
2.1. Installation Note
1) Be sure to use the spare parts provided by our company.
2) Be sure to install the antennas before power on to avoid damage to the circuit.
3) Try to make the receiver antenna without obstruction, and the end part of the
antenna is vertically downward without bending, so as to avoid shortening the
communication distance or even failing to communicate due to obstruction.
4) Do not disassemble or refit without permission. If you encounter any problem
that cannot be solved during installation, please contact us directly.
5) During installation, keep proper distance between electronic devices to
minimize electromagnetic interference.
2.2. Precautions for Use
1) Before use, please make sure that all connection wires are fastened reliably
and all parts work normally.
2) Please open the configuration software of the remote control and check
whether the channels are normal after power-on.
3) Please check the surrounding environment to ensure that there is no
interference of 2.4GHz from other devices, otherwise T18 data transmission
performance will be seriously affected.
4) Ensure that the antennas are free from obstacles and bends during use, and
stay away from large metal structural parts as far as possible to avoid
communication obstruction.
5) Check the power of the remote control before use. If the parameter
adjustment software shows that power is low, please charge the remote control
timely. If the remote control is turned off, the receiver has entered the state of
out-of-control protection. Stop using it when the battery is too low. Don't rely on
the device's low-power alarm, which is only a precaution and tells you when to
charge. It takes about 5-6hs to be fully charged.
3. Product Introduction
T18 hand-held GCS system integrates video, data transmission, SBus link. With 15
channels, 5km transmission range, 150ms latency, it supports up to 1080P60 HD
video transmission. With built-in QGC open-source ground station software, it is
compatible with APM, PX4 open-source flight control system, realizing real-time