The Planetary Rover radio remote control is an affordable six-channel radio control
system that has the key features that are normally found only in high-end, (expensive), radio controls.
This is a "computer" radio with a liquid-crystal display (LCD). The
computer enables the user to change programmed settings without the need to
connect the unit to a PC. Programming features include servo reversing
and end-point-adjustment on all channels, dual rates, and exponentials. Any
two channels can be custom mixed with the
programmable mixing or you can choose preprogrammed
“wing-type” mixers including flaperon, V-tail, or elevon mixing.
The LCD display on the face of the compact, ergonomically-designed case
is easy to read and allows rapid data input. The system holds independent
memories for six different models. The adjustable-length control sticks
provide an improved feel. External switches enable dual rates and trainer cord or “buddy-box” capabilities.
The remote control transmits on 2.4GHz. This high frequency reduces the
required antenna lengths on both the transmitter and the receiver. Also,
this frequency is not subject to the FAA restrictions that limit other
radios to use in either aircraft or ground vehicles. This system can be used
The receiver weighs 14 grams and operates on 4.8V to 6V. The transmitter
requires eight "AA" alkaline batteries.
transmitters and receivers are linked together electronically so that a
receiver is programmed to recognize only the signals that come from one
particular transmitter. This greatly reduces interference from other
radio sources and it enables many transmitter/receiver pairs to work
together in the same area without interfering with each other.
The Planetary Rover radio control system uses "Frequency
Hopping Spread Spectrum" to encode the radio signals and make use of the
all the available radio spectrum while avoiding those frequencies that
are noisy or already in use.
The result of all this technology is positive,
glitch-free control of your mobile robot or model aircraft.