Radio Control System —GAVIN  6C

Wireless IC

Adopting powerful wireless chips, with extended power amplifier (PA) and low noise amplifier (LNA), can maximize the system output power while reducing the system noise factor, thereby improving the signal coverage.

All-angle antenna

The transmitter uses excellent linear all-band gain antenna, can greatly improve the transmitting efficiency, thereby enhancing the stability of the R/C system. The receiver adopts diversity antenna, can automatically switch the signals to ensure the stability of the received signal.

Suitable for various aircrafts

It is suitable for airplanes, helicopters, multi-rotors and other aircrafts.

Long distance remote control

The R/C system adopts 2.4GHz direct sequence spread spectrum (DSSS) and multiple frequency-hopping (initiative to avoid co-channel interference) technologies, has high receiving sensitivity and strong anti-interference capability, can support a stable remote control for more than 1,000 meters on the ground and more than 1,600 meters in the air.

Unique ID code

Each transmitter has an individually assigned, unique ID code. Once the binding is made, the ID code is stored in the receiver and no further binding is necessary after restarting the receiver. When the receiver is working, it will verify whether the ID code of the transmitter is being paired, to enhance the stability of the R/C system.

Fail safe function

It has the fail safe function. When the aircraft flies out of range (the receiver does not receive a valid RF signal from the transmitter), the receiver will output signals base on the fail safe setting from the transmitter.

High-resolution sticks

By using these high-resolution (4096-segment) sticks, you can experience a smooth and exquisite flight operation.

Low power consumption

Using low power devices and transmitting the signals at intervals, this will reduce the transmission power, also lead to low battery power consumption and longer battery life.

Low voltage alarm

Detecting the input voltage of the transmitter in real time, it will alarm in advance when it is low battery voltage. This will bring greater security for flight operation.

Upgrade by USB plug

Online upgrade is available. You can update the transmitter firmware to the latest program only using a USB cable.

SR86A SPORT RECEIVER

Main Control IC

32-bit high-performance ARM core processor, 6-axis MEMS gyro chipset

Control Algorithm

Original airplane attitude stabilization algorithm and control algorithm. Support normal wing, fly wing, V-tail airplanes, and 3D planes.

Flight Mode

Four flight modes: Gyro off, Normal, Aerobatic, and Auto-Recovery (Auto Balance). You can switch between different modes by the toggle switch.

Adjusting the Gain

Set the gain and other programmable items with matched transmitter.

High Sensitivity

SR86A adopts 2.4GHz direct sequence spread spectrum (DSSS) and multiple frequency-hopping (FHSS) technologies, having high receiving sensitivity and strong anti-interference capability.

Diversity Antenna

By using diversity antenna, combined with the signal detection and switching algorithm, the receiving signal is stable and reliable.

Unique ID Code

Once the binding is made, the ID code is stored in the receiver and no further binding is necessary after restarting the receiver.

Fail Safe

If the aircraft flies out of the remote control range and cannot receive a valid RF signal from the transmitter, SR86A’s outputs can be driven to their preset failsafe positions.

Output Signals

8-channel PWM