Price:$29.99
Product name:3D Stabilizer for Fixed-Wing v3
Product code:HSM-1323
Specifications:
Input channels:4
Output channel:3
Band:2.4GHz
Size:31mm*25mm*7mm
Weight:3.94g
Operating voltage: DC 3.5V-6V
Operating current:25ma
Maximal angular velocity:800 degrees/sec.
Servo compatibility:1.52ms analog servo, 1.52ms digital servo
Very lightweight electronic 3-axis stabilization system for Planes. The system is similar to radical control movements and subject movement model,fox example, caused by gusty wind, by automatic control inputs on the elevator, rudder and aileron electronically and thus ensures a stable flight.
With many options the device is a real enrichment for both beginners as well as professional pilots. There are maneuvers flown safely and you can adjust the sensitivity of the device to achieve desire performance, an increase in one's own abilities. It mitigated as critical situations during landing, such as crosswinds and gusts or it helps aerobatics training, for example by when torquing the model is actively stabilized over all axes.
Three different operating modes can be selected: Heading Hold (stabilization of a neutral attitude during aerobatics), stabilization (compensation, or damping of unwanted self-movements of the model, for example, caused by gusty wind) and "Off" (device is not operational) ,
You can use the 3D Stabilizer for 2-axis or 1-axis support, eg to stabilize only the ailerons or to carry out a yaw damping. The 3D Stabilizer also supports V-tail and elevons with delta wings. Thereby, it is also possible, e.g. connect two aileron servos in gliders to obtain the airbrake function. For this purpose, the "delta wing" option is checked and set the sensitivity of the elevator to stabilize at zero.The control inputs are passed on the airbrake function, but this function is not influenced by the gyro. Nevertheless, the stabilization of the longitudinal axis on the aileron function is maintained. That when using two aileron servos with braking function in a glider must be dispensed with the elevators stabilization. to get the aileron stabilized,it must be connected via a Y-lead together at the individual aileron output of the device and the elevator servo to the appropriate elevator output.
