraft. The Autopilot system cannot be engaged. - For the autopilot to function, the GPS Receiver must detect at least 5 satellites. Autopilot Function: The current FY91Q firmware supports two autopilot functions; fixed altitude Auto Hover and automated Return to Home. To enable autonomous flight, the GPS & Compass module must be connected to the FY91Q. 1. Auto Hover - 3 Dimensional GPS positioning is used to automatically maintain aircraft hover position and altitude. - Accuracy of hover position (range) depends on wind conditions and speed. - When throttle is increased the altitude of the aircraft will increase. If the aircraft is moved to another location (via AIL or ELE), upon releasing the control sticks the aircraft will automatically hold position and hover in the new location. 2. Automated Return to Home - By utilizing GPS positioning, the autopilot will return the aircraft to the starting point upon activation of the RTH Mode. - Upon reaching the starting point (home) the autopilot will activate Hover Mode, maintaining position and altitude while waiting for your further instructions. - To establish the Home point, a minimum of 5 GPS satellites much be detected. ON SCREEN DISPLAY and DATA RADIO: - The FY91Q supports OSD data output via UART interface. - By connecting this interface to the AP117 OSD, telemetric data such as GPS, flight navigation, AHI and autopilot modes can be displayed on your downlink video. - The UART Interface can also be connected to the FY-606 digital data radio system, which establishes a bi-direction radio communication between the FY91Q and your portable computer. - By uploading our Ground Control Software (GCS) (free from our website), you can monitor your flight on the GCS map, display on-board telemetry data and control the aircraft flight path via the click of your mouse. THIS IS FY91Q MODULE ONLY, THE GPS & COMPASS MODULE MENTIONED IN THE FEATURE SECTION MUST BE PURCHASED SEPARATELY.

Specifications:                                                            Instructiuni
FY-91Q Module
Operating voltage: 4.0 ~ 6.0 Volt
Current consumption: 50 mA (5V input)
Dimensions: 55 x 33 x 20 mm
Weight (not including wires): 20g
Operating Temperature: -25°C~ +70°C
The maximum allowable rotation rate: 3 rotations per minute

Applicable Aircraft Models:
The FY91Q can be installed and flown it the following multi-rotor aircraft:
- 4 Motored quadcopters
- Tri-axial rotory aircraft with 6 motors
- Six-axial multi-rotor aircraft (6 motors)



Remote Control System Compability:
FY-91Q have been tested to work with the following RC systems:
- Robbe-Futaba PPM / PCM 1024 / PCM G3 mode, 2.4 GHz systems
- Graupner/JR PPM 8, PPM 12, SPCM mode
- MULTIPLEX PPM8, PPM 12 with UNI mode
- Any remote control system using the standard of 1.5 ms neutral position.

Includes:
- FY-91Q control module x1
- RC receiver connection cable pack x1