R9 STAB OTA is a 900MHz long-range and stabilization receiver with a built-in 3-axis gyroscope and 3-axis accelerometer.

MULTIPLE FLIGHT MODES
R9 STAB OTA has 8 PWM channels, on traditional fixed-wing models it will support stabilization, automatic level, hover and knife-edge flight modes. For delta wings and V-tail models, it supports stabilization and automatic level flight modes.

ACCESS PROTOCOL
R9 STAB OTA receiver implements the ACCESS protocol and brings the user improved performance and features. It supports wireless over-the-air firmware updates, making binding to receivers even easier as well as conveniently checking the current receiver firmware version.

CONFIGURATION PARAMETERS
Paired with a FrSky radio transmitter, the parameters can be adjusted conveniently through the LUA script. In addition, parameters may also be adjusted by FreeLink (PC) and FreeLink App (with AirLink S).

• ACCESS protocol and supports OTA functions
• 900MHz/868MHz long-range with low latency
• Built-in 3-axis gyroscope and 3-axis accelerometer
• Support S.Port
• Supports quick configuration for setting multiple flight modes (quick mode)
• Detachable Ipex1 connector antenna
• Multiple configuration methods (LUA script and FreeLink)

• Dimension: 45.7*26.3*16.2mm
• Weight: 18.6g
• Numbers of Channel: 8/16CH (CH16 outputs RSSI)
• Operating Voltage: DC 3.5V~10V
• Operating Current: 140mA@7.4V
• Measuring range of gyroscope: ±2000dps
• Measuring range of acceleration: ±4g
• Compatibility: R9M Lite/R9M/R9M 2019 with ACCST firmware
  R9M Lite/R9M Lite Pro/R9M 2019 with ACCESS firmware

FrSky R9 and R9M radio control system is the first FrSky long range system which works in the frequency of 900MHz. The R9M module offers 4 switchable RF power outputs so you can choose the appropriate power for different flight situations. Compared to another FrSky 2.4GHz long range receiver like the L9R, the R9 receiver has a longer operating range up to 10KM and above. Moreover, the R9 is also a redundancy receiver which can connect to another receiver to ensure the security of your aircraft.

900MHz/868MHz working mode

Long range, low latency and high precision RC system

4 Optional RF power 10 mW-1 W (Non-LBT Version)

Smart Port enabled and support telemetry data transmission

Vin Voltage Range: 6.5V-13V
External Power Supply: 6.5V-13V
Telemetry Interface: Smart Port
Upgrade Interface: Smart Port
Compatibility: R9 series (ACCST/ACCESS) and TD series

FCX07 LiPo/NiMH Dual Mode Charger.

Laddare inkl nätagg.

För att ladda NiMh sändaraccen i FrSky Q X7. (batteri säljs löst).

Denna antenn har den mindre modellen av kontakt.

Längd: 150 mm

2dB Module Antenna 2.4 GHz.

Kontakt: RP-SMA hane.

NiMh Sändar acc för Taranis Q X7.

Mått: 86x58x17.5 mm.
Kapacitet: 2000 mAh.
Spänning: 7.2 V.

Kan naturligtvis även passa andra typer av sändare. (byte av kontakt kanske krävs).

GensAce LiPo batteri för Sändare.

Men 3 olika anslutningar för div. radio sändare.
Kontrollera vad din radio klarar. Mät batteri utrymmet (inkl utrymme för kablar), klarar radion 3S LiPo?
Då kanske detta är något för dig.

Gens ace lipo 2700mAh 3S1P lipo battery pack includes special connectors made specifically for your RC radios including the very popular FrSky Taranis X9D.

A 3s balance plug, JST connector, and standard male servo connector are included for a wide compatibility of radios.

Volt: 11.1 V  3 cell
Kapacitet: 2700 mAh
Storlek: 93 x31 x24  mm
Vikt: 200 g.
Amp: 1 C kontinuerligt 2.7 A.  (OBS! Sändarbatteri)
Laddning : 1 C rekommenderas.
Kontakter: Futaba, JST-SYP (röd kontakt), JST-XHR 3P, JST-XH Balansering, kablar 20 AWG. 

Lär dig mer om batterier i vår guide!

Kontakter och adaptrar:  Se här!

The RX6R is a standalone receiver with all the functions of X6R, it features 6 PWM outputs with extremely high precision and low latency. The latency of PWM output is 9ms less than that of the X6R in high speed mode. The RX6R features the redundancy function as well, this means you can add another receiver as a back-up in case the first one fails. Last but not least, the RX6R and the whole RX-line has a 40% increase in range compared to the previous X series receivers.

Small and High sensitivity (40% Increase of the range compared to previous X series receivers)
Higher precision PWM
Low latency PWM output
Lower power consumption
Redundancy function supported
Smart Port enabled and telemetry data transmission supported
Battery voltage detection supported
2 detachable IPEX 4 connector antennas
PCB protection with the comformal coating craftwork

Protokoll: ACCST (EU LBT) (går att uppdatera till ACCESS)
Dimension: 21.1×17×7.3mm (L×W×H)
Weight: 2.5g / 2.9g (with two antennas)
Number of Channels: 16CH (1-6CH PWM from conventional channel outputs, 1-16CH from SBUS OUT port)
Operating Voltage Range: 3.5V-10V
Operating Current: 100mA@5V
Operating Range: >2km
Servo Frame Rate: 9ms (HS—High Speed Mode)/18ms (FS—Normal Speed Mode)

The RX4R is a standalone receiver with all the functions of X4R, it features 4 PWM outputs with high precision and low latency. The PWM output latency is 9ms less than that of the X4R in high speed mode. The RX4R also supports the redundancy function, this means you can add another receiver as a back-up in case the first one fails. Last but not least, the RX4R and the whole RX-line has a 40% increased operating range compared to the previous X series receivers.

Small and High sensitivity (40% increase of the range compared to previous X series receivers)
Higher precision PWM and Low latency PWM output
Lower power consumption
Redundancy function supported
Smart Port enabled and telemetry data transmission supported
Battery voltage detection supported
2 detachable IPEX 4 connector antennas
PCB protection with the comformal coating craftwork

Protokoll: ACCST (EU LBT) (går att uppdatera till ACCESS)
Dimension: 18×17×7mm (L×W×H)
Weight: 2g/ 2.4g (with two antennas)
Number of Channels:16CH (1-4CH PWM from conventional channel outputs, 1-16CH from SBUS OUT port)
Operating Voltage Range: 3.5V-10V
Operating Current: 100mA at 5V
Operating Range: >2km
Servo Frame Rate: 9ms (HS—High Speed Mode)/18ms (FS—Normal Speed Mode)

FrSky M7-R hall sensor gimbal is specially designed for FPV racing, 3D and acrobatic fixed wing and 3D Heli pilots who are using the FrSky Taranis Q X7/X7S Transmitter. The 45 degree throttle travel will allow you to achieve a quick throttle response resulting in precision control.

45 degree throttle travel for quick throttle response
Hall sensor
4 ball-bearings
Adjustable tension
Ideal for FPV RACING, 3D and acrobatic fixed wing, 3D Heli

Supply Voltage (VCC): DC 3.0+/-0.5V
Sensitivity: 2.50 mV/G
Linear Output Voltage Range: 0.1  (VCC +0.1) V
Quiescent Output (TA = 25 degree C, B = 0 G): 0.5 × VCC
Noise (no load): <40mVpp

SD1 can be used as SBUS decoder to convert SBUS signal to PWM signal for use of a conventional servo (other than use SBUS compatible servo directly) with SBUS system.

Convert the SBUS signal to the PWM signal
Multiple methods to set the output channel signal

Dimension: 8mmx12mmx3.1 mm (LxWxH)
Weight: 0.45 g
Operating Voltage Range: 3.5V~10V
Operating Current: 24mA at 5V
Firmware Upgradable
PWM Output Rate: 18ms/55Hz

The FrSky Wireless USB Dongle For Simulator allows you to wirelessly connect your FrSky transmitter to computer to use simulator.  Then bind your transmitter to it, now you can move freely while using a simulator.

OBS! EU/LBT.

Compact design
Low power requirements: typically 55mA
Compatible with FrSky transmitters and module systems (Mode D16)
Compatible with popular simulators (DRL, LiftOff, Freerider, HotProps, etc.)
8 proportional channel and 8 switch channel output (set on the transmitter side)
Firmware upgradable (through the S.Port)

Size: 48.2x19.1x9.2 mm (LxWxH)
Weight: 6.2 g

This receiver is designed to be used for the Gliders. FrSky built the variometer sensor into the RX8R receiver, this will give you telemetry data like altitude and vertical speed. The G-RX8 supports the redundancy function as well, this means you can add on another receiver to create a back-up in case one fails. In addition, it supports SBUS and PWM mode, you can switch between the 2 channels between very easily.

Integrate with high precision variometer sensor
Support redundancy function
Support telemetry data transmission
Switchable SBUS/PWM mode (1-8CH from PWM outputs and 1~16CH from SBUS output)

Dimension: 55.26x17x8mm
Weight: 5.8g
Number of Channels:  16 CH(1-8ch/9-16ch from conventional channel outputs, 1-16CH from SBUS  port).
Operating Voltage Range: 3.5-10V
Operating Current: 100mA at 5V
Operating Range: Full range
Firmware Upgradable
Compatibility: D16 mode
Servo frame rate: 9ms (HS–High Speed  Mode)
18ms (FS–Normal Speed Mode)

The FrSky RB –20 is a switchboard module that can operate 2 receivers and 2 batteries to provide you with total peace of mind when flying your models. The RB-20 has a higher operating current and supports high-current servos, when previous redundancy products did not. One of the best upgrades on the RB-20 is that it can switch telemetry automatically between RX1 and RX2.

Like other redundancy products, you can run your servos from the switchboard with complete protection from high voltage overload. The RB-20 also supports Smart Port telemetry for your FrSky transmitters and will provide telemetry feedback for voltage and overload indication.

Multi-channel output
Higher operating current (The current is twice as big as RB) and supporting high-current servos
Automatically selected telemetry between RX1 and RX2: decide on/off of telemetry on RX1 and RX2 through RX1 S.P and RX2 S.P
High voltage servo supported
Overload protection on each channel
Compatible with other FrSky S.Port products
Dual power and dual receiver
Integrated S.Port telemetry feedbacks (voltage, current, capacity, overload indication, etc.)
Settable servo signal output period: 50Hz of servo outputs (20ms period) or equal to the input of SBUS cycle

Recommended input voltage range: DC 4-8.4V (1-2s Lipo or 4-6s NiMH)
Number of servos: up to 15
Operating temperature: -20 C to 75 C
Weight: 37g
Dimension: 77×43×22mm

An upgraded version based on the RX8R receiver, it has all the same features including redundancy.

The Pro version has higher precision and lower latency. It’s deviation of PWM is reduced to 0.5us, and the delay of PWM output is 9ms less than that of the X8R in high speed mode. A feature that deserves mention is the decreased effect of interference caused by the ignition process.

Strong anti-interference performance in ignition process
Higher precision of PWM
Lower latency on the PWM output
Support redundancy function
Smart Port enabled and support telemetry data transmission

Dimension: 46.3mmx26.6mmx14.2mm (LxWxH)
Weight: 14.8g
Numbers of Channels: 16CH(1-8CH PWM or 9-16CH PWM from conventional channel outputs, 1-16CH from SBUS port)
With RSSI Output on Board: Analog DC 0-3.3V
Operating Voltage Range: 3.5V-10V
Operating Current: 100mA at 5V
Operating Range: full range (>1.5km)
Firmware Upgradeable
Servo Frame Rate: 9ms (HS—High Speed Mode)/18ms (FS—Normal Speed Mode)
Compatibility: FrSky transmitters/transmitter modules in D8/D16 mode

The Gas Suite is a multifunctional unit which is mainly used to monitor the operating state of an internal combustion engine model. It allows you to measure in real-time the operating temperature, RPM and fuel flow velocity. In addition the Gas Suite also allows you to control the ignition system manually, allowing the user full control during operation.

Monitor in real-time environment temperature and operating temperature of the engine.
Monitor in real-time RPM and the gas flow velocity
Smart Port enabled and support telemetry data transmission
Enable and disable the ignition control system manually
Parameters (Initial quantity of gas, alarm values and etc.) configuration through transmitters and FreeLink (PC)

Weight: 19g
Dimension: 40x28.8x12.7mm (LxWxH)
Operating Voltage Range: 4.0V-10V
Measured Range of Speed: 100-100000r/min (Degree of Accuracy: +/-2%)
Measured Range of Flow Velocity: 20-800ml/min (Degree of Accuracy: +/-2%)
Measured range of temperature:
– TEMP1: PT100: -20 C 310 C, Degree of accuracy: +/-1%
– TEMP2: NTC: -20 C to 250 C, Degree of accuracy: +/-1%
Physical interface: Temp1 and 2, FLOW, CDI pulse In and Out, Channel In, Smart Port

The FrSky Smart Port RPM and Temperature Sensor has been designed to work with FrSky Smart Port systems, it can measure the RPM of brushless motors from 1,000~30,000rpm and temperatures of -20 to 250 degrees celsius. Other FrSky Smart Port enabled sensors including the variometer, lipo voltage, GPS, current and airspeed sensors can be used at the same time.

Installing is easy, just connect the sensor to any 2 wires on the brushless motor by the supplied JST cable and then plug the smart port lead into the smart port enabled receiver. 2 temperature sensors are supplied which are plugged to the PCB so you can use a single one or both. Attach the temperature sensor to your ESC to enjoy the full benefit and peace of mind from this fantastic product. Set up is very straightforward using the push button and LED status indicator.

Please note: The FrSky Smart Port RPM/Temperature Sensor is only compatible with FrSky Smart Port enabled receivers such as the X8R, X6R and X4R.

Measures RPM from 1,000~30,000rpm
Measures temperature from -20~250°C
Simple and easy to install
Small and lightweight
LED status indicator
Easy push button set up

Compatibility FrSky Smart Port enabled receivers, such as X8R, X6R, X4R, etc.
Dimension 29×20×2mm
Weight 6.7g
Operating Voltage Range DC 4 -10 V
Measurement Range -20~250 degrees Celsius/ -4~482 degrees Fahrenheit
Current consumption 25mA@5V

This FrSky G-RX6 is designed to be used with Gliders. FrSky built a variometer sensor right into the X6R receiver, this will give you telemetry data like altitude and vertical speed. The G-RX6 features 6 PWM outputs with higher precision and lower latency. The latency of the PWM output is 9ms less than that of the X6R, in high speed mode. It also supports the redundancy function, so it can be used in conjunction with other receivers. The G-RX6 and the whole RX-line has a 40% increased operating range compared to the previous X series receivers.

High sensitivity (40% Increase of the range compared to previous X series receivers)
Integrated with high precision variometer sensor
Higher precision PWM
Lower latency PWM output
Lower power consumption
Supports redundancy function
Smart Port enabled and support telemetry data transmission
Battery voltage detection
2 detachable IPEX connector antennas

Dimension: 21.1×13×7.3mm (L×W×H)
Weight: 2.2g / 2.6g (with two antennas)
Number of Channels: 16CH (1-6CH PWM from conventional channel outputs, 1-16CH from SBUS OUT port)
Operating Voltage Range: 3.5V-10V
Operating Current: 100mA@5V
Operating Range: >2km
Servo Frame Rate: 9ms (HS—High Speed Mode)/18ms (FS—Normal Speed Mode)

Verktyg för att ändra inställningar i S6R och S8R, mottagare med gyro.

Ladda ner manualen (pdf) under fliken "Dokument".

Inklusive Hallgimbals, hardcase tygväska, laddare och batteri.

FrSky Taranis Q X7S is the upgraded version of the original Taranis Q X7. It includes all the features of Taranis Q X7 and more.

Taranis Q X7S has the upgraded ball bearing hall sensor gimbals and is loaded with six upgraded switches and two knobs. It runs on OpenTX and files can be shared with the popular X9D Plus. The MicroSD card slot offers unlimited model memory options, it also has a USB port for upgrades and to connect to a PC for adjusting settings. Wheel and center enter button makes navigating the backlit menu easy and precise.

Equipped with an audio jack output and trainer port as well. In addition, the Taranis Q X7S also supports the wireless trainer function and it is compatible with FrSky Freelink ( https://www.frsky-rc.com/app/ ) to monitor the sensor data during the flight. And of course a module bay for use with JR-type modules that can be used with other protocol receivers and with the use of a FrSky XJT module.

This is a lightweight feature packed reliable system. The radio includes a Haptic Vibration Feedback System which provides an alternative feedback system to the voice and sound alert warnings. This radio can support up to 32-channels. Other features include Receiver Match, Real-Time Flight Data Logging and Super Low Latency for precision flying. Overall this Radio has the features of more expensive transmitters at an unprecedented value.

Hall sensor M7 gimbal
Receiver match
Audio speech outputs (values, alarms, settings, etc.)
Real-time flight data logging
Receiver signal strength indicator (RSSI) alerts
Inbuilt wireless trainer system
Super low latency
Vibration alerts
Model files are compatible with TARANIS X9D/X9D Plus/X9E/X7.
Open source firmware OpenTX installed.
Support connect the Free Link App for telemetry

Model Name Taranis Q X7S
Transmitter Color Blue/ Carbon Fiber
Number of Channels 16 channels (up to 32 channels)
Operating Voltage Range 6.5~15V (2S, 3S Lipos are acceptable)
Operating Current 190mA@7.2V
Operating Temperature -10~60 degree C.
Backlight LCD Screen 128*64 outdoor readable LCD
Flash Memory 16MB(extendible by TF card)
Compatibility FrSky receivers in the D8/D16/LR12 mode, Taranis Q X7S-EU version is not compatible with D8 mode.

----- >>>>>>  Hur får man D8 mode i en EU-LBT Taranis? <<<<-------

Se under fliken "videos" !!!

Fancy an Emax Tiny Hawk but don’t see D8 as an option in your radio?
Don’t want flash it every receiver you have to non-EU firmware? No problem!

If you’ve got a European Frsky radio it will be running the EU LBT firmware which comes with D8 mode disabled by default but you can enable it without moving away from the EU LBT firmware. It’s just a build option you can change when updating your radio in OpenTX Companion.

I won’t rewrite a Taranis flashing guide here as there are already plenty of good ones out there. Instead I’ll point you toward Joshua Bardwell's excellent video the topic. 

The important bit is at exactly 7 minutes in. Look closely at the option boxes Joshua ticks, or more importantly the ones he doesn’t - the EU option is left unticked. Carry on with the video' til the end and you're all done!

When you create a new model or edit an old one now you’ll have D8 as an option as well as LR12 and D16. Nothing else as charged or been taken away and all you existing models will still work.

As the second R9 series receiver, R9 Slim includes all the advantages of the previous R9 long range receiver. Other than that, R9 slim has the lower latency and own the best compatibility with all the FrSky transmitters. The redundancy function ensures the security of your aircraft, and its tiny shape with the reduced weight must be the best choice in your competition.

900MHZ (Non-EU Version)/ 868MHZ(EU Version)
small and conveniently setup
Low latency and high precision
Support redundancy function
Smart Port enabled and support telemetry data transmission
Battery voltage detection
With RSSI output

Dimension: 30*13.5*5mm (L × W × H)
Weight: 3.2g

With RSSI Output: Analog 0~3.3V
Operating Voltage Range: DC 3.5V~10V
Operating Current: 100mA@5V
Operating Range: up to 10km or above
Firmware Upgradable
Compatibility: R9 series TX

Number of Channels:
R9 EU Version
R9M Mode:  Telemetry: 6/8CH, NO-telemetry Telemetry:  6/16CH

OBS!. Li-Ion batteri ingår med denna radio. 2600 2S.

With the demand for further extending the legacy of the Horus Series Transmitters,
the Horus X10/S Express version was born.
With many new updates like applying the ACCESS protocol and hardware tweaks.

Horus X10/S Express use the ACCESS communication protocol, it boasts 24 channels with a faster baud rate and lower latency equipped with a high-speed module digital interface. Along with the new spectrum analysis function and added FrOS/OpenTX firmware, it is now possible to check the airwaves for RF noise.

Both X10 and X10S Express support balancing charge for 2S Li-ion battery via a collateral USB cable. The accessible battery compartment design is another change worth mentioning, with two 18650 Li-ion batteries you can expect to be able to fly all day. The Express carries forward all of their predecessor’ features like the industrial LCD color screen, and the highly-accuracy M10/MC12P hall sensor gimbals which offer the most precise control. Additionally, it features a remarkable PARA wireless trainer function which also makes them compatible with the FrSky Free Link App and AirLink S. All that makes the Express version an ideal transmitter for, gliders, helis, multirotor and every type of fixed-wing imaginable.

High-speed module digital interface with installed ACCESS protocol
Supports spectrum analyzer function
Supports wired training function
New PARA wireless training system
–  High-speed training system with a lower latency
–  Compatible with FrSky Free Link App and AirLink S via mobile devices
Dual internal antennas and a single detachable external antenna work in unison to create a robust link
Antenna detection and SWR warning
Industrial LCD: 480*272 readable outdoor color screen
Supports 2S Li-battery balancing charge with Mini USB interface
Easily accessible battery compartment (*Batteries not included)
MC12P all CNC digital higher accuracy ten bearings hall sensor gimbals and extendable stick ends

Dimension: 213x225x112 mm (LxWxH)
Weight: 950 g (without battery)
Operating system: FrOS / OpenTX
Internal RF module: ISRM-S-X10
Number of Channels: 24 channels
Operating Voltage Range: 6.5 - 8.4 V (2S Li-battery)
Operating Temperature: -10-60 degree C.
Operating Current: 240 mA at 7.4 V (typ)
Charging Current: >=1A +/-200 mA
USB Adaptor Voltage: 5.0+0.2 V
USB Adaptor Current: >2.0 A
Backlit LCD resolution: 480x272
Compatibility: ACCST D16 and ACCESS receivers

FrSky Dekoder SBUS till PWM.

Weight: 14.8 g
Operating Voltage Range: 4-10 V
Operating Temperature Range: -10 to 45 C
Channel Output Cable Lengths: 210 mm

(Se manualen under fliken dokument, begränsningar med vissa mottagare finns.)

Du behöver även:  FrSky Servo Channel Changer (SBUS)

FrSky Servo Channel Changer.

This product is a tool for setting the channel to FrSky SBUS & CPPM compatible servo (e.g. D12MB), FrSky SBUS decoder and Futaba SBUS compatible servo. In order to fully enjoy benefits of this system, please, carefully read the instruction and set up the devices as described below.

Errors
When channel setting cannot be performed correctly because of improper connection of the D12MB or other SBUS compatible servo, etc., check the following:
3. Use rotate switch () set the
"Set-To" to the channel you want and push rotate to confirm.

Dimension: 48x67x22 mm
Weight: 6.7g
Operating Voltage Range: 3-16V
Operating Temperature Range: -10-45 C

Upgrade S.Port devices

Configure S6R/S8R/Sensors with PC software

Configure S6R/S8R/Sensors wirelessly with Free Link (Apple Store only at present)

Compatibility: All FrSky S.Port products
Dimension: 45x16x4 mm (LxWxH)
Weight: 7 g

R9M Sändar Modul 900 MHz. Lång räckvidd.

Mottagaren (R9) köps separat.

FrSky R9 and R9M radio control system is the first FrSky long range system which works in the frequency of 900MHz. The R9M module offers 4 switchable RF power outputs to so you can choose the appropriate power for different flight situations. Compared to another FrSky 2.4GHz long range receiver like the L9R, the R9 receiver has a longer operating range up to 10KM and above. Moreover, the R9 is also a redundancy receiver which can connect to another receiver to ensure the security of your aircraft.

900MHz working mode
Uteffekt: 25 eller 500 mW.
Long range, low latency and high precision RC system
4 Optional RC power
Smart Port enabled and support telemetry data transmission

Compatibility: R9
Operating Voltage Range: 4V-12 V

FrSky Lipo Sensor, Smart Port enable
It can measure total voltage and cell voltages as connected.

Compatibility: FrSky Smart Port enabled receivers, such as X8R, X6R, X4R, etc.
Weight: 6 g
Case: 35×23×6 mm
Operating Voltage Range: 2S~6S (6~25 V)
Operating Temperature Range: -10~70 C

The FrSky GPS Sensor feeds variable directional information such as altitude, position, speed, and UTC time, which is displayed in real time on FrSky’s Taranis transmitter or telemetry dashboard (DHT-U/FLD-02/FSD etc.)  This sensor will only work with the FrSky Smart Port enabled receivers, such as X8R, X6R, X4R, etc.  This is a great addition to your Taranis setup.

Compatibility: FrSky Smart Port enabled receivers, such as X8R, X6R, X4R, etc.
Weight: 11.3 g
Case: 40x20x9 mm (L x W x H)
Operating Voltage Range: DC 4-10 V
Operating Temperature Range: -40~85 C

The FrSky Variometer sensor calculates the altitude from atmospheric pressure. Atmospheric pressure will get lower as you go up in altitude, using this the sensor will estimate the altitude. An exact display cannot be performed if atmospheric pressure changes in weather. The Variometer sensor also can output the Altitude Rate via DA port. Altitude Rate formula: (Output DA Voltage -1.65)/1.65=Altitude Rate speed/10.24.

Capable of connecting directly to the telemetry receivers without the sensor hub.
Backward compatibility with existing sensor hub and sensors, also compatible with new generation Smart Port enabled sensors.
Smart Port enabled, realizing two-way full duplex transmission.

Type: Variometer sensor
Measures: -700 ~ 10000 m with 0.1 m (high precision version) resolution
Operational Voltage: 4~10 VDC
Operational Current: 30 mA
Dimensions: 31.1×18.3x6 mm (LxWxH)
Weight: 3.1 g
Units: Metric or British units

FrSky Battery Voltage Sensor – FrSky telemetry system accesory.

Three Voltage Ranges To Choose:
1S Lipo for battery voltage range from 0V~6.6V;
3S Lipo for battery voltage range from 0V~13.2V;
5S Lipo for battery voltage range from 0V~19.8V.

FrSky’s Smart Port Current Sensor-150A.

It is designed for FrSky Smart Port enabled systems, and can measure Current (A) when connected between a Battery and ESC.

Compatibility: FrSky Smart Port enabled receivers, such as X8R,X6R, X4R, etc.
Model: FCS-150A
Weight: 20.1 g
Measurement Range: 0~150 A
Maximum Current: 150 A

The FrSky air speed sensor was designed for the FrSky smart port enabled system.  With its easy install it is an easy way to get air speed data.  Just install the pitot tube as far away from any prop wash or any disturbed air as possible, install the sensor in the fuselage, run the silicon tubes, and plug into the receiver, or another smart port sensor, and enjoy!

This sensor not only can send speed data to your Taranis, but can also, when set up properly, warn the pilot of low airspeed, log airspeed data, check your top speed, program your radio  automatically drop the landing gear at a preset airspeed, etc.

There are 2 versions of air speed sensors. The SP-ASS-70 can accurately measure airspeed up to 167.7 mph, (270 km\h). The SP-ASS-100 measures up to 223.7 mph, (360 km/h).

Compatibility: FrSky Smart Port enabled receivers, such as X8R, X6R, X4R, etc.
Model: ASS-100
Dimension: 
Circuit Board: Weight 5 g, dimensions 33.14×17.14×10.45 mm
Pitot Tube: Weight 4 g, length 101mm, diameter 2.6 mm

Pitot Tube Hose: Silicon, clear, 3 feet (1 meter), 2.2 mm ID, 3.8 mm OD
Operating Voltage Range: DC 4 -10 V
Operating Current: 25mA at 5 V
Measurement Range: 0~360 km/h

It is designed for FrSky Smart Port enabled system, and can provide Air Speed data for your entire flight.

Compatibility: FrSky Smart Port enabled receivers, such as X8R, X6R, X4R, etc.
Model: ASS-70
Operating Voltage Range: DC 4-10 V
Operating Current: 20 mA at 5 V
Measurement Range: 0~270 km/h.
Size/Weight: 7 g, dimensions 33.29×22.26×12.55 mm.
Pitot Tube: Weight 4 g, length 101 mm, diameter 2.6 mm.

Pitot Tube Hose: Silicon, clear, 3 feet (1 meter), 2.2 mm ID, 3.8mm OD

The FrSky Variometer sensor calculates the altitude from atmospheric pressure. Atmospheric pressure will get lower as you go up in altitude, using this the sensor will estimate the altitude. An exact display cannot be performed if atmospheric pressure changes in weather. The Variometer sensor also can output the Altitude Rate via DA port. Altitude Rate formula: (Output DA Voltage -1.65)/1.65=Altitude Rate speed/10.24.

Capable of connecting directly to the telemetry receivers without the sensor hub.
Backward compatibility with existing sensor hub and sensors, also compatible with new generation Smart Port enabled sensors.
 Smart Port enabled, realizing two-way full duplex transmission.

Type: Variometer sensor
Weight:3.1 g
Operating Voltage Range: DC 4-10 V
Operational Current: 30 mA
Dimensions: 31.1×18.3x6 mm (LxWxH)

Up to two temperature sensors can be used at the same time. They are commonly used to read temperatures of model accessories, such as electric motor, ESC, glow and gas engine cylinder head, battery, muffler, voltage regulator, BEC, tail pipe and ambient air.

Measurement Range: -20~250 degrees Celsius
Accuracy: 1 degree Celsius

FrSky Sensor Hub is recommended to connect digital side port (G, TX, RX) of FrSky telemetry receiver and FrSky sensors by the provided cable, to serve as an information collecting and processing center, monitor the model status and feedback all data back to FrSky DHT-U.

Weight: 7g (sensor hub only w/o wires)
Operating Voltage Range: 4-10 V
Operating Temperature Range: -20~80 C
Dimensions: 37x30x8 mm

Denna antenn har den större modellen av kontakt.

FrSky ultra mini receiver R-XSR is the evolution of FrSky full range XSR receiver.

The R-XSR is a standalone receiver with all the functions of XSR, in addition, it’s almost 1/3 size and 1/3 weight of XSR receiver. Moreover, there redundancy function is integrated into this tiny receiver ensures the security, and the IPEX connector makes it more convenient for you to replace antennas.

Ultra mini size and light weight
Support telemetry and Smart Port enabled
Full range
Switchable SBUS/ CPPM signal output
Supports redundancy function
IPEX connector, replaceable antennas

Dimension: 16x11x5.4 mm (LxWxH)
Weight: 1.5 g
Number of channels: 16 CH (1-16 CH from SBUS channel, 1~8 CH from CPPM channel)
Operating Voltage Range: 3.5 V~10 V
Operating Current:70mA at 5 V
Firmware Upgradable
Compatibility: FrSky X Series modules and radios in D16 mode

Hur man ställer in? Se Videon!!

Built-in a three-axis gyro and three-axis acceleromter sensor module
Built-in RSSI PWM ourput (0~3.3V) on board
Built-in battery voltage sensor
Smart Port enabled

Compatibility FrSky Taranis X9D Plus/X9E/Horus X12S/XJT in D16 mode
S6R-EU only works with Horus X12S and Taranis X9D Plus/X9E-EU/XJT-EU in D16-EU mode
Model X6R(6CH receiver with buil-in 3-axis gyro and 3-axis acceleration)
Dimension: 47.42x23.84x14.7 mm (LxWxH)
Weight: 12.1 g
Operating Range: full range
Operating Voltage Range: 4.0~10 V
Operating Current: 100 mA at 5 V
Number of Channels: 6 CH(1~6 CH from conventional channel outputs)
Measurement Range: +/- 4 g

Hur man ställer in? Se Videon!!

The S8R is a FrSky X-series receiver with built in 3-axis stabilization. For conventional Fixed Wing and Glider Models it will support stabilization, automatic level, hover and Knife-edge flight modes, for Delta Wings or flying wings and V-tail models it supports stabilization and automatic level flight modes. You can edit the type of model and manipulate all these features via the S8R.Config or S8R.lua. The S8R can also be used as a standard 8 channel X series receiver if it is required.

Tip: Use the S8R with 3-axis stabilization as a slave receiver with the RB-10 to give you that extra peace of mind by buying you precious time to bring your model home.

Built in RSSI PWM output (0-3.3V)
Built in battery voltage detection
Built in 3-axis gyroscope and 3-axis accelerometer sensor module
Smart Port enabled
SBUS Port enabled

Compatibility: FrSky Taranis X9D Plus/X9E/X7/Horus X12S/XJT in D16 mode
S8R-EU only works with FrSky Taranis X9D Plus/X9E/X7/Horus X12S/XJT in D16-EU mode
Firmware Upgradable
Dimension: 46.47x26.78x14.12 mm (LxWxH)
Weight: 14 g

Operating Range: Full range
Operating Voltage Range: 4.0-10 V
Operating Current: 120 mA at 5V

Number of Channels: 8/16 CH (1-8 ch from conventional channel outputs, 1-16 ch from SBUS output)
RSSI(Y/N): With RSSI PWM output on board: PWM voltage output(0-3.3 V), 100Hz, 1500+/-500us

Measurement Range: Gyroscope Measurement Range: +/-2000dps
Accelerometer Measurement Range: +/-4 g

OBS!. Li-Ion batteri ingår med denna radio. 2600 2S.

With the demand for further extending the legacy of the Horus Series Transmitters,
the Horus X10/S Express version was born.
With many new updates like applying the ACCESS protocol and hardware tweaks.

Horus X10/S Express use the ACCESS communication protocol, it boasts 24 channels with a faster baud rate and lower latency equipped with a high-speed module digital interface. Along with the new spectrum analysis function and added FrOS/OpenTX firmware, it is now possible to check the airwaves for RF noise.

Both X10 and X10S Express support balancing charge for 2S Li-ion battery via a collateral USB cable. The accessible battery compartment design is another change worth mentioning, with two 18650 Li-ion batteries you can expect to be able to fly all day. The Express carries forward all of their predecessor’ features like the industrial LCD color screen, and the highly-accuracy M10/MC12P hall sensor gimbals which offer the most precise control. Additionally, it features a remarkable PARA wireless trainer function which also makes them compatible with the FrSky Free Link App and AirLink S. All that makes the Express version an ideal transmitter for, gliders, helis, multirotor and every type of fixed-wing imaginable.

High-speed module digital interface with installed ACCESS protocol
Supports spectrum analyzer function
Supports wired training function
New PARA wireless training system
–  High-speed training system with a lower latency
–  Compatible with FrSky Free Link App and AirLink S via mobile devices
Dual internal antennas and a single detachable external antenna work in unison to create a robust link
Antenna detection and SWR warning
Industrial LCD: 480*272 readable outdoor color screen
Supports 2S Li-battery balancing charge with Mini USB interface
Easily accessible battery compartment (*Batteries not included)
MC12P all CNC digital higher accuracy ten bearings hall sensor gimbals and extendable stick ends

Dimension: 213x225x112 mm (LxWxH)
Weight: 950 g (without battery)
Operating system: FrOS / OpenTX
Internal RF module: ISRM-S-X10
Number of Channels: 24 channels
Operating Voltage Range: 6.5 - 8.4 V (2S Li-battery)
Operating Temperature: -10-60 degree C.
Operating Current: 240 mA at 7.4 V (typ)
Charging Current: >=1A +/-200 mA
USB Adaptor Voltage: 5.0+0.2 V
USB Adaptor Current: >2.0 A
Backlit LCD resolution: 480x272
Compatibility: ACCST D16 and ACCESS receivers

Inklusive Hallgimbals, hardcase tygväska, laddare och batteri.

FrSky Taranis Q X7S is the upgraded version of the original Taranis Q X7. It includes all the features of Taranis Q X7 and more.

Taranis Q X7S has the upgraded ball bearing hall sensor gimbals and is loaded with six upgraded switches and two knobs. It runs on OpenTX and files can be shared with the popular X9D Plus. The MicroSD card slot offers unlimited model memory options, it also has a USB port for upgrades and to connect to a PC for adjusting settings. Wheel and center enter button makes navigating the backlit menu easy and precise.

Equipped with an audio jack output and trainer port as well. In addition, the Taranis Q X7S also supports the wireless trainer function and it is compatible with FrSky Freelink ( https://www.frsky-rc.com/app/ ) to monitor the sensor data during the flight. And of course a module bay for use with JR-type modules that can be used with other protocol receivers and with the use of a FrSky XJT module.

This is a lightweight feature packed reliable system. The radio includes a Haptic Vibration Feedback System which provides an alternative feedback system to the voice and sound alert warnings. This radio can support up to 32-channels. Other features include Receiver Match, Real-Time Flight Data Logging and Super Low Latency for precision flying. Overall this Radio has the features of more expensive transmitters at an unprecedented value.

Hall sensor M7 gimbal
Receiver match
Audio speech outputs (values, alarms, settings, etc.)
Real-time flight data logging
Receiver signal strength indicator (RSSI) alerts
Inbuilt wireless trainer system
Super low latency
Vibration alerts
Model files are compatible with TARANIS X9D/X9D Plus/X9E/X7.
Open source firmware OpenTX installed.
Support connect the Free Link App for telemetry

Model Name Taranis Q X7S
Transmitter Color Blue/ Carbon Fiber
Number of Channels 16 channels (up to 32 channels)
Operating Voltage Range 6.5~15V (2S, 3S Lipos are acceptable)
Operating Current 190mA@7.2V
Operating Temperature -10~60 degree C.
Backlight LCD Screen 128*64 outdoor readable LCD
Flash Memory 16MB(extendible by TF card)
Compatibility FrSky receivers in the D8/D16/LR12 mode, Taranis Q X7S-EU version is not compatible with D8 mode.

----- >>>>>>  Hur får man D8 mode i en EU-LBT Taranis? <<<<-------

Se under fliken "videos" !!!

Fancy an Emax Tiny Hawk but don’t see D8 as an option in your radio?
Don’t want flash it every receiver you have to non-EU firmware? No problem!

If you’ve got a European Frsky radio it will be running the EU LBT firmware which comes with D8 mode disabled by default but you can enable it without moving away from the EU LBT firmware. It’s just a build option you can change when updating your radio in OpenTX Companion.

I won’t rewrite a Taranis flashing guide here as there are already plenty of good ones out there. Instead I’ll point you toward Joshua Bardwell's excellent video the topic. 

The important bit is at exactly 7 minutes in. Look closely at the option boxes Joshua ticks, or more importantly the ones he doesn’t - the EU option is left unticked. Carry on with the video' til the end and you're all done!

When you create a new model or edit an old one now you’ll have D8 as an option as well as LR12 and D16. Nothing else as charged or been taken away and all you existing models will still work.

1) Show all connected sensors data;

2) Capable of programming alarm thresholds and system settings;

3) Set Physical ID and Group Number for S.Port sensors;

4) Firmware upgradeable for all S.Port products.

Compatibility FrSky X Series Telemetry Modules
Model FSD (FrSky S.Port Dashboard)
Dimension 75*50*13.8mm
Operating Voltage Range 4.8V ~ 6V
Pixel 128*64

This is an FrSky firmware upgrading cable for various components and transmitters.
The firmware can be downloaded from the FrSky website.

This upgrade cable is suitable for DFT/DJT/DHT/8ch Telemetry Receiver/Sensor Hub/FLD-02.

New Frsky USB to S.Port Update Adaptor for transfering files and firmware to the Taranis and S.Port receivers and sensors. comes with separate S.Port cable

This new unit now superceeds the Frusb-3 cable and Smart port adapter.

Ladda ner program här: https://www.frsky-rc.com/usb-to-s-port/

Denna antenn har den större modellen av kontakt.

Passar även på flysky X6B.

Denna antenn har den större modellen av kontakt.

Längd: 150 mm

FrSky M9-R Gimbal is specially designed for FPV racing, 3D and acrobatic fixed wing and 3D Heli pilots who are using the FrSky Taranis X9D/X9D Plus Transmitter. The 45 degree throttle travel will allow you to achieve a quick throttle response resulting in precision control. The combination of a hall sensor gimbal and included lotus stick ends will assure that your thumbs or fingers are with one with the radio. We gave it a red metal body to give it that race ready look.

45 degree throttle travel for quick throttle response
Hall sensor
4 ball-bearings
Adjustable tension
Ideal for FPV RACING, 3D and acrobatic fixed wing, 3D Heli

Supply Voltage (VCC): DC 3.0  +/- 5V
Sensitivity: 2.50 mV/G
Linear Output Voltage Range: 0.1  (VCC +0.1) V
Quiescent Output (TA = 25 C, B = 0 G): 0.5 x VCC
Noice (no load): <40 mVPP

FrSky's newest receiver features 16 channels (8 normal pwm outputs and all 16 channels on the dedicated Sbus output). Plus the exciting new Smart Port.

Smaller than the previous 8 channel recievers, but now packing 16 channels and the new Smart Port that supports the new hubless digital sensors! Or, connect the new vario, and then connect the old hub to use existing analog sensors.

A common question we get is how do you get all 16 channels out of the X8R? Well, FrSky has given you options. You can use the Sbus line to access all 16 channels. Using something like the FrSky Sbus Decoder, you can convert the digital Sbus signal to normal servo outputs. You can connect Sbus servos directly to the Sbus line, frSky will have several servo options very soon. Or you can combine 2 X8Rs and output channels 1-8 on the first reciever, and output 9-16 on the second reciever.

But that isn't all the X8R can do. It can also work in "D8 Mode to work with the DHT, DJT, DFT and DHT-U transmitter modules. In this mode you have 8 channels. The neat trick is the Smart Port still works in D8 Mode!

You are probably wondering about the new antennas on the X8R. FrSky refers to these as PCB antennas and report upto a 20% range increase over the standard antennas. (The X8R is also available with a standard antenna version, handy for full carbon aircraft.)

Specification:

Dimension: 46.5mm x 27mm x 14.4mm (1.83" x 1.06" x .56")
Weight: 16.8g (.59 oz)
Operating Voltage Range: 4V-10.0V
Operating Current: 100mA@5V
Operating Range: >1.5km (Full Range)
RSSI output: analog voltage output (0~3.3V)
FirmwareUpgradeable
Compatibility:

All 16 channels requires the FrSky Taranis, or the XJT module.
For 8 channels in D8 Mode you can use the FrSky Taranis or XJT, DJT, DFT, DHT and DHT-U modules.

SPECIFICATION
Compatibility 
FrSky D16 mode
Dimension 
21.5*12*3.5mm(L x W x H)
Weight 
1.6g
Operating Range 
Full range
Operating Voltage Range 
3.7V~10V
Operating Current 
30mA at 5V
Number of Channels 
Up to 16CH from SBUS(CH1~CH15 for PWM,CH16 RSSI for FC)

EU firmware. Går att flasha om via radion.

FEATURES:

Quad Ball Bearing Gimbals
Receiver Match
Audio Speech Outputs (values, alarms, settings, etc.)
Real-time Flight Data Logging
Receiver Signal Strength Indicator (RSSI) Alerts
Super Low Latency
Vibration Alerts
Model files are compatible with TARANIS X9D/X9D Plus/X9E.
Open source firmware OpenTx installed.

SPECIFICATION:

Operating Voltage Range 
6~15V (2S, 3S Lipos are acceptable)
Operating Current 
210mA maximum (both RF module and backlit are on)
Number of Channels 
up to 16 channels
Operating Temperature Range 
-10~45 C
Backlight LCD Screen 
128*64 outdoor readable LCD
Model Memories 
60 (extendable by MicroSD (TF) card)

EU firmware. Går att flasha om med minneskort
OBS! Att radion levereras utan batteri. Tomt bakom luckan, se nedan för rekommendede tillbehör.
Valfrihet! Välj mellan LipoAcc, NiMh acc eller vanliga AA batterier.

----- >>>>>>  Hur får man D8 mode i en EU-LBT Taranis? <<<<-------

Se under fliken "videos" !!!

Fancy an Emax Tiny Hawk but don’t see D8 as an option in your radio?
Don’t want flash it every receiver you have to non-EU firmware? No problem!

If you’ve got a European Frsky radio it will be running the EU LBT firmware which comes with D8 mode disabled by default but you can enable it without moving away from the EU LBT firmware. It’s just a build option you can change when updating your radio in OpenTX Companion.

I won’t rewrite a Taranis flashing guide here as there are already plenty of good ones out there. Instead I’ll point you toward Joshua Bardwell's excellent video the topic. 

The important bit is at exactly 7 minutes in. Look closely at the option boxes Joshua ticks, or more importantly the ones he doesn’t - the EU option is left unticked. Carry on with the video' til the end and you're all done!

When you create a new model or edit an old one now you’ll have D8 as an option as well as LR12 and D16. Nothing else as charged or been taken away and all you existing models will still work.

FrSky V8FR-II HV

Antal kanaler: 8
Storlek: 44x24x14 mm.
Vikt: 9.3 g.
Räckvidd: Full range, >1.5 Km.
Driftspänning: 3-16 V, (High Voltage).
Strömförbrukning: 30 mA.

FrSky SBUS till CPPM Converter.


Converts the SBUS signal into CPPM without the need for any soldering. Simply plug into your SBUS receiver port and your control servo and it will decode the SBUS signal to CPPM. A full instruction manual is included with the decoder for easy use.

Brand: FrSky
Item: SBUS to CPPM Decoder
Weight: 4.1 g
Dimensions: 250 x 13 x 5 mm
Operating Voltage: 4-10 V DC
Max Current: 700 mA
Operating Temp Range: -10 ~ 80 (Degrees C)
Usae: key for SBUS to CPPM

WARNING
The input current should match the converters proper operating condition. There is the danger of erroneous operation or damage.