PLANET T7 2.4GHz TX & RX SET (MODE II).
The Planet T7 transmitter and R7M micro receiver have been designed
for crystal-free operation with Park Flyer, indoor aircraft and small
electric-type models.
ItΆs 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 itΆs 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 T7 features Advanced 2.4GHz control with a high sensitivity, lightweight 6
gram micro receiver with fantastic range that make it ideal for even the smaller
R/C indoor models. The R7M and other Planet single aerial high sensitivity
micro receivers are ultra-compact and allow for the same rapid and non-critical
installation that we had become accustomed to with 35MHz equipment. You will
not have to worry about multi aerial placement with a Planet system.
One-button Binding
2.4Ghz technology creates a ΅boundΆ relationship between the Transmitter
and Receiver. The 'setup' of this relationship is known as ΅bindingΆ
and can be achieved simply with one click of the R7M's Binding
Microswitch—no fiddly΅binding plugsΆ required here.
In a ΅boundΆ transmitter/receiver state the receiver is exclusively
bound to the transmitter and can only respond to signals received from
that transmitter. Binding is done at the factory. Once a transmitter is
bound to itΆs receiver, re-binding of transmitter and receiver is not
normally required.
Planet T7 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
- Rotary channel control (channel 6)
- Dual rate (Elevator and Aileron)
- 3 position switch channel (channel 7)
- Unique slow-rate or normal-rate retract/flap switch (channel 5)
- Trainer switch
- Range check button
- Low power consumption 4-cell transmitter
- Lightweight (6 gram) micro 7-channel receiver
- Simple programmable fail-safe function
- Convenient crystal-free operation
The Planet transmitter has been expertly designed and manufactured and
incorporates full 4-function control via two silky-smooth dual axis
control sticks and 5th 6th & 7th 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 pencells.
NB. The Planet T7 is not a complete system; other parts must be
purchased in order to obtain full functionality from this equipment.
Important note - equipment range
Be aware that Planet T7 is not a ΅full rangeΆ system and should only
be used at ranges of up to around 100 metres. Always perform a range
check before use!
Planet 5 has been tested with many types of models and operated at
ranges significantly greater than that
recommended. However, 2.4GHz equipment can be affected by terrain,
weather and obstacles to a
greater degree than conventional 35mHz R/C equipment. Therefore, do not
be tempted to exceed
the specifications described in detail in the instruction manual!
- Simple one-button transmitter/receiver binding
- Side & rear ergonomic grips for maximum transmitter security
- Precision, adjustable height dual-axis stick units
- 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
