The Planet T5 transmitter and R6M micro receiver have been designed for crystal-free operation with Park Flyer, indoor aircraft and small electric-type models. It’s uncomplicated yet sophisticated design makes it an ideal first system or a general purpose sport system for R/C modelling. It uses state-of-the-art computer technology to bind it’s transmitter and receiver in such a fashion that, under most model flying conditions, interference that would normally cause loss of control in 35mHz or 27mHz equipment is nearly always rejected—and in most cases radio functionality is entirely unaffected. This makes for a safer, more reassuring flying experience. It also enables a pilot to turn up, switch on and fly under most conditions—subject to local flying guidelines and rules.
Planet T5 features Advanced 2.4GHz control with a highly sensitive 6 gram micro receiver that makes it ideal for even the smaller R/C indoor models. The new design single aerial micro receiver is ultra-compact and allows for rapid and convenient installation especially when compared with some 2.4GHz twin-unit multi-aerial receiver designs available.

The Planet transmitter has been expertly designed and manufactured and incorporates full 4-function control via two silky-smooth dual axis control sticks and a 5th function for lights/retracts, etc., as well as adjustable stick spring tensions (convertible between Mode II (throttle left) and Mode I (throttle right)). The transmitter also features a socket for an optional Flight Simulator cable set, servo reversing switches, LCD battery status display, moulded ergonomic rear and side grips and is powered by 4 AA pen cells.

Features

Simple one-button transmitter/receiver binding
Side & rear ergonomic grips for maximum transmitter security
Steel carry handle and neck strap mount
Precision, adjustable height dual-axis stick units
Front-mounted reversing switch panel
Unique slow-rate retract/flap switch (channel 5)
Low power consumption 4-cell transmitter
Lightweight (6 gram) micro 6-channel receiver
Simple programmable fail-safe function
Convenient crystal-free operation