PowerBox 3rd iGyro

Our price: 249,00 € tax incl.

Reference : PowerBox iGyro 3xtra

PowerBox 3rd iGyro


More info

PowerBox 3rd iGyro

-Highly accurate gyro three axes with MEMS sensor
-Special algorithm designed for model aircraft wing fixed
-Three axes distributed to five servos, each independently adjustable
-Input and output with PWM signals
-Gain flight control input
-Conservative Cape mode or Normal mode can be selected in-flight
-Takes in charge the Delta function
-The mounting position can be selected
-Processor 16-bit for the fast processing of signals at high resolution.

Product description:
The 3rd iGyro is the little brother of the SRS iGyro and offers excellent performance. The control characteristics are identical to those of the SRS iGyro. Naturally the quality of Unity also reflects the standard of PowerBox above!
The 3rd iGyro works with a normal PWM signals at the entrance and the exit, making it a simple gyro system to install and configure in existing models. The 3rd iGyro is simply installed between the receiver and the servos and the gain can be adjusted in flight if an auxiliary channel of the receiver is set and connected to the gyro. The result is that it takes a few minutes to installand configure the iGyro 3rd PowerBox.

The gain control is divided into two ranges, allowing the driver to predefine different modes of flight with the transmitter.

As standard the 3rd iGyro can be used in heading or mode of depreciation.

Conservative mode of cap has been specially developed for the aircraft fixed wing models and provides a natural cap conservation in flight.

As might be expected, the conservative mode of cap can be left active for take-off and landing! It is extremely easy to adjust the gain setting ranges using a laptop or PC, so the conservative mode of cap and stabilization are fully adjustable and for each output separately.

Of course, the device also has the delta function and function for v-tail All orientations of the 3rd iGyro are possible in models.

Technical data:
Operating voltage: 4.0V - 9.0V
Current consumption 'market State': 40mA
Maximum charge current: 20A
Signal input: PWM
Servo Sockets: 5
Servo signal resolution: 0, 5μs
Regulation of Gyro: Heading - and Normal mode
Gyro with sensor type: MEMS




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