Todos os Receptores

Easy to use, simply follow the links on the FrSKY website, connect the receiver to the STK and plug the STK into your computer via the USB port. The FrSKY STK updates all FrSKY receivers that support S.Port.

Designed with space-saving and light weight in mind to fit into the smallest of drones, Frsky's XM+ Micro Ultra-Light 16 Channel receiver is no lightweight when it comes to performance!

Boasting no less than 16 channels, failsafe and up to 1km range, the XM+ is compatible with FrSky's D16 mode found on Taranis X9D, X9D Plus, X9E, Q X7 and Horus transmitters as well as external modules, so the full programming power of FrSky's operating systems can be at your fingertips.

Designed with space-saving and lightweight in mind to fit into the smallest of drones, Frsky's XM Plus Micro Ultra-Light 16-Channel receiver is not lightweight when it comes to performance!

Boasting no less than 16 channels, failsafe, and up to 1km range, the XM Plus is compatible with FrSky's D16 mode found on Taranis X9D, X9D Plus, X9E, Q X7, and Horus transmitters as well as external modules, so the full programming power of FrSky's operating systems can be at your fingertips.

The Turnigy X6B is a 6-channel two-way receiver designed for multi-rotor aircraft. It uses the 2.4GHz AFHDS 2A (Automatic Frequency Hopping Digital System) protocol and has a dual omnidirectional antenna with superior noise reduction techniques for reliable interference-free operation. It’s compact, easy to install, and boasts a rich easy-to-use interface. The X6B supports 6-channel PWM output, standard PPM output, and i-BUS support for up to 18 channels alongside a reliable voltage sensor interface. This is an excellent addition to your Turnigy TGY-i6s, TGY-i10, and Evolution transmitters as well as a number of other AFHDS 2A transmitters such as FS-i10, FS-i8, FS-i6, FS-i6S, FS-i6X, FS-i4, and FS-i4X. An excellent receiver for multi-rotor drones as it is lightweight cuts down on cabling and comes with built-in battery monitoring.

The Corona R6SF 2.4GHz S-FHSS compatible 6Ch receiver is designed for use with Futaba S-FHSS/FHSS 2.4GHz transmitters, such as T4YF/T6J/T6K/T8J/T10J/T14SG/T18MZ & T18SZ air systems or 3PL/T3PRKA/4PLS/T4PX or T4GRS using S-FHSS/FHSS RF protocol.

When working in "Special mode" the R6SF can output up to 8 channels using S.bus to allow greater flexibility in performance as well as a convenient way to reduce the wire count in tight installations.

The top of the range, 16 Channel X8R receiver from FrSky with 8 normal PWM outputs and no less than 16 channels on the dedicated S.BUS output. Now supplied with the 2015 firmware to compy with EU regulations.

This is an outstanding receiver for all applications and is perfect for use with the FrSky Horus, X9D and X9E Taranis transmitters, with their built-in XJT Module or any of the D8 systems to take advantage of the new digital Smart Port sensors.

This receiver was specifically designed by OrangeRx with the FPV racer in mind. Although it is small and ultra-lightweight it has true diversity technology which is especially important for the harsh environment of FPV racing. These racing conditions are far from ideal, low altitude, lots of obstacles, motors, and video transmissions in close quarters, situations where you need a robust reception.

This handy programming box for the OrangeRx R620X to R1220X V3 and RR12RDTS receivers is perfect to have in your toolbox at the flying field in case you want to change the settings without the need for a PC. It has an integrated RF module that allows you to set up the receiver wirelessly or you can use a wired connection. As the RR12RDTS is primarily designed for drones and helicopters this programming box can also be used to adjust the settings of the flight stabilization systems.

The FrSky RX8R has been upgraded to the PRO version but retains all the old features. The new PRO version has increased precision and lower latency. Its 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. It also has improved anti-interference from the ignition system on combustion engines.

The Turnigy GT5 receiver is perfectly matched to work with the outstanding Turnigy GT5 6CH 2.4GHz AFHDS 2A Surface Radio to provide the most reliable link. Stop changing receivers from model to model and get an extra receiver now.

Designed to be splash-proof, the HK-GT2 receiver is a great choice for boats, cars on muddy terrain and rainy days. Stop changing receivers from model to model and get an extra receiver now.

The FLYSKY FGr4S receiver uses the new AFHDS 3 protocol (third-generation Automatic Frequency Hopping Digital System). It uses an internal single-antenna for two-way transmission and is compact in size and easy to install. It can output standard PPM and i-BUS signals.

High gain, high sensitivity RF components are used throughout, this coupled with FLYSKY's latest generation intelligent wireless 2.4GHz AFHDS 3 protocol, enables the receiver to reject interference easily, while maintaining high reception rates, and stable performance. This version 2 FGr4 supports PPM, i-BUS, and 4 PWM data outputs (CH1~CH4), and an input for connecting additional sensors. Another feature of this quality FLYSKY receiver is the ability to handle a wide input voltage, anything from 3.5-12V can be used, and the case has a sealing gasket which makes it water-resistant.

The FGr8B surface micro receiver adopts FLYSKY's third-generation automatic frequency hopping digital system (AFHDS 3), it is perfectly suited to their range of PL18, NB4, and NB4 Lite transmitters. It uses a single antenna bidirectional transmission system that is uniquely designed to install and output PWM/PPM, and iBUS in signals.

The FTr10 adopts FLYSKY's third-generation automatic frequency hopping digital system, AFHDS 3. It uses a double-antenna, bidirectional transmission system to save space and supports standard PPM, S-Bus, and i-Bus signals.

The FTr10 is a small, lightweight 2.4GHz receiver that will accept a wide input voltage of between 3.5~18V, has an incredible range in interference-free open areas of up to 10km, and its unique design includes i-BUS, S-BUS, PPM, PWM, and UART data ports. It has the ability to update firmware online and is compatible with the FLYSKY Paladin PL18 radio system. With all these features it is the perfect choice for drone flying, drone racing, FPV, and other long-range applications.

The FTr4 adopts FLYSKY's third-generation automatic frequency hopping digital system, AFHDS 3. It uses a single antenna, bidirectional transmission system to save space and supports standard PPM, S-Bus, and i-Bus signals.

The FTr4 is a small, lightweight 2.4GHz receiver that will accept an input voltage of between 3.5~8.4V, has a range in interference-free open areas of up to 500m, and its unique design includes i-BUS, S-BUS, PPM, and PWM data ports. It has the ability to update firmware online and is compatible with the FLYSKY Paladin PL18, and NB4 radio systems. With all these features it is the perfect choice for drone flying, gliding, and small fixed-wing aircraft.

The OrangeRx R615X offers true DSMX compatibility and utilizes a dual antenna system to provide true signal reception diversity. Due to the previously used IC becoming obsolete, this latest R615X receiver has been redesigned, and now offers improved range and performance. Features that have been retained are the programmable failsafe on binding, ultra-fast brown-out recovery, and wide voltage input range. As we can maintain the same low price as before, this makes the latest R615X still unbeatable value for money.

The Archer line of receivers has been enhanced further with the Plus Series, they include some exciting new features. Firstly an enhanced anti-RF-Interference capability can offer a more solid RF performance, they also feature ACCESS and ACCST D16 modes where the RF protocol is smart matched during the binding process. Another feature is a Black-Box function, which records basic flight details such as power and signal-related data.

The FrSky Plus SR8 receiver is designed for use in RC airplanes, it works as a traditional 8-Channel PWM Rx, but it also has a built-in 3-axis gyro and a 3-axis accelerometer sensor module. With the built-in sensors, the Plus SR8 will compensate for outside forces on the airplane and will enhance the stability making it easier and smoother to fly. The Plus SR8 supports multiple flight modes, Auto-level, Stabilisation, Hover, and Knife-Edge. Also available are several configuration methods, these include LUA, or the FrSky S.port Airlink+ combined with the Freelink App.

The ER6G receiver has been specially designed for glider pilots who require a compact and slim receiver. It can drive up to 6 servos and has built-in receiver voltage telemetry and flight battery telemetry with the ability to automatically detect which voltage input to use. The ER6G features a dual-antenna with telemetry power up to 50mw and works quite happily with a 1S Lipo receiver battery.

The ER6G receiver has been specially designed for glider pilots who require a compact and slim receiver. It can drive up to 6 servos and has built-in receiver voltage telemetry and flight battery telemetry with the ability to automatically detect which voltage input to use. The ER6G features a dual-antenna with telemetry power up to 50mw and works quite happily with a 1S Lipo receiver battery.

The ER6GV receiver has been specially designed for glider pilots who require a compact and slim receiver with a built-in high-precision air pressure vario. It can drive up to 6 servos and has built-in receiver voltage telemetry and flight battery telemetry with the ability to automatically detect which voltage input to use. The ER6G features a dual-antenna with telemetry power of up to 50mw and works quite happily with a 1S Lipo receiver battery.

The ER6GV receiver has been specially designed for glider pilots who require a compact and slim receiver with a built-in high-precision air pressure vario. It can drive up to 6 servos and has built-in receiver voltage telemetry and flight battery telemetry with the ability to automatically detect which voltage input to use. The ER6G features a dual-antenna with telemetry power of up to 50mw and works quite happily with a 1S Lipo receiver battery.

The ER8G receiver has been specially designed for glider pilots who require a compact and slim receiver. It can drive up to 8 servos and has built-in receiver voltage telemetry and flight battery telemetry with the ability to automatically detect which voltage input to use. The ER8G features a dual-antenna with telemetry power up to 100mw and works quite happily with a 1S Lipo receiver battery.

The ER8G receiver has been specially designed for glider pilots who require a compact and slim receiver. It can drive up to 8 servos and has built-in receiver voltage telemetry and flight battery telemetry with the ability to automatically detect which voltage input to use. The ER8G features a dual-antenna with telemetry power of up to 100mw and works quite happily with a 1S Lipo receiver battery.

The ER8GV receiver has been specially designed for glider pilots who require a compact and slim receiver with a built-in high-precision air pressure vario. It can drive up to 8 servos and has built-in receiver voltage telemetry and flight battery telemetry with the ability to automatically detect which voltage input to use. The ER8GV features a dual-antenna with telemetry power of up to 100mw and works quite happily with a 1S Lipo receiver battery.

The ER8GV receiver has been specially designed for glider pilots who require a compact and slim receiver with a built-in high-precision air pressure vario. It can drive up to 8 servos and has built-in receiver voltage telemetry and flight battery telemetry with the ability to automatically detect which voltage input to use. The ER8GV features a dual-antenna with telemetry power of up to 100mw and works quite happily with a 1S Lipo receiver battery.

The RadioMaster RP V2 series of receivers now have a built-in TCXO (Temperature-Compensated Xtal Oscillator). The TCXO ensures high stability and accuracy in frequency control and compensates for temperature variations. This results in consistent and reliable signal reception, even in extreme temperature conditions. It also reduces frequency drift over time, providing long-term frequency stability and preventing signal degradation. This provides a superior performance in demanding environments and enhances the flight experiences.

The RP1 2.4GHz ELRS Nano receivers use the high-performance, revolutionary ExpressLRS open-source system. The Nano receivers were designed by the ExpressLRS development team, and feature the ESP8285 MCU and SX1280 RF chips. WiFi is built-in so that you can easily upgrade the firmware and configure the receiver using your PC or mobile phone. Other features of the V2 are an upgraded rigid antenna with a UFL socket and improved solder pads.

The RadioMaster RP V2 series of receivers now have a built-in TCXO (Temperature-Compensated Xtal Oscillator). The TCXO ensures high stability and accuracy in frequency control and compensates for temperature variations. This results in consistent and reliable signal reception, even in extreme temperature conditions. It also reduces frequency drift over time, providing long-term frequency stability and preventing signal degradation. This provides a superior performance in demanding environments and enhances the flight experiences.

The RP2 2.4GHz ELRS Nano receivers use the high-performance, revolutionary ExpressLRS open-source system. The Nano receivers were designed by the ExpressLRS development team, and feature the ESP8285 MCU and SX1280 RF chips. WiFi is built-in so that you can easily upgrade the firmware and configure the receiver using your PC or mobile phone. Other features of the RP2 V2 are improved solder pads and a super lightweight built-in ceramic antenna.

The RadioMaster RP V2 series of receivers now have a built-in TCXO (Temperature-Compensated Xtal Oscillator). The TCXO ensures high stability and accuracy in frequency control and compensates for temperature variations. This results in consistent and reliable signal reception, even in extreme temperature conditions. It also reduces frequency drift over time, providing long-term frequency stability and preventing signal degradation. This provides a superior performance in demanding environments and enhances the flight experiences.

The RP2 2.4GHz ELRS Nano receivers use the high-performance, revolutionary ExpressLRS open-source system. The Nano receivers were designed by the ExpressLRS development team, and feature the ESP8285 MCU and SX1280 RF chips. WiFi is built-in so that you can easily upgrade the firmware and configure the receiver using your PC or mobile phone. Other features of the RP2 V2 are improved solder pads and a super lightweight built-in ceramic antenna.

The RP3 2.4GHz ELRS Nano receivers use the high-performance, revolutionary ExpressLRS open-source system. The ExpressLRS development team designed the Nano receivers, which feature the ESP8285 MCU and SX1280 RF chips. This offers Lora and FLRC 2.4GHz RF links for incredible range and low latency. WiFi is built-in to easily upgrade the firmware and configure the receiver using your PC or mobile phone.

The receiver features a Skyworks SE2431L providing an LNA for improved receiver performance, a PA providing up to 100mW of telemetry performance, and antenna switching for antenna diversity.. The RP3 Nano receiver is available in either an FCC or a European LBT version, please check the specifications below for the supported protocol.

The RP3 2.4GHz ELRS Nano receivers use the high-performance, revolutionary ExpressLRS open-source system. The ExpressLRS development team designed the Nano receivers, which feature the ESP8285 MCU and SX1280 RF chips. This offers Lora and FLRC 2.4GHz RF links for incredible range and low latency. WiFi is built-in to easily upgrade the firmware and configure the receiver using your PC or mobile phone.

The receiver features a Skyworks SE2431L providing an LNA for improved receiver performance, a PA providing up to 100mW of telemetry performance, and antenna switching for antenna diversity.. The RP3 Nano receiver is available in either an FCC or a European LBT version, please check the specifications below for the supported protocol.

The FrSky TW R8 is an 8-channel, dual 2.4GHz frequency receiver with SBUS/FBUS/S.Port, and 8 PWM channels. These TWIN series receivers feature a stable TW protocol that benefits from simultaneously integrating dual active 2.4GHz frequency bands. The TW active-active protocol is different from the general active-standby redundancy solutions used by other manufacturers. This is where one receiver takes over signal control only when the other goes into failsafe mode. With the TW protocol, the dual/twin 2.4GHz frequency bands on the TW series receiver are active all the time.

The FrSky TW R6 is a 6-channel, dual 2.4GHz frequency receiver with SBUS/FBUS/S.Port, and 6 PWM channels. These TWIN series receivers feature a stable TW protocol that benefits from simultaneously integrating dual active 2.4GHz frequency bands. The TW active-active protocol is different from the general active-standby redundancy solutions used by other manufacturers. This is where one receiver takes over signal control only when the other goes into failsafe mode. With the TW protocol, the dual/twin 2.4GHz frequency bands on the TW series receiver are active all the time.