Radio Gear

Description:

* 2 channel pistol grip AM radio
* Servo reversing
* Dual rate steering
* LED battery status indicator
* Charging jack for optional rechargeable batteries

* http://meng.esiteconnect.com/libraries/resources/Radio_Instructions/AggressorAM.pdf

Description:

HITEC AGGRESSOR SRX PRO 2.4GHZ DSSS W/ 1x HS-5485HB SERVO.

Looking for a feature packed radio for your car or boat? Then take a look at the 2.4GHz SRX Pro. This three-channel
pistol grip computer radio system is a great upgrade from the stock radio systems available with most RTR packages.
Easy to install, the SRX uses our 2.4GHz DSSS technology for a "rock solid" signal. With ten model memories and four
character model naming, the SRX is the only radio you need for your whole fleet of cars, trucks, buggies, and boats.

Programmable Features :

• Steering Dual Rate
• Adjustable Steering, Brake and Acceleration Rates
• Steering and Throttle Exponential Rates
• Servo Reversing
• End Point Adjustments
• Sub Trims for Quick and Easy Set-up
• Idle Up • Timer
• Steering & throttle Expo

Features :

• Hitec 2.4GHz DSSS
• Brake ATL Switch
• Dual Mode 3rd Channel (shift or linear)
• Brake Lever Travel Limiter
• 7msec.High Response Mode (14ms. Normal)
• Steering Wheel Tension Adjust
• Progressive Spring Steering • Transmitter Battery Charging Jack
• 10 Model Memories • Two Speed Menu Scrolling
• 4 Character Model Naming • 3 Channel DSSS Micro Receiver

Description:

HITEC AURORA 9CH 2.4GHZ COMPUTER RADIO W/ OPTIMA 9CH RX. 4x HS-7965MG SERVOS
Hitec is proud to introduce our new flagship radio the Aurora 9. The Aurora 9 is a “pure digital” 2.4GHz system offering real-time response yet it is also compatible with the Spectra PRO for PPM and PCM Operation. The Aurora is a true 3 in 1 radio with sophisticated programming for sailplanes, helicopters and all kinds of power planes. The Aurora 9 also features a backlit 5.1 inch touch screen display, 30 Model memory, assignable switches and customizable programming menus. With all these features and a price that can’t be beat, there is no doubt the Aurora 9 will become the radio of choice for the most sophisticated pilots.
Due Early November 2009.
Technical Data

* AFHSS 2.4GHz Pure Digital System w/Telemetry Capability
* 36MHz Spectra Pro Compatible (Module available separately)
* Frequency Scan and Select (36MHz)
* Easy to Read 5.1 Inch Wide Backlit Touch Screen (320 x 80 Pixels)
* Customizable Menus
* Fully Assignable Switches, Sliders, Sticks and Adjusters
* 3 Multi-Tasking Digital Adjusters
* Digital Trim Nano-Adjuster (0.025deg per step up to 5deg)
* Precision Quad Ball-Bearing Gimbals with Adjustable Tension
* Selectable Control Stick Mode / Change Harware without Opening Case
* Power Management System w/Adjustable Backlight & Auto Shut-off
* Full-Sized Comfortable Hand Grips Featuring Top Quality Elastomer
* LiPo Capable w/Adustable Cut Off Protection
* PC - Interface

Standard Programming Features

* 9 Assignable Control Channels
* 3 Model Type Programming (ACRO/GLID/HELI)
* 30 Model Memory
* 20 Character Model Name
* 8 Flight Conditions with 10 Characters
* Fail-safe
* Channel Function (Customize Channel Assignment and Control Input)
* Dual Rate & Exponentials
* Sub-Trim
* Servo Revers
* Servo Speed (Up to 25sec in Each Direction)
* Servo Monitor & Test
* 8 Programmable Mixes (5 - 2 - Point and 3 - 7 - Point Curves)
* Trainer w/Selectable Student Control
* Modes, 1,2,3 or 4 Plus 2 Custom
* 2 Customizable Timers w/Switch or Throttle Activation Plus 1 Integral

Additional information and software upgrades:

http://www.hitecrcd.com/support/aurora-updates.html

http://www.hitecrcd.com/support/service-bulletins/index.html

Description:

HITEC AURORA 9CH 2.4GHZ COMPUTER RADIO W/ OPTIMA 9CH Rx.W/ TX NIMH

Hitec is proud to introduce our new flagship radio the Aurora 9. The Aurora 9 is a “pure digital” 2.4GHz system offering real-time response yet it is also compatible with the Spectra PRO for PPM and PCM Operation. The Aurora is a true 3 in 1 radio with sophisticated programming for sailplanes, helicopters and all kinds of power planes. The Aurora 9 also features a backlit 5.1 inch touch screen display, 30 Model memory, assignable switches and customizable programming menus. With all these features and a price that can’t be beat, there is no doubt the Aurora 9 will become the radio of choice for the most sophisticated pilots.
Due Early November 2009.

Technical Data

* AFHSS 2.4GHz Pure Digital System w/Telemetry Capability
* 36MHz Spectra Pro Compatible (Module available separately)
* Frequency Scan and Select (36MHz)
* Easy to Read 5.1 Inch Wide Backlit Touch Screen (320 x 80 Pixels)
* Customizable Menus
* Fully Assignable Switches, Sliders, Sticks and Adjusters
* 3 Multi-Tasking Digital Adjusters
* Digital Trim Nano-Adjuster (0.025deg per step up to 5deg)
* Precision Quad Ball-Bearing Gimbals with Adjustable Tension
* Selectable Control Stick Mode / Change Harware without Opening Case
* Power Management System w/Adjustable Backlight & Auto Shut-off
* Full-Sized Comfortable Hand Grips Featuring Top Quality Elastomer
* LiPo Capable w/Adustable Cut Off Protection
* PC - Interface

Standard Programming Features

* 9 Assignable Control Channels
* 3 Model Type Programming (ACRO/GLID/HELI)
* 30 Model Memory
* 20 Character Model Name
* 8 Flight Conditions with 10 Characters
* Fail-safe
* Channel Function (Customize Channel Assignment and Control Input)
* Dual Rate & Exponentials
* Sub-Trim
* Servo Revers
* Servo Speed (Up to 25sec in Each Direction)
* Servo Monitor & Test
* 8 Programmable Mixes (5 - 2 - Point and 3 - 7 - Point Curves)
* Trainer w/Selectable Student Control
* Modes, 1,2,3 or 4 Plus 2 Custom
* 2 Customizable Timers w/Switch or Throttle Activation Plus 1 Integral

Additional information and software upgrades:

http://www.hitecrcd.com/support/aurora-updates.html

http://www.hitecrcd.com/support/service-bulletins/index.html

Description:

* 6 channels
* 8 model memories
* Spectra 2.4GHz transmitter module
* Optima 2.4GHz receiver
* Transmission: FM (PPM)/QPCM
* User changeable mode 1 or mode 2
* Switch assignability
* Dual timer
* ACRO/GLIDER Programming: Aileron Differential mix, landing mode mix, Flaperon, Elevon, V-Tail, Ail-Rud, Ailervator (Dual Elevator), Ele-Flap, Crow, Camber or Reflex, 2 P-Mixes
* Heli Programming: 120 CCPM & 90 mechanical, Rud-Throttle mix, 5 point throttle & pitch curves, Throttle hold, Revo mix, Gyro Gain, 1 Nor & 2 Idle ups

Hitec is proud to introduce its first 2.4GHz system consisting of the Spectra 2.4, 2.4GHz transmitter module and Optima 7 channel receiver. The Hitec 2.4GHz system utilizes the latest Adaptive Frequency Hopping Spread Spectrum technology. Other features of our system include Telemetry capabilities and our exclusive BODA(Boosted Omni-Directional Antenna) system. Providing the hobbyist with latest technology at an affordable price has always been Hitec’s primary goal, a goal that we have now achieved in 2.4GHz technology.

Detailed Feature Descriptions

Adaptive Frequency Hopping Spread Spectrum Technology (AFHSS) Our 2.4G system utilizes the latest AFHSS technology and our exclusive Smart Scan system to ensure a rock solid, interference free connection between the transmitter and receiver. When selected, Hitec’s 2.4GHz SmartScan function scans the 2.4GHz spectrum to find the cleanest channels in which to operate therefore providing interference free operation even in the most crowded environments.

Boosted Omni Directional Antenna (BODA) The Optima 2.4GHz line of receivers feature our exclusive BODA receiver technology. Independent testing has proven that the single BODA antenna system in our 6 & 7 channel systems is equal to or better than our competitor’s dual antenna systems

* Easy and Fast Link
* Boosted Omni-Directional Antenna(BODA) System
* SmartScan Mode Selectable
* Basic Telemetry Function : RX Low Battery Warning and Range-Out Warning
* Range Check Mode (Reduced output to approx. 30M range)
* Fail-safe/Hold Function
* Software & Firmware upgradable

Description:

HITEC OPTIC SPORT 6 CHANNEL 2.4 GHZ W/ NIMH BATT & 4 X HS-325BB & 6CH RX

The Optic 6 Sport is Hitec’s most affordable computer radio system. Featuring Hitec’s 2.4GHz AFHSS pure digital technology for reduced latency, the Optic Sport has 10 model memories for your favorite glow and electric planes, gliders or helicopters. The easy to use Optic 6 Sport offers sophisticated programming beyond any radio in its class.

Detailed Feature Descriptions
Standard Programming

*
10 Models Memory
*
EPA
*
Servo Reverse
*
Sub Trim
*
Exponential (ch1, 2 & 4)
*
Dual Rates (ch1, 2 & 4)
*
Data Reset
*
Model Select
*
Mode Change (Mode1/2)
*
Shift Select
*
One P-Mix
*
Timer
*
Throttle Cut or Trainer
*
Three Flight Condition

HELI Programming

* Swash Select (120°CCPM/90°Mechanical)
* Rudder-Throttle Mix
* 5 Point Throttle Curve
* 5 Point Pitch Curve
* Throttle Hold
* Revo Mix
* Gyro Gain
* 1 Nor and 2 Idle-ups

ACRO Programming

* Flaperon Mix
* Elevon Mix
* V-Tail Mix
* Aileron-Rudder Mix
* Elevator-Flap Mix
* Camber or Reflex

Description:
# servo reversing
# external charge jack
# optional ratchet for throttle

Overview

The JR 11X 2.4 comes with just about everything you would expect in a pro-class radio. Things like an extensive list of programming options, 30-model memory, a big backlit display and a eye-catching case worthy of its capabilities. The only thing it lacks is the one thing you won’t miss - a pro-class price tag.

The 11X is also surprisingly easy to use for a radio so advanced. Accessing functions and programming settings is simple with the intuitive roller button interface and big, backlit LCD screen. It also has an SD card slot for model storage, memory expansion and software updates.

Most importantly, it comes equipped with the security and convenience of Spektrum 2.4GHz DSM technology. With DSM you get more than the best 2.4 radio control technology flying. You also get more receiver choices designed for specific types of flying as well as access to the exciting world of Bind-N-Fly® aircraft.
Features


Refined 2048 resolution
AutoAssign™ switch selection
One transmitter with programming and uncompromised control for all model types: planes, helis and sailplanes
Fastest-response processor, for an unprecedented connection with your model
All 11 channels function at identical speed and resolution
Backlit, high resolution, 4 gray-scale display for optimum clarity in all light conditions
Access all Function and System menus without turning the transmitter off
Easy access, back-mounted levers
RF status light; Blue—RF on, Red—RF off, Green—warning
SD card slot for expanded memory and future software updates
30-model memory expandable with SD Card slot
3 1 Digital/Analog Trims
Exclusive, proven JR rolling selector data input
Custom naming for flight modes
Specs

# of Channels 11
Modulation DSM2
Band 2.400 to 2.483GHz
Servos No servos included
Receiver R921
Model Memory 30, expandable with SD card slot
Modes Mode 2
Transmitter (Tx) Battery Type 1500mAh 9.6V Ni-MH
Charger (NOT included) We recommend: JR AD35M05, Input - 120V AC 60Hz, Output - Tx DC11.6V 110mA. Rx DC5.8V 110mA
cat= cat=Radios - Slideshow


Need to Complete

Servos and a Charger

Overview

JR’s phenomenal 12X. The ultimate combination of pro-class performance, security, convenience and quality.

As a product of inspired collaboration between JR and Spektrum engineers, the integrated 12X 2.4 and module-based 12X MV represent a true breakthrough in pro-class radio control. So in addition to flying with the proven security and convenience of Spektrum™ 2.4GHz DSM® technology, you can expect to be flying with the kind of innovative, no-nonsense features you expect from JR®—features devoted solely to the experience of flying with optimized control of your models.

Ultra-fast 2.4GHz DSM2 control response, plus refined 2048 resolution.

The extreme low latency of the 12X—a result of JR/Spektrum cooperation and ingenuity—delivers an astonishing sense of connection with your model. It’s a feature that prompted perennial World Championship competitor Quique Somenzini to declare the prototype “unbelievable, amazing!” after only one flight. Also, thanks to another 12X breakthrough, all 12 channels respond to commands with identical speed and perfect synchronization for unprecedented control precision. Then, to top it off, the instantaneous response of the 12X is complemented by the accuracy of JR’s refined 2048 resolution.

Exclusive patented ModelMatch™ technology to prevent “wrong model syndrome,” plus 50-model memory.

Here’s how ModelMatch works: If you’re operating on 2.4GHz and your transmitter doesn’t “recognize” your model as the selected model when your airborne system is turned on, there’ll be absolutely no control response. You’ll be alerted that something’s wrong and a costly crash may be averted.* Also, the 12X’s included PC Data Transfer System permits you to upload an unlimited number of model setups from your transmitter to your computer, then access and download any 50 of them to your 12X transmitter’s model memory for use at the field.

Unmatched JR quality in every detail.

From its exclusive, durable, precision-cast magnesium transmitter housing to its ultra-legible, high-resolution backlit display, everything about your 12X speaks of the kind of quality that’s a benchmark of JR equipment. The ultra-smooth, quad-bearing stick assemblies, proven rolling selector data input, accessible shoulder-mounted momentary contact switches—and details like the custom naming capability for flight modes—all contribute to the unmistakable feeling that you’re flying with the very best, most intelligently conceived pro-class equipment that’s ever been introduced. Your JR dealer is expecting to take delivery of the first 12X radios soon, so keep in touch. You’ve waited a long time for this radio, so please be patient just a little longer. You’ll be glad you were.
Features


Compatible with all Spektrum and JR DSM brand aircraft receivers
R1221 receiver included
50-model memory
Advanced programming with more features for today's complex models
One transmitter for all model types, includes programming for Air, Heli, and Sailplane
Improved gimbal assemblies for better performance and feel

Overview

Combining Spektrum’s industry-leading 2.4GHz DSM® technology with proven JR 9X transmitter programming with optimal features creates this impeccable radio. Additional features such as 50-model memory, ModelMatch, and being back-compatible with all Spektrum receivers make this model a great value. Furthermore, the highly requested throttle timer start-up feature added to the advanced functions of the 9X and a backlight screen also increase visibility and readability on the display and provide top-of-the-line features to this already great radio. Enthusiasts can appreciate this JR radio regardless if a beginner or experienced hobbyist.
Features

<1-year warranty
50-model memory
Throttle timer start up
Spektrum DSM 2 2.4GHz RF link
ModelMatch
Proven JR 9X transmitter programming
Back-compatible with all Spektrum receivers
Now includes backlight screen

Overview

JR DSX9 Tx Mode 1 with Rx only
Features


Compatible with all JR/DSM and Spektrum-brand aircraft receivers
R921 DSM2 receiver included
Flight modes (3 air, 5 sailplane, 6 heli)
6 progammable mixers (2 multi-point style)
3-axis dual rate and expo
7-point throttle and pitch curves
Five CCPM mixes (2s 180, 3s 120, 3s 140, 3s 90, 4s 90)
Pre-programmed cyclic-to-throttle mixes
Pre-programmed Governor mixes
This radio can handle Mode 1, Mode 2, Mode 3, and Mode 4 - all set in software.

Overview

The XG8 DMSS Telemetry Radio System (Black Edition) from JR is an outstanding addition to the market and JR's line of superb-quality radios. The first Radio to incorporate JR's own DMSS Technology - Dual Modulation Spectrum System - 100% JR, it leads the way for a new era in Radios.

The XG8 is the first JR transmitter to come with a 2S Li-Fe battery, being fitted with a 1400 mAh pack. This has greatly reduced the weight of the transmitter, which weighs in at only 770 grams. It also ensures perfect balance. The transmitter has an integrated charging circuit so just plug in the AC adapter supplied and the charging unit will shut down automatically once it detects that the battery is fully charged. No more worries overcharging! The XG8 offers Aeroplane, Helicopter and Glider modes, a 30 model internal memory, stick modes 1 to 4 and an SD card slot for model data sharing, expanded storage and software updates (SD card not supplied).

Programming is easy thanks to JR's well-proven, intuitive user interface with data entered using the familiar scroll bar and four push-button entry keys. The programming information is clearly displayed on the large, graphical back lit screen. XG8 uses the new JR DMSS 2.4 technology which, besides offering a secure, robust radio link to control your models, also offers advanced telemetry functions and JR's new Intelligent Output System. Receiver voltage telemetry is built in as standard and other forthcoming add-on sensors will give you real time feedback of information from your model such as the RPM of an aircraft propeller or helicopter rotor blades, temperature and variometer/altimeter readings.

JR's Intelligent Output System automatically selects control signals that need to be transmitted at exactly the same time and transmits the data for these channels as one complete signal frame. This ensures that there is no time delay when commanding servos used for critical functions such as a CCPM swash plate on a helicopter or when operating a four servo aileron wing. Other features include side-lever controls on either side of the transmitter, a Touch Select System for switch selection, dual trim options, a user selected menu for frequently used functions, failsafe on all eight channels, user assigned switch function, programmable throttle cut and two independent programmable timers.

Programming Modes:

(For Helicopter)
-6 flight mode with programmable delay.
-Adjustable E-ring system prevents overdriving the cyclic servos electronically.
-5 swash plate types
-5-point graphic tail curve
-5-point graphic throttle and pitch curve with safety system.
-Advanced trim input system allows in-flight adjustment for Gyro gain and governor.
-Throttle and Pitch curve setting can copy among flight mode.
-JR easy swash plate correction system.

(For Airplane)
-3 flight mode with programmable delay.
-3-position flap switch with flap delay and elevator compensation programming
-Various wing types for Airplane
-(Normal: Dual servo selection on AILE/ELEV/RUDD/FLAP)
-(Flaperon: Dual servo selection on ELEV/RUDD)
-(Delta: Dual servo selection on RUDD/FLAP)
-(4 Aileron: Dual serve selection on ELEV or RUDD)
-V-tail setting.
-Advanced trim input system allows in-flight mixing adjustment.
-Such as knife edge or landing with flap system.

(For Glider)
-5 flight mode with programmable delay.
-Advanced programmable brake system with elevator compensation programming.
-Various wing types for Glider
-(Flaperon: Dual servo selection on ELEV/FLAP/SPOI)
-V-tail setting.
-Advanced Trim Input System: allows in-flight mixing adjustment for flap and aileron camber..
Features

Dual Modulation Spectrum System
Integrated Helicopter, Airplane and Glider mode.
30-model internal memory
Large graphical screen with backlight
Extremely light weight transmitter case with perfect balance.
It only weighs 770 grams with the Li-Fe battery installed.
4 user-selectable control modes (Mode 1, Mode 2, Mode 3 and Mode 4)
Includes RG831B 8channel high-speed Receiver with an extra telemetry module.
The new JR Intelligent Output System automatically selects which control signals should be transmitted at exactly the same time. For example, the three channels of a CCPM swash plate or a 4 servo aileron wing type. It transmits the data for these channels as one complete signal frame. Thus, there is no time delay between channel data transmission for these critical functions.
Features the DMSS advanced telemetry system which gives you real time feed back of information from the aircraft such as receiver voltage, flight pack voltage, r.p.m. of the motor propeller or rotor blades, temperature, and variometer/altimeter in the future. The possibilities are almost limitless.
The charging circuit is integrated in the transmitter, so you only need to plug in the AC adaptor. The charging unit automatically detects a full charge and shuts off automatically.
AC adapter can be used for not only charging but programming, and playing with flight simulator.
Integrated SD card slot enables model data sharing, expanded storage and software updates.
JR advanced intuitive programming interface.
JR Jog Dial and 4 enter key interface for easy programming.
Side-lever controller on both side of Transmitter.
Touch Select System for switch selection.
2 type of trim selection for 4 controllers. (THRO/ Normal for EP or Idol for GP) (AILE/ELEV/RUDD/ Normal or Limited Stroke Trim to protect your linkage)
User selected menu for frequently used functions.
Fail safe position for each 8 channel.
User-assigned switch function
Programmable throttle cut
Programmable 2 independent timer.
Includes: 1x DMSS 8ch Transmitter-Black Edition Mode 2, 1x 8ch DMSS Rx, 1x Bind Plug, 1x 2S LiFe 1400mAh Battery for Tx, 1x AC Adapter for Tx, 1x Instruction Manual

What is JR DMSS?

Dual Modulation Spectrum System is JR's own 2.4GHz protocol. Although a late entry to the 2.4GHz market, DMSS can be considered as the truly 'state of the art' method of providing radio control for model use. And since JR have not rushed their own 2.4 protocol into production, they have been able to incorporate the very latest techniques for 'Wideband Data Transmission' into the next generation of JR radio control sets.

DMSS combines the best features of Frequency Hopping Spread Spectrum (FHSS) and Direct Sequence Spread Spectrum (DSSS) protocols. FHSS is great for avoiding interference and DSSS offers high response. JR DMSS combines both these attributes, having both frequency hopping and high response.

The JR DMSS system uses a greater than 3Mhz wide signal as compared to the majority of others which utilise a much narrower [1Mhz or less] signal.

If we know anything about spread spectrum signals, the wider base signal [3Mhz Vs 1Mhz] allows for a huge increase in noise and interference immunity performance and at the same time allowing for much faster data bandwidth/throughput.

The fact that DMSS is actually using quite a wide bandwidth signal is a huge advantage in 2.4GHz performance and it will provide superior performance over any other current 2.4GHz system that is currently available.

DMSS also offers 'Two-Way Communication' (telemetry) with receiver voltage monitoring as standard. Other types of sensor are due soon, with Temperature and RPM sensors being the next types to become available from JR in late June.

However, probably the most important thing about JR DMSS is that it is 100% pure JR, with no involvement from any other outside company. This means that JR are back in full control of product development, so they can now concentrate on doing what they do best - making what are arguably the world's best quality radio control systems.


How can I get JR DMSS?

DMSS is being built into the next generation of JR radio control sets. DMSS sets can be differentiated from earlier JR 2.4 sets by looking for the XG series nomenclature. The first XG series radio to Australia will be the XG8 eight-channel system, which is supplied with an RG831 receiver complete with an embedded Receiver Voltage sensor and the combined satellite receiver/telemetry module RA01T.

The XG8 has passed MAAA testing and is due for release in Australia on June 15th, 2011. Later in the year we expect the radio line-up to extend with a pleasing blend of conventional JR transmitter case design with modern design touches. When picked up and compared with current eight channel sets we think you really will 'feel the difference' !


If I already own a JR modular transmitter, can I update it to DMSS?

At the time of writing we are still waiting for JR's instructions on how to deal with requests for DMSS updates. We will post any new information on this topic in the Support pages of our website.


Will I be able to use DSM2 receivers with my JR DMSS transmitter?

No. JR DMSS is a completely new 2.4 protocol with the combined better features from FHSS and DSSS. DMSS transmitters will not work with earlier 2.4 receivers from either JR or other manufacturers.

Description:

A place for everything and everything in it's place.

Get Organised with this sturdy Flight Box from Model Engines.

Features :

* Strong Aluminium construction
* Foam padded interior
* Moveable spacers to customise your tool box's layout
* Shoulder Strap
* Twin locks with spare key included
* Strong Secure handle
* Rounded Corners

Dimensions:

* Length : 385mm
* Width : 245mm
* Height: 250mm

Description:

Protect your investments with this sturdy, lockable transmitter case with room for both your 2.4Ghz and 36MHz Transmitters.

Features :

* Rounded corners
* Impact resistant foam inserts
* Two sturdy locks
* 2 keys
* Sturdy shoulder strap with "spring back" latches.

Description:
M-LINK – MULTIPLEX 2.4 GHz FHSS System

Includes .

* COCKPIT SX TRANSMITTER
* 2x MULTIPLEX RX-7-DR LIGHT M-LINK 2.4GHZ RECEIVERS (stock#MPX55810)
* 1 MINI-HD SERVO (STOCK# MPX65123)


M-LINK is a new radio transmission system from MULTIPLEX. It operates on the 2.4 GHz ISM band, and is based on modern Frequency Hopping Spread Spectrum technology (FHSS).

FEATURES:

• Automatic RF channel management
The need for the user to change the RF channel (plug-in crystals, Synthesizer) manually is eliminated. 2.4 GHz Spread Spectrum systems divide up the frequency spectrum automatically, and for this reason conventional frequency monitoring control is no longer needed. Interference due to “channel clashes” (as is possible on the 35, 40 … MHz bands) is virtually eliminated.
When the system is first used, all you have to do is “bind” the transmitter and receiver using a simple binding procedure. Once this is done, the receiver only recognises and processes the signals broadcast by its own transmitter.
• Fast, accurate transmission of up to sixteen servo channels
Depending on the transmitter in use, the new MULTIPLEX M-LINK standard transmits:
- twelve servo channels at 14 ms pulse rate
- sixteen servo channels at 21 ms pulse rate
at 12-bit resolution (3872 steps)
• Feedback capability / Telemetry
The 2.4 GHz ISM band provides the means of transmitting data from the model back to the transmitter. The receiver in an M-LINK system transmits the voltage of the receiver power supply to the transmitter in real time. If the voltage falls to a dangerous level, the transmitter generates a warning signal to alert the user. Additional external sensors (e.g. voltage, current, temperature) can also be connected to M-LINK receivers designed for this facility.
• Diversity and dual-receiver operation
MULTIPLEX M-LINK DR (Dual Receiver) receivers are of very sophisticated construction, and feature two complete receiving circuits in one case (receiver diversity). Both circuits receive constantly, and the circuit compares the signal quality; at any one time the better signal is selected for further processing, and is passed on to the servo outputs with zero delay. If reception conditions are critical, and / or the model is particularly valuable, two receivers can be coupled together in the model; this minimises signal reflections and polarisation effects which are typical of 2.4 GHz, and represents the highest possible level of security.
• Frequency Hopping Spread Spectrum technology (FHSS)
The transmitter and receiver jump (hop) from channel to channel at the same rhythm, at intervals of just a few milli-seconds. The control data is actually transmitted during a fraction of this time. It is this brief period of occupation of each channel which minimises signal conflicts and suppresses interference. Even if individual data packets are lost on individual channels, the constant high-speed process of hopping from channel to channel renders the interruption invisible to the pilot.
• Great range
The MULTIPLEX M-LINK system exploits the Frequency Hopping Spread Spectrum (FHSS) process. The radiated power approved for this system is 100mW EIRP, and in practice this results in radio range of more than 2000 m on the ground. In the air the effective range is even higher due to the more favourable propagation conditions. In simple terms this means an ample margin
of safety, even for large-scale models.
• High data transmission security
The enormous bandwidth available on 2.4 GHz makes it possible to transmit much greater quantities of data than is possible, for example, on the 35 MHz band (bandwidth 2.4 GHz = 83.5 MHz; 35 MHz = 1 MHz). Digital modulation in conjunction with sophisticated error-checking and correction in the receiver ensure excellent data quality.
• High resistance to interference
Typical interference sources in the model, such as electric motors, electronic devices such as speed controllers, ignition units for internal combustion engines etc., generate interference over a spectrum whose maximum frequency is far below the 2.4 GHz range. This simply means that 2.4 GHz systems are virtually immune to interference from these sources, and this results in a
further improvement in safety.
• HOLD / FAIL-SAFE function
If the receiver detects data which has suffered interference and is irreparable, it passes on the last valid data to the servos, thereby bridging the period of the signal loss (HOLD mode).
If interference continues beyond the (variable) HOLD period, FAIL-SAFE is activated, i.e. the receiver moves the servos to a programmable safety position (e.g. throttle off, control surfaces neutral). The FS positions are stored using a push-button at the receiver; some transmitters include a menu for this, enabling the Fail-Safe positions to be set “by radio”.

• Short transmitter / receiver aerials
The typically short 2.4 GHz transmitter aerials are more robust and easier to handle than conventional telescopic aerials, and they also do not interfere with the pilot’s field of view. Short receiver aerials are much easier to install in the model.
• High vibration resistance
Small, modern, highly integrated transceiver ICs replace ceramic components, coils and filters, all of which are susceptible to damage from vibration.
• Ready for LiPo
All MULTIPLEX M-LINK receivers feature a wide operating voltage range of 3.5 - 9.0 V, and are therefore largely immune to collapses in the power supply voltage. They are prepared for use with 2S LiXX batteries without voltage stabilisation to (typically) 6.0 V.
• World-wide approval
Apparatus operating on the 2.4 GHz band can be used world-wide. The components of the MULTIPLEX M-LINK system fulfil all current directives and statutory requirements.
• Update-capable
All transmitters and receivers are equipped with modern Flash memory micro-controller technology, and can therefore be updated at any time. This means that system components can be brought up to the latest state of software development when technical innovations are introduced in the future, or when changes are made to regulations
COCKPIT SX M-LINK


The COCKPIT SX is a very popular, proven seven-channel RC system intended for the ambitious beginner and demanding weekend pilot, and it is now available with the new MULTIPLEX 2.4 GHz M-LINK technology for even greater convenience and security.
The new system includes all the product characteristics and features of the COCKPIT SX:
• Seven fully proportional control channels
• Twelve model memories
• Wide-ranging mixer and set-up facilities for fixed-wing models and helicopters
• Two timers and separate transmitter operating timer
• Generously sized, clearly arranged screen, carefully designed menu structure and 3-D digi-adjuster for ultra-simple operation.
• Fully expanded as standard, including all controls and switches
• Digital trims, specific to each flight phase
• MULTIPLEX multi-function socket fitted as standard: transmitter battery charge socket, Trainer socket, PC interface for firmware updates, data management and simulator operation
• Modern, ergonomically efficient case design
A detailed description of the COCKPIT SX can be found in our current main catalogue, or on our website at www.multiplex-rc.de!
The new, additional advantages are as follows:
• Integral M-LINK 2.4 GHz transmission technology
A menu is provided as an easy and convenient means of activating the special operating modes of Binding and Power Reduction (for range-checking). This eliminates the need to operate buttons which may be difficult to reach or use.
• Feedback channel / Telemetry
If you use a receiver with telemetry facilities (min. RX-7-DR M-LINK or RX-9-DR MLINK), the actual voltage of the receiver power supply is displayed on the transmitter screen. If the voltage falls below a (variable) minimum value, an audible warning signal alerts you that your receiver battery is almost flat. This means that you are constantly aware of the state of the receiver battery, as well as the condition of the transmitter battery (as previously). An important extra safety feature!
• Low latency, high resolution
The COCKPIT SX features an integral RF module. Unlike many other 2.4 GHz transmitters or retro-fit modular solutions, this means that the data does not have to be converted from conventional PPM or PCM format to the digital 2.4 GHz transmission format. The net result is that the system is capable of transmitting high-resolution, accurate control signals at very high speed. The COCKPIT SX M-LINK operates with a servo pulse rate of 14 ms and 12-bit resolution (3872 steps).


TIP:
If you already own a COCKPIT SX, you can easily transfer your model data to the new COCKPIT SX M-LINK using the COCKPIT SX DataManager PC program!

Description:

MULTIPLEX ROYAL PRO 16 VARIO SET W/2.4GHZ MODULE & 16CH DUAL RECEIVER

*
Extensive adjustment and opportunities for mixed land and helicopter models
*
Minimal programming effort by various model templates for land and helicopter models
*
Free function allocation for donors, switches and servos
*
Up to 4 flight phases per model with phase-specific trim
*
3 timers, and an additional model and channel holding time
*
5 function keys and 2 3-D digi-adjuster for easy, user-friendly programming
*
6 Menu buttons for direct access to the main menu
*
Plain text menus in different languages (DE, EN, FR, IT, ES)
*
Ergonomically optimized body design for hand and Pultsenderbetrieb
*
Large, graphic-fold display
*
Digital Trim on Trim Cross flugphase specifically
*
MULTIPLEX multifunction socket fitted as standard (transmitter battery load, teacher / pupil mode, PC interface for firmware updates, data management and simulator operation)

The new, additional benefits include:

* Fully integrated 2.4 GHz M-LINK transmission technology
The new M-Link 2.4 GHz transmission technology is visually appealing integrated into the transmitter. The binding modes of operation and the power reduction range tests
be easily and conveniently activated via the menu. You have to press any inaccessible or inconvenient to use buttons or complicated
LED codes to interpret. Also setting the FAIL-SAFE position in the receiver from the transmitter can be carried out via the menu.
* 16-channel operation
A special feature of the ROYALpro offers 16 with the 2.4 GHz RF module HFM4 M-LINK, the transmission of 16 fully proportional channels. You have 4 extra channels. This will always work with the full servo travel and are reserved for special functions. To use the additional channels, you will be the 16-channel receiver RX-16-DR per M-LINK is required.
* Channel / Telemetry
If you use a telemetriefähigen recipients (from RX-7-DR M-LINK or RX-9-DR M-LINK), you'll see the current voltage of the receiver power on the display of the sender. Applied for an adjustable voltage minutes an audible alarm alerts you before an expectant receiver battery is empty. So you will not only (as previously informed) about undervoltage of the sender but the receiver battery. An additional safety advantage!
In addition, you may also find other telemetry data from the model (depending on the sensors connected to the receiver, such as voltage, current, temperature) to display on the screen to show (examples: engine temperature, engine battery voltage, current consumption of the drive).
* Low latency / high resolution
Since the pro always ROYALevo or via a digital interface to the RF module has, the data must not, as in many other 2.4 GHz retrofit module solutions from the conventional PPM or PCM format on the 2.4 GHz digital transmission format implemented will. Therefore, a very fast, high resolution and accurate transmission of control signals is possible. The ROYALpro with M-LINK uses a servo cycle time of 14 ms in 12-channel operation (or 21 ms in 16-channel mode) at a resolution of 12 bits (3,872 steps).
* Fast changeover
If you still want to use the receiver in the conventional FM technology from your inventory (PPM, M-PCM), is the rapid conversion option interesting. The conversion can also be done on the airstrip in a minute: The 2.4 GHz RF module HFM4 M-LINK is simply removed from the station, pulled out the 2.4 GHz antenna that is connected to the antenna tube and through the long-channel telescoping FM antenna and the existing RF module replaced.

Description:

MULTIPLEX ROYAL PRO 7 VARIO SET W/2.4GHZ MODULE & 7CH DUAL RECEIVER

M-LINK – MULTIPLEX 2,4 GHz FHSS System

M-LINK is a new radio transmission system from MULTIPLEX. It operates on the 2.4 GHz ISM band, and is based on modern Frequency Hopping Spread Spectrum technology.
The features of M-LINK are as follows:
• Automatic RF channel management
The need for the user to change the RF channel (plug-in crystals, Synthesizer) manually is eliminated. 2.4 GHz Spread Spectrum systems divide up the frequency spectrum automatically, and for this reason conventional frequency monitoring control is no longer needed. Interference due to “channel clashes” (as is possible on the 35, 40 … MHz bands) is virtually eliminated.
When the system is first used, all you have to do is “bind” the transmitter and receiver using a simple binding procedure. Once this is done, the receiver only recognises and processes the signals broadcast by its own transmitter.
• Fast, accurate transmission of up to sixteen servo channels
Depending on the transmitter in use, the new MULTIPLEX M-LINK standard transmits:
- twelve servo channels at 14 ms pulse rate
- sixteen servo channels at 21 ms pulse rate
at 12-bit resolution (3872 steps)
• Feedback capability / Telemetry
The 2.4 GHz ISM band provides the means of transmitting data from the model back to the transmitter. The receiver in an M-LINK system transmits the voltage of the receiver power supply to the transmitter in real time. If the voltage falls to a dangerous level, the transmitter generates a warning signal to alert the user. Additional external sensors (e.g. voltage, current, temperature) can also be connected to M-LINK receivers designed for this facility.
• Diversity and dual-receiver operation
MULTIPLEX M-LINK DR (Dual Receiver) receivers are of very sophisticated construction, and feature two complete receiving circuits in one case (receiver diversity). Both circuits receive constantly, and the circuit compares the signal quality; at any one time the better signal is selected for further processing, and is passed on to the servo outputs with zero delay. If reception conditions are critical, and / or the model is particularly valuable, two receivers can be coupled together in the model; this minimises signal reflections and polarisation effects which are typical of 2.4 GHz, and represents the highest possible level of security.
• Frequency Hopping Spread Spectrum technology (FHSS)
The transmitter and receiver jump (hop) from channel to channel at the same rhythm, at intervals of just a few milli-seconds. The control data is actually transmitted during a fraction of this time. It is this brief period of occupation of each channel which minimises signal conflicts and suppresses interference. Even if individual data packets are lost on individual channels, the constant high-speed process of hopping from channel to channel renders the interruption invisible to the pilot.
• Great range
The MULTIPLEX M-LINK system exploits the Frequency Hopping Spread Spectrum (FHSS) process. The radiated power approved for this system is 100mW EIRP, and in practice this results in radio range of more than 2000 m on the ground. In the air the effective range is even higher due to the more favourable propagation conditions. In simple terms this means an ample margin
of safety, even for large-scale models.
• High data transmission security
The enormous bandwidth available on 2.4 GHz makes it possible to transmit much greater quantities of data than is possible, for example, on the 35 MHz band (bandwidth 2.4 GHz = 83.5 MHz; 35 MHz = 1 MHz). Digital modulation in conjunction with sophisticated error-checking and correction in the receiver ensure excellent data quality.
• High resistance to interference
Typical interference sources in the model, such as electric motors, electronic devices such as speed controllers, ignition units for internal combustion engines etc., generate interference over a spectrum whose maximum frequency is far below the 2.4 GHz range. This simply means that 2.4 GHz systems are virtually immune to interference from these sources, and this results in a
further improvement in safety.
• HOLD / FAIL-SAFE function
If the receiver detects data which has suffered interference and is irreparable, it passes on the last valid data to the servos, thereby bridging the period of the signal loss (HOLD mode).
If interference continues beyond the (variable) HOLD period, FAIL-SAFE is activated, i.e. the receiver moves the servos to a programmable safety position (e.g. throttle off, control surfaces neutral). The FS positions are stored using a push-button at the receiver; some transmitters include a menu for this, enabling the Fail-Safe positions to be set “by radio”.

• Short transmitter / receiver aerials
The typically short 2.4 GHz transmitter aerials are more robust and easier to handle than conventional telescopic aerials, and they also do not interfere with the pilot’s field of view. Short receiver aerials are much easier to install in the model.
• High vibration resistance
Small, modern, highly integrated transceiver ICs replace ceramic components, coils and filters, all of which are susceptible to damage from vibration.
• Ready for LiPo
All MULTIPLEX M-LINK receivers feature a wide operating voltage range of 3.5 - 9.0 V, and are therefore largely immune to collapses in the power supply voltage. They are prepared for use with 2S LiXX batteries without voltage stabilisation to (typically) 6.0 V.
• World-wide approval
Apparatus operating on the 2.4 GHz band can be used world-wide. The components of the MULTIPLEX M-LINK system fulfil all current directives and statutory requirements.
• Update-capable
All transmitters and receivers are equipped with modern Flash memory micro-controller technology, and can therefore be updated at any time. This means that system components can be brought up to the latest state of software development when technical innovations are introduced in the future, or when changes are made to regulations


ROYALpro with M-LINK 2,4-GHz-Technology

The ROYALpro is the radio control system for the demanding hobby pilot and expert alike, and this set can now also be purchased with the new MULTIPLEX M-LINK 2.4 GHz transmission technology.
The following variants are available:
ROYALpro 7 7-channel version, 15 model memories
ROYALpro 9 9-channel version, 20 model memories
ROYALpro 16 16-channel version, 36 model memories
With the exception of the number of channels and model memories, all three variants offer the same familiar facilities and features adopted from the ROYALpro:
• Comprehensive set-up and mixer facilities for fixed-wing model aircraft and helicopters
• Various model templates for fixed-wing model aircraft and helicopters minimise the programming effort required
• Unrestricted function assignments for transmitter controls, switches and servos
• Up to four flight phases per model, with phase-specific trims
• Three timers, supplementary model / transmitter operating timers
• Five function buttons and two 3-D digi-adjusters for simple, user-friendly programming
• Six menu buttons for direct access to the main menus
• Plain text menu system in several national languages (DE, EN, FR, IT, ES)
• Ergonomically optimised case design suitable for transmitter trays and hand-held use
• Large, graphics-capable folding screen
• Cruciform trim buttons provide digital trims, specific to each flight phase
• MULTIPLEX multi-function socket fitted as standard
(transmitter battery charge socket, Trainer socket, PC interface for firmware updates, data management and simulator operation) A detailed description and overview of the characteristics and features of the ROYALpro can be found in our current main catalogue, in the special ROYALpro brochure, or on our website at www.multiplex-rc.de.
The new, additional advantages are as follows:
• Fully integrated M-LINK 2.4 GHz transmission technology
The new M-LINK 2.4 GHz transmission technology is integrated into the transmitter without spoiling its elegant appearance. A menu is provided as an easy and convenient means of activating the special operating modes of Binding and Power Reduction (for range-checking). This eliminates the need to operate inaccessible buttons or interpret complicated LED codes. The FAIL-SAFE positions in the receiver can also be set from the transmitter using a dedicated menu.
• 16-channel operation
One special feature of the ROYALpro 16 with the HFM4 M-LINK 2.4 GHz RF module is its ability to transmit sixteen fully proportional channels, i.e. it provides four auxiliary channels. These always operate with full servo travel, and are intended for supplementary working systems in the model. If you wish to exploit these additional channels you must use the RX-16-DR pro M-LINK 16-channel receiver.
• Feedback channel / Telemetry
If you use a receiver with telemetry facilities (min. RX-7-DR M-LINK or RX-9-DR M-LINK), the actual voltage of the receiver power supply is displayed on the transmitter screen. If the voltage falls below a (variable) minimum value, an audible warning signal alerts you that your receiver battery is almost flat. This means that you are constantly aware of the state of the receiver battery, as well as the condition of the transmitter battery (as previously). An important extra safety feature!

You can also set up an on-screen display of supplementary telemetry data from the model (this requires sensors connected to the receiver, e.g. voltage, current, temperature). Typical applications: motor temperature, flight battery voltage, motor current drain. See page 21 for details of telemetry sensors.
• Low latency, high resolution
The ROYALevo and pro have always featured a digital RF module interface. Unlike many other 2.4 GHz transmitters or retro-fit modular solutions, this means that the data does not have to be converted from conventional PPM or PCM format to the digital 2.4 GHz transmission format. The net result is that the system is capable of transmitting highresolution, accurate control signals at very high speed. The ROYALpro with M-LINK operates with a servo pulse rate of 14 ms in twelve-channel mode (21 ms in sixteen-channel mode) and 12-bit resolution (3872 steps).
• Quick-convert facility
If you wish to continue using your existing stock of receivers (PPM, M-PCM) utilising conventional FM technology, you will be interested in the quick-convert facility. It is possible to convert the transmitter at the flying field in less than one minute. All you have to do is remove the HFM4 M-LINK 2.4 GHz RF module from the transmitter, withdraw the 2.4 GHz aerial from the aerial sleeve, and fit a conventional FM RF module and long telescopic transmitter aerial instead.
Note:
A retro-fit option is available for existing ROYALevo and ROYALpro transmitters utilising conventional FM transmission technology

Description:

MULTIPLEX ROYAL PRO 9 VARIO SET W/2.4GHZ MODULE & 9CH DUAL RECEIVER

M-LINK is a new radio transmission system from MULTIPLEX. It operates on the 2.4 GHz ISM band, and is based on modern Frequency Hopping Spread Spectrum technology.
The features of M-LINK are as follows:
• Automatic RF channel management
The need for the user to change the RF channel (plug-in crystals, Synthesizer) manually is eliminated. 2.4 GHz Spread Spectrum systems divide up the frequency spectrum automatically, and for this reason conventional frequency monitoring control is no longer needed. Interference due to “channel clashes” (as is possible on the 35, 40 … MHz bands) is virtually eliminated.
When the system is first used, all you have to do is “bind” the transmitter and receiver using a simple binding procedure. Once this is done, the receiver only recognises and processes the signals broadcast by its own transmitter.
• Fast, accurate transmission of up to sixteen servo channels
Depending on the transmitter in use, the new MULTIPLEX M-LINK standard transmits:
- twelve servo channels at 14 ms pulse rate
- sixteen servo channels at 21 ms pulse rate
at 12-bit resolution (3872 steps)
• Feedback capability / Telemetry
The 2.4 GHz ISM band provides the means of transmitting data from the model back to the transmitter. The receiver in an M-LINK system transmits the voltage of the receiver power supply to the transmitter in real time. If the voltage falls to a dangerous level, the transmitter generates a warning signal to alert the user. Additional external sensors (e.g. voltage, current, temperature) can also be connected to M-LINK receivers designed for this facility.
• Diversity and dual-receiver operation
MULTIPLEX M-LINK DR (Dual Receiver) receivers are of very sophisticated construction, and feature two complete receiving circuits in one case (receiver diversity). Both circuits receive constantly, and the circuit compares the signal quality; at any one time the better signal is selected for further processing, and is passed on to the servo outputs with zero delay. If reception conditions are critical, and / or the model is particularly valuable, two receivers can be coupled together in the model; this minimises signal reflections and polarisation effects which are typical of 2.4 GHz, and represents the highest possible level of security.
• Frequency Hopping Spread Spectrum technology (FHSS)
The transmitter and receiver jump (hop) from channel to channel at the same rhythm, at intervals of just a few milli-seconds. The control data is actually transmitted during a fraction of this time. It is this brief period of occupation of each channel which minimises signal conflicts and suppresses interference. Even if individual data packets are lost on individual channels, the constant high-speed process of hopping from channel to channel renders the interruption invisible to the pilot.
• Great range
The MULTIPLEX M-LINK system exploits the Frequency Hopping Spread Spectrum (FHSS) process. The radiated power approved for this system is 100mW EIRP, and in practice this results in radio range of more than 2000 m on the ground. In the air the effective range is even higher due to the more favourable propagation conditions. In simple terms this means an ample margin
of safety, even for large-scale models.
• High data transmission security
The enormous bandwidth available on 2.4 GHz makes it possible to transmit much greater quantities of data than is possible, for example, on the 35 MHz band (bandwidth 2.4 GHz = 83.5 MHz; 35 MHz = 1 MHz). Digital modulation in conjunction with sophisticated error-checking and correction in the receiver ensure excellent data quality.
• High resistance to interference
Typical interference sources in the model, such as electric motors, electronic devices such as speed controllers, ignition units for internal combustion engines etc., generate interference over a spectrum whose maximum frequency is far below the 2.4 GHz range. This simply means that 2.4 GHz systems are virtually immune to interference from these sources, and this results in a
further improvement in safety.
• HOLD / FAIL-SAFE function
If the receiver detects data which has suffered interference and is irreparable, it passes on the last valid data to the servos, thereby bridging the period of the signal loss (HOLD mode).
If interference continues beyond the (variable) HOLD period, FAIL-SAFE is activated, i.e. the receiver moves the servos to a programmable safety position (e.g. throttle off, control surfaces neutral). The FS positions are stored using a push-button at the receiver; some transmitters include a menu for this, enabling the Fail-Safe positions to be set “by radio”.

• Short transmitter / receiver aerials
The typically short 2.4 GHz transmitter aerials are more robust and easier to handle than conventional telescopic aerials, and they also do not interfere with the pilot’s field of view. Short receiver aerials are much easier to install in the model.
• High vibration resistance
Small, modern, highly integrated transceiver ICs replace ceramic components, coils and filters, all of which are susceptible to damage from vibration.
• Ready for LiPo
All MULTIPLEX M-LINK receivers feature a wide operating voltage range of 3.5 - 9.0 V, and are therefore largely immune to collapses in the power supply voltage. They are prepared for use with 2S LiXX batteries without voltage stabilisation to (typically) 6.0 V.
• World-wide approval
Apparatus operating on the 2.4 GHz band can be used world-wide. The components of the MULTIPLEX M-LINK system fulfil all current directives and statutory requirements.
• Update-capable
All transmitters and receivers are equipped with modern Flash memory micro-controller technology, and can therefore be updated at any time. This means that system components can be brought up to the latest state of software development when technical innovations are introduced in the future, or when changes are made to regulations


ROYALpro with M-LINK 2,4-GHz-Technology

The ROYALpro is the radio control system for the demanding hobby pilot and expert alike, and this set can now also be purchased with the new MULTIPLEX M-LINK 2.4 GHz transmission technology.
The following variants are available:
ROYALpro 7 7-channel version, 15 model memories
ROYALpro 9 9-channel version, 20 model memories
ROYALpro 16 16-channel version, 36 model memories
With the exception of the number of channels and model memories, all three variants offer the same familiar facilities and features adopted from the ROYALpro:
• Comprehensive set-up and mixer facilities for fixed-wing model aircraft and helicopters
• Various model templates for fixed-wing model aircraft and helicopters minimise the programming effort required
• Unrestricted function assignments for transmitter controls, switches and servos
• Up to four flight phases per model, with phase-specific trims
• Three timers, supplementary model / transmitter operating timers
• Five function buttons and two 3-D digi-adjusters for simple, user-friendly programming
• Six menu buttons for direct access to the main menus
• Plain text menu system in several national languages (DE, EN, FR, IT, ES)
• Ergonomically optimised case design suitable for transmitter trays and hand-held use
• Large, graphics-capable folding screen
• Cruciform trim buttons provide digital trims, specific to each flight phase
• MULTIPLEX multi-function socket fitted as standard
(transmitter battery charge socket, Trainer socket, PC interface for firmware updates, data management and simulator operation) A detailed description and overview of the characteristics and features of the ROYALpro can be found in our current main catalogue, in the special ROYALpro brochure, or on our website at www.multiplex-rc.de.
The new, additional advantages are as follows:
• Fully integrated M-LINK 2.4 GHz transmission technology
The new M-LINK 2.4 GHz transmission technology is integrated into the transmitter without spoiling its elegant appearance. A menu is provided as an easy and convenient means of activating the special operating modes of Binding and Power Reduction (for range-checking). This eliminates the need to operate inaccessible buttons or interpret complicated LED codes. The FAIL-SAFE positions in the receiver can also be set from the transmitter using a dedicated menu.
• 16-channel operation
One special feature of the ROYALpro 16 with the HFM4 M-LINK 2.4 GHz RF module is its ability to transmit sixteen fully proportional channels, i.e. it provides four auxiliary channels. These always operate with full servo travel, and are intended for supplementary working systems in the model. If you wish to exploit these additional channels you must use the RX-16-DR pro M-LINK 16-channel receiver.
• Feedback channel / Telemetry
If you use a receiver with telemetry facilities (min. RX-7-DR M-LINK or RX-9-DR M-LINK), the actual voltage of the receiver power supply is displayed on the transmitter screen. If the voltage falls below a (variable) minimum value, an audible warning signal alerts you that your receiver battery is almost flat. This means that you are constantly aware of the state of the receiver battery, as well as the condition of the transmitter battery (as previously). An important extra safety feature!

You can also set up an on-screen display of supplementary telemetry data from the model (this requires sensors connected to the receiver, e.g. voltage, current, temperature). Typical applications: motor temperature, flight battery voltage, motor current drain. See page 21 for details of telemetry sensors.
• Low latency, high resolution
The ROYALevo and pro have always featured a digital RF module interface. Unlike many other 2.4 GHz transmitters or retro-fit modular solutions, this means that the data does not have to be converted from conventional PPM or PCM format to the digital 2.4 GHz transmission format. The net result is that the system is capable of transmitting highresolution, accurate control signals at very high speed. The ROYALpro with M-LINK operates with a servo pulse rate of 14 ms in twelve-channel mode (21 ms in sixteen-channel mode) and 12-bit resolution (3872 steps).
• Quick-convert facility
If you wish to continue using your existing stock of receivers (PPM, M-PCM) utilising conventional FM technology, you will be interested in the quick-convert facility. It is possible to convert the transmitter at the flying field in less than one minute. All you have to do is remove the HFM4 M-LINK 2.4 GHz RF module from the transmitter, withdraw the 2.4 GHz aerial from the aerial sleeve, and fit a conventional FM RF module and long telescopic transmitter aerial instead.
Note:
A retro-fit option is available for existing ROYALevo and ROYALpro transmitters utilising conventional FM transmission technology

Description:

* 12 channel FM transmitter
* 36 model memories
* Modes 1, 2, 3 or 4
* Freely assignable servo assignment
* 4 flight phases
* 3 timers
* 5 inputs per mixer
* Software for fixed wing, (acro & glider) and helicopters
* Synthesised or crystal modules available
* Large LCD display
* Ballraced sticks
* Digital cruciform trims with variable increment size (0.5, 1.5, 2.5 & 3.5%)

Description:

* 9 channel FM transmitter
* 20 model memories
* Modes 1, 2, 3 or 4
* Freely assignable servo assignment
* 4 flight phases
* 3 timers
* 5 inputs per mixer
* Software for fixed wing, (acro & glider) and helicopters
* Synthesised or crystal modules available
* Large LCD display
* Ballraced sticks
* Digital cruciform trims with variable increment size (0.5, 1.5, 2.5 & 3.5%)

Overview

Spektrum introduces another enormous change for the RC industry—the most affordable full range 2.4GHz radio ever available. The DX5e brings together the unbeatable control of genuine DSMX technology with the simplest, easiest-to-use design available, letting anyone, from parkfliers to students to instructors and more, take advantage of Spektrum technology for less. For a Spektrum radio and an AR600 receiver, the DX5e is the greatest value in RC, putting 2.4GHz DSMX control in your hands for less than ever before.

Mode I
The control stick configuration with the rudder and elevator being controlled by the left stick while the right stick controls the throttle and ailerons.

Mode II
The control stick configuration with the ailerons and elevator being controlled by the right stick while the left stick controls the rudder and throttle.

Always purchase products from a Horizon Hobby, Inc. authorized dealer to ensure authentic high-quality Spektrum product. Horizon Hobby, Inc. disclaims all support and warranty with regards, but not limited to, compatibility and performance of counterfeit products or products claiming compatibility with DSM2, DSMX or Spektrum.

Attention: Horizon Hobby has confirmed that all Spektrum Products being sold by KoKo Technology are counterfeit. We consider it a danger to use these products, waive all liability and will not support any warranty or service in regards to them.
Features

<**** THIS IS A MODE 1 RADIO ****
Basic 5-channel 2.4GHz DSMX radio and receiver
Easy-to-use control for basic models
Includes AR600 6-channel full range sport receiver
Delta wing mixing
HI/LO rates
Servo reversing
JR and Spektrum compatible trainer system
Specs

# of Channels 5
Modulation DSM2/DSMX
Band 2.4GHz
Servos N/A
Receiver AR600 6-Channel Sport Receiver
Programming Features Servo Reverse; Delta Wing; HI/LO rates
Model Memory 1
Modes Mode 1
Transmitter (Tx) Battery Type 4 AA Alkaline Batteries (included)
cat=Air Transmitters

Overview

The 6-channel DX6i uses the same full-range DSMX™ technology found in the Spektrum DX8 and includes an impressive list of programming features for both airplanes and helicopters that are simple to access and use. It comes with the AR6210 DSMX 6-channel receiver that is robust enough to use in large models yet compact enough to fit in many parkflyers. The DX6i is also compatible with all existing Spektrum aircraft receivers. Whatever kind of flying you do, the DX6i can be adapted to most any model in your existing collection that requires 6-channels or less.

Always purchase products from a Horizon Hobby, Inc. authorized dealer to ensure authentic high-quality Spektrum product. Horizon Hobby, Inc. disclaims all support and warranty with regards, but not limited to, compatibility and performance of counterfeit products or products claiming compatibility with DSM2, DSMX or Spektrum.

Attention: Horizon Hobby has confirmed that all Spektrum Products being sold by KoKo Technology are counterfeit. We consider it a danger to use these products, waive all liability and will not support any warranty or service in regards to them.
Features


10-model memory
ModelMatch
ServoSync
Roller/selector user interface
Attractive and ergonomic design
Proven DSMX technology
Rudder dual-rate
Large LCD display
Integrated timer
Contrast Adjustment
Dual-speed trim scroll
Model name and type
Throttle cut
Trainer Mode
Model Copy
Travel adjustment
Sub-trim
Servo monitor
Dual rate and exponential
Compatible with any existing DSM, DSM2 and DSMX receivers
Airplane Programming Features: Flaps, P-mixes, Dual aileron, V-tail, Delta, Differential
Heli Programming Features: Gyro adjust, Graphic throttle curve, Graphic pitch curve, P-mixes, Revo mix, Swash type (Normal, and CCPM 120)
Adjustable stick length
Direct trim access display
Specs

Modulation DSM2/DSMX
Band 2.4GHz
Receiver AR6210 Full-Range receiver (included)
Programming Features Helicopter & Airplane
Model Memory 10
Modes Mode 2
Transmitter (Tx) Battery Type AA NiMH 1500mAh batteries (included)
Charger 4-cell 150mAh wall charger (included)
Experience Level Intermediate
Is Assembly Required No
cat=Air Transmitters

Overview

Spektrum believes you should expect more from a 7-channel transmitter and the DX7s is proof. Besides advanced DSM2/DSMX technology and an impressive list of programming features, it boasts the finest ergonomics in its class. Its balanced weight, silky smooth quad-bearing gimbals and rubber grips provide a sense of comfort and precision that is second to none. The DX7 also features the situational awareness of built-in telemetry, the intuitive SimpleScroll programming interface and the clarity of a large LCD screen. And you'll always be up-to-date with the latest Spektrum AirWare software thanks to the SD card Spektrum Data Interface.

Spektrum™ AirWare™ Software

The DX7s is equipped with Spektrum™ AirWare™ that was developed exclusively by Spektrum from the ground up. It has all the programming functions an airplane or heli pilot could want, but you don’t have to be an expert to use them. The intuitive SimpleScroll™ interface makes navigating menus and changing settings as simple as “roll and click”. It’s almost like using a mouse. Spektrum AirWare also features exclusive Spektrum innovations you won’t find anywhere else. Innovations that make flying safer and programming easier.

Built -In Telemetry

The DX7s is equipped with a built-in telemetry feature that gives you real-time information on things like your model's battery voltage, engine or motor temperature, airspeed, altitude and more. And it all appears right on the large LCD screen so you can see it at a glance.

Spektrum Data Interface

With the Spektrum Data Interface you can use a standard SD card to share model setups with other DX7s owners, store extra model memory and stay up to sate with the latest AirWare releases.

Superior Ergonomics

The weight distribution and ergonomics of the DX7s provides a sense of balance and comfort that perfectly complements the speed and precision of it's DSMX technology. You simply have to feel it to believe it.

Attention: Horizon Hobby has confirmed that all Spektrum Products being sold by KoKo Technology are counterfeit. We consider it a danger to use these products, waive all liability and will not support any warranty or service in regards to them.
Features

<20 Model Memory
Built-In Telemetry
Extensive Airplane and Helicopter Programming
Throttle-Activated Timer Setting
AR8000 High Speed 8 Channel Receiver
LiPo Battery Compatibility
8 Wing Types
5 Tail Types
3-Position Flaps with Delay and Elevator Compensation
Dual Rates and Expo
Differential
5-Point Throttle, Pitch and Tail Curves
6 Swash Plate Types
6 Programmable Mixes
Control Position Warnings
Audio and Vibe Alarm Settings
Large 126 x 64 LCD Screen
Mode Selection (Modes 1, 2, 3, 4)
Language Select (English, Italian, French, Spanish or German)
4.8V 2000mAh NiMH Transmitter Battery

Overview

The DX8 is the most advanced 8-channel system you will find anywhere. Its next generation Spektrum AirWare software, built-in telemetry, Spektrum Data Interface and superior ergonomics will completely revolutionize how you fly. And it’s the only 8-channel that gives you these advanced capabilities plus the proven speed and precision of Spektrum 2.4GHz DSMX control.


FOUR REASONS YOU NEED A DX8
Spektrum AirWareTM Software
Spektrum AirWare is software developed exclusively by Spektrum from the ground up. It has all the programming functions an expert airplane or heli pilot could want, but you don’t have to be an expert to use them.

Built-In Telemetry
The built-in telemetry feature on the DX8 gives you the ability to receive real-time information on things like your model’s battery voltage, signal quality, engine or motor temperature and more. And it will all appear right on the big, backlit DX8 display so you can see it at a glance.

Superior Ergonomics
The weight distribution and ergonomics of the DX8 provide a sense of balance and comfort that perfectly complements the speed and precision of its DSMX technology. You really do have to feel it to believe it. Some of the more impressive ergonomic features are those usually only available on much more expensive transmitters.

Spektrum Data Interface
With the Spektrum Data Interface you can use a standard SD* card to share model setups with other DX8 owners, store extra model memory and stay up to date with the latest software releases.

Always purchase products from a Horizon Hobby, Inc. authorized dealer to ensure authentic high-quality Spektrum product. Horizon Hobby, Inc. disclaims all support and warranty with regards, but not limited to, compatibility and performance of counterfeit products or products claiming compatibility with DSM2, DSMX or Spektrum.

Attention: Horizon Hobby has confirmed that all Spektrum Products being sold by KoKo Technology are counterfeit. We consider it a danger to use these products, waive all liability and will not support any warranty or service in regards to them.

This product is not intended for use by children under 14 years of age without direct adult supervision.
Features


30-model internal memory
Large 128 x 64 backlit screen
Includes TM1000 Full Range Telemetry Module providing real-time Flight Log data, receiver voltage, flight pack voltage, RPM and temperature
Includes AR8000 8-channel High-Speed Receiver
Includes 2000mAh Ni-MH battery pack
Includes SD card for Spektrum Data Interface
Includes global 12V charger with adapters for international use
Includes Spektrum neckstrap
4 user-selectable control modes (Mode 1, Mode 2, Mode 3 and Mode 4)
Spektrum Data Interface for expanded model memory, model sharing, and firmware updates
Exclusive Spektrum AirWare™ software
SimpleScroll™ programming interface for easy menu navigation
Electronic E-ring electronically prevents overdriving the cyclic servos
5-point graphic tail curve
5-point graphic throttle and pitch curve
Active gain and governor trim allows in-flight adjustment
Swash plate timing
Telemetry alerts (vibe and audible)
4 swash plate types
3-position flap switch with flap delay and elevator compensation programming
8 wing types and 5 tail types
Language select (English, Italian, French, Spanish or German)
User-assigned switch function
Programmable throttle cut
Refined ergonomics with no-slip comfort grips
Programmable timer with throttle timer startup
Quad bearing gimbals

Overview

The Spektrum DX10t is an extremely light-weight, universal-application, high-end tray radio. The DX10t is a modular design, so customizing its switch layout for the proper application means no matter what kind of modeler there is, the 10t has everyone covered. It features the next evolution of Spektrum’s AirWare software, which has been thoroughly refined and expanded, offering modelers a level of functionally and customization never before available. The DX10t supports up to 10 flight modes, allowing for an unprecedented amount of user personalization, which should be very pleasing to competition modelers. The switch modules are interchangeable, and assignable, allowing for customized switch positions depending on user application. The radio will allow for real time telemetry feedback, an SD card reader built in, meaning model transfer and the ability to upgrade the radios software over time. The SD card will also allow for data writing, so information gathered during use will be stored on the card, allowing for an in-depth look at model performance. The DX10t will include the high-speed AR10000, 10-channel receiver and a 2500mAh LiPo battery for extended field use.
Features


50 Model Memory
SD Card Slot + Card
Adaptive Trainer System
3 Timers
Electronic “E Ring” for helicopters
2048 Resolution
Multiple Warning/Alarm Options
Servo Speed Options
Assignable Switches
Multiple Programmable mixes
Accessory Storage in the “grips”
Marine Compatible

Overview

With the DX7 you’ll be able to fly anything from micro electric helis, to big gas-powered IMAC planes without regard to frequencies and free from fear of interference. Calling this kind of thing “revolutionary” just doesn’t cut it. It is nothing less than a quantum leap in RC technology that will change how you fly forever. Never again will the availability of a frequency pin dictate when you can take off. Never again will you have to ask, “What channel are you on?” Never again will your flying experience be interrupted by model-generated RF noise, interference from commercial broadcast towers, or anyone on another RC system.

NOTE - This package is Transmitter and Receiver only. NO Charger .



Features

<20-model memory
Airplane and Heli software
Switch assignment
P-mixes
Includes 4 powerful DS821 digital servos with high-tech resin gears
3-axis dual rate & expo
3-position flap (Airplane)
5-point throttle curve (Heli)
Three flight modes plus hold (Heli)
Gyro programming (Heli)
CCPM, 2-servo 90°, 3-servo 90°, & 3-servo 120°
Configured to default, helicopter model type (all airplane programming is available)