Slovenščina Receivers
RadioLink R6DS 6ch 2.4GHz FHSS Receiver (S-BUS+PPM) (1RL0040)
Radiolink R6DS 2.4GHz 6ch PPM/PWM/S-BUS Output Receiver
The R6DS is a small 6 channel S-BUS / PPM / PWM ready receiver from Radiolink with three signal outputs.
The R6DS can output both PWM and S.BUS output simultaneously.
PWM output: 6 channels totally
S.BUS output
PPM output: CH1 outputs PPM signal for 10 channels, and channel 2 to channel 6 output independent PWM signal simultaneously
All channels have a response time of 3 ms. Specially designed for small models and light drones
Compatible with most flight controllers such as DJI NAZA, ZERO TECH, PIX, APM, MINI APM, NAZE32, and CC3D, etc.,..
A single cable needed for flight controller connection. With its miniature size and a total weight of 3.9 grams, the R6DSD is a great choice for light models and drones.
Specification:
Brand Name: Radiolink
Item Name: R6DS
Band: 2.4G
Channel: 6 (Red LED indicator is for PWM mode. Blue LED for PPM, It can be extended to 10channels)
Power Input: 4.8 - 6V
Control Distance: 600m in air
Current Consumption: 38-45mA (Input voltage:5V)
Dimension: 25×16×11mm
Weight: 3.9g
Precision: 4096
Features:
DSSS&FHSS transmission.
Output SBUS, PPM and PWM signals simultaneously.
Top speed response, 3ms for all channels parallel.
Top precision 4096
Sub miniature size, totally weights 3.4 grams
All channels response parallel, totally 3ms.
One single cable connect with the flight controller, easy setting
Receiver Operation:
SBUS/PPM and PWM signal change
Short press the ID SET switch two times within 1 second, the signal is changed from normal PWM to SBUS/PPM. The red LED indicates the normal PWM and blue/purple indicates SBUS/PPM.
Installment of receiver antenna
The antenna must be kept as straight as possible. Otherwise it will reduce the effective range.
Large model aircraft may of some metal part interfering signal; in this case the antennas should be placed at both sides of the model. Then the best RF signal condition is obtained at any flying attitude.
The antennas must be kept away from conductive materials, such as metal and carbon by at least a half inch. The coaxial part of the antennas does not need to follow these guidelines, but do not bend it in a small radius.
Keep the antennas away from the motor, ESC, and other noise sources as much as possible.
Press and hold the Easy Link (ID SET) one second, now the receiver starts work.
After all of the above steps finished, the LED indicator will turn and keep in red.
The receiver can be packed by sponge or foam for shocking proof when it is installed to the model.
Package Includes:
1x Radiolink R6DS receiver
The R6DS is a small 6 channel S-BUS / PPM / PWM ready receiver from Radiolink with three signal outputs.
The R6DS can output both PWM and S.BUS output simultaneously.
PWM output: 6 channels totally
S.BUS output
PPM output: CH1 outputs PPM signal for 10 channels, and channel 2 to channel 6 output independent PWM signal simultaneously
All channels have a response time of 3 ms. Specially designed for small models and light drones
Compatible with most flight controllers such as DJI NAZA, ZERO TECH, PIX, APM, MINI APM, NAZE32, and CC3D, etc.,..
A single cable needed for flight controller connection. With its miniature size and a total weight of 3.9 grams, the R6DSD is a great choice for light models and drones.
Specification:
Brand Name: Radiolink
Item Name: R6DS
Band: 2.4G
Channel: 6 (Red LED indicator is for PWM mode. Blue LED for PPM, It can be extended to 10channels)
Power Input: 4.8 - 6V
Control Distance: 600m in air
Current Consumption: 38-45mA (Input voltage:5V)
Dimension: 25×16×11mm
Weight: 3.9g
Precision: 4096
Features:
DSSS&FHSS transmission.
Output SBUS, PPM and PWM signals simultaneously.
Top speed response, 3ms for all channels parallel.
Top precision 4096
Sub miniature size, totally weights 3.4 grams
All channels response parallel, totally 3ms.
One single cable connect with the flight controller, easy setting
Receiver Operation:
SBUS/PPM and PWM signal change
Short press the ID SET switch two times within 1 second, the signal is changed from normal PWM to SBUS/PPM. The red LED indicates the normal PWM and blue/purple indicates SBUS/PPM.
Installment of receiver antenna
The antenna must be kept as straight as possible. Otherwise it will reduce the effective range.
Large model aircraft may of some metal part interfering signal; in this case the antennas should be placed at both sides of the model. Then the best RF signal condition is obtained at any flying attitude.
The antennas must be kept away from conductive materials, such as metal and carbon by at least a half inch. The coaxial part of the antennas does not need to follow these guidelines, but do not bend it in a small radius.
Keep the antennas away from the motor, ESC, and other noise sources as much as possible.
Press and hold the Easy Link (ID SET) one second, now the receiver starts work.
After all of the above steps finished, the LED indicator will turn and keep in red.
The receiver can be packed by sponge or foam for shocking proof when it is installed to the model.
Package Includes:
1x Radiolink R6DS receiver
Futaba External Voltage Cable (FUT0141)
Futaba CA-RVIN-700 External Voltage Sensor Cable
CA-RVIN-700 cable for sensing external voltage (flt pack) in the range of 0 - 70V.
Only for compatible telemetry receivers with special port (R3008SB, R7008SB, R7014SB, R7108SB).
CA-RVIN-700 cable for sensing external voltage (flt pack) in the range of 0 - 70V.
Only for compatible telemetry receivers with special port (R3008SB, R7008SB, R7014SB, R7108SB).
Futaba R2008SB 2.4GHz S-FHSS 8 channel S.Bus Receiver (FUT5102613)
Futaba R2008SB 2.4GHz S-FHSS 8 Channel S.Bus Receiver
The R2008SB 2.4GHz S-FHSS receiver is S.Bus-compatible and features Dual Antenna Diversity. It also comes equipped to handle high voltage applications.
Features:
High-voltage operation
Frequency-hopping Spread Spectrum design
Dual Antenna Diversity
S.Bus compatible
Specifications:
Type: Full-range flight receiver
Modes: S-FHSS or FHSS
Voltage Input: 4.8V-7.4V battery or regulated output from ESC
Compatible Batteries: NiCd, NiMH, LiPo, LiIon or LiFe
Dimensions: 24.9x42.8x14.0mm
Weight: 9.5g
The R2008SB 2.4GHz S-FHSS receiver is S.Bus-compatible and features Dual Antenna Diversity. It also comes equipped to handle high voltage applications.
Features:
High-voltage operation
Frequency-hopping Spread Spectrum design
Dual Antenna Diversity
S.Bus compatible
Specifications:
Type: Full-range flight receiver
Modes: S-FHSS or FHSS
Voltage Input: 4.8V-7.4V battery or regulated output from ESC
Compatible Batteries: NiCd, NiMH, LiPo, LiIon or LiFe
Dimensions: 24.9x42.8x14.0mm
Weight: 9.5g
Futaba R3106GF T-FHSS 6 Channel Receiver (mono) (FUT5102641)
The Futaba R3106GF was developed alongside the Futaba T6L radio system and offers the best value for money of all of the Futaba receivers.
The R3106GF uses Futaba's T-FHSS Air Mono system so it works with all T-FHSS aircraft transmitters from the top of the range T18MZWC to the entry level T6L. The 'Mono' name means that this receiver does not include a telemetry downlink, this simplifies the receiver helping to keep the price down for applications where telemetry is simply not needed.
The receiver itself is surrounded by a hard plastic two piece case to give it the maximum protection and makes it easy to install.
The servo plugs are vertical for easy access and there is a LED indicator to show the bind status.
The aerial is 145mm long so you can easily mount the 30mm tip in a secure place.
• 6 Channels
• High Voltage Capable (4.8 - 7.4V)
• T-FHSS Air Mono System (As used by T6L)
• Tough moulded plastic case
• Simple button free easy pairing
• Weight just under 8g
The R3106GF uses Futaba's T-FHSS Air Mono system so it works with all T-FHSS aircraft transmitters from the top of the range T18MZWC to the entry level T6L. The 'Mono' name means that this receiver does not include a telemetry downlink, this simplifies the receiver helping to keep the price down for applications where telemetry is simply not needed.
The receiver itself is surrounded by a hard plastic two piece case to give it the maximum protection and makes it easy to install.
The servo plugs are vertical for easy access and there is a LED indicator to show the bind status.
The aerial is 145mm long so you can easily mount the 30mm tip in a secure place.
• 6 Channels
• High Voltage Capable (4.8 - 7.4V)
• T-FHSS Air Mono System (As used by T6L)
• Tough moulded plastic case
• Simple button free easy pairing
• Weight just under 8g
Spektrum AR630 6 Channel AS3X SAFE DSMX Receiver (SPMAR630)
Introduction
The Spektrum AR630 AS3X Telemetry Receiver is a DSM2 and DSMX capable receiver. Its compact footprint is designed to fit in a wide range of aircraft models including park flyers and larger sport models. The AR630 is a full range 6-channel receiver with built in AS3X and SAFE stabilization, which counters the effects of wind, turbulence and torque using 3-axis MEMS gyro and exclusive flight control software tuned by expert RC pilots. There is no delay in control response or limits on control throws. You'll simply feel like you're flying an expertly tuned model that does exactly what you want.
Features
Overview
The AR630 features fly-by range telemetry and a bind button that makes it easy to bind with no plugs necessary and offers both SmartSafe technology and Hold Last as well as preset failsafe types set through forward programming. The AR630 also features Smart Telemetry support.
With Smart Technology the normal servo connector delivers the throttle signal to the ESC, plus the ESC can send telemetry data like voltage and current back to the receiver. The AR630 receiver throttle port (Channel 1 port only) will automatically detect when a Smart compatible ESC is connected. ESCs with Smart and IC series connectors can also pass along battery data from compatible Spektrum Smart batteries. Spektrum Avian™ ESCs are compatible with the AR630 receiver for Smart Technology features.
For Smart to function you must have a Smart ESC paired with a Smart telemetry receiver, and a Spektrum DSMX transmitter with telemetry. An update for your transmitter may be required for Smart features. See www.spektrumrc. com to register and update your transmitter. If a standard ESC or servo is plugged into the throttle port on the AR630 receiver, the throttle port will operate normally (PWM signal) like any conventional RC system.
AS3X Technology
Exclusive Spektrum™ AS3X® technology enhances flight stability by countering the effects of wind, turbulence, and other outside forces to help your aircraft fly smoothly and with precision. You'll feel like you're piloting an expertly tuned model that performs exactly as you want.
SAFE® Technology
SAFE® (Sensor Assisted Flight Envelope) technology flight modes help pilots avoid over-controlling their models. SAFE uses AS3X to deliver normal flight performance, but with limited bank and pitch angles to prevent the aircraft from getting in extreme attitudes.
Antenna-less
The AR630 features an internal antenna design that offers superior full-range performance. In addition, installation is easier than ever, plus there's no longer a risk of failure due to long-term wire exposure or abuse.
Forward Programming
You can configure the AR630 receiver wirelessly, directly from any compatible Spektrum™ transmitter, through the Forward Programming menu. No separate computer or mobile device is needed for setup and adjustments.
SMART TELEMETRY
To enjoy the full benefits of Smart™ technology, use the AR630 receiver with a Smart ESC and telemetry capable Spektrum DSMX® transmitter. The AR630 features fly-by telemetry and will provide vital telemetry data such as current, voltage, temperature and RPM is sent directly to your transmitter. The AR630 is not compatible with Spektrum telemetry sensors. For more information on Smart Technology please visit our Spektrum Smart Technology page.
Specifications
Application: Aircraft
Band: 2.4GHz
Bind Method: Bind Button
Channels: 6
Failsafe: Yes
Input Voltage: 3.5 - 9V
Modulation: DSMX
Product Height: 13 mm
Product Length: 47 mm
Product Width: 25 mm
Product Weight: 10g
Resolution: 2048
Telemetry: Yes
Key Features
- Antenna-less designed for easy installation, and increase performance
- Built in AS3X Stabilization System with SAFE flight envelope protection
- AS3X and SAFE set up through forward programming directly from your Spektrum transmitter
- Ready to use with Spektrum Smart ESC for one-wire telemetry data without the need of modules, links and wires
- DSMX protocol receiver with DSM2 backwards compatibility
Introduction
The Spektrum AR630 AS3X Telemetry Receiver is a DSM2 and DSMX capable receiver. Its compact footprint is designed to fit in a wide range of aircraft models including park flyers and larger sport models. The AR630 is a full range 6-channel receiver with built in AS3X and SAFE stabilization, which counters the effects of wind, turbulence and torque using 3-axis MEMS gyro and exclusive flight control software tuned by expert RC pilots. There is no delay in control response or limits on control throws. You'll simply feel like you're flying an expertly tuned model that does exactly what you want.
Features
- Antenna-less designed for easy installation, and increase performance
- Built in AS3X Stabilization System with SAFE flight envelope protection
- AS3X and SAFE set up through forward programming directly from your Spektrum transmitter
- Ready to use with Spektrum Smart ESC for one-wire telemetry data without the need of modules, links and wires
- Streamlined, end-pin design in a lightweight hard-case
- Bind button allows for easy binding and eliminates the need for bind plug
- DSMX protocol receiver with DSM2 backwards compatibility
- Fly-by range telemetry support
- Standard servo connectors
Overview
The AR630 features fly-by range telemetry and a bind button that makes it easy to bind with no plugs necessary and offers both SmartSafe technology and Hold Last as well as preset failsafe types set through forward programming. The AR630 also features Smart Telemetry support.
With Smart Technology the normal servo connector delivers the throttle signal to the ESC, plus the ESC can send telemetry data like voltage and current back to the receiver. The AR630 receiver throttle port (Channel 1 port only) will automatically detect when a Smart compatible ESC is connected. ESCs with Smart and IC series connectors can also pass along battery data from compatible Spektrum Smart batteries. Spektrum Avian™ ESCs are compatible with the AR630 receiver for Smart Technology features.
For Smart to function you must have a Smart ESC paired with a Smart telemetry receiver, and a Spektrum DSMX transmitter with telemetry. An update for your transmitter may be required for Smart features. See www.spektrumrc. com to register and update your transmitter. If a standard ESC or servo is plugged into the throttle port on the AR630 receiver, the throttle port will operate normally (PWM signal) like any conventional RC system.
AS3X Technology
Exclusive Spektrum™ AS3X® technology enhances flight stability by countering the effects of wind, turbulence, and other outside forces to help your aircraft fly smoothly and with precision. You'll feel like you're piloting an expertly tuned model that performs exactly as you want.
SAFE® Technology
SAFE® (Sensor Assisted Flight Envelope) technology flight modes help pilots avoid over-controlling their models. SAFE uses AS3X to deliver normal flight performance, but with limited bank and pitch angles to prevent the aircraft from getting in extreme attitudes.
Antenna-less
The AR630 features an internal antenna design that offers superior full-range performance. In addition, installation is easier than ever, plus there's no longer a risk of failure due to long-term wire exposure or abuse.
Forward Programming
You can configure the AR630 receiver wirelessly, directly from any compatible Spektrum™ transmitter, through the Forward Programming menu. No separate computer or mobile device is needed for setup and adjustments.
SMART TELEMETRY
To enjoy the full benefits of Smart™ technology, use the AR630 receiver with a Smart ESC and telemetry capable Spektrum DSMX® transmitter. The AR630 features fly-by telemetry and will provide vital telemetry data such as current, voltage, temperature and RPM is sent directly to your transmitter. The AR630 is not compatible with Spektrum telemetry sensors. For more information on Smart Technology please visit our Spektrum Smart Technology page.
Specifications
Application: Aircraft
Band: 2.4GHz
Bind Method: Bind Button
Channels: 6
Failsafe: Yes
Input Voltage: 3.5 - 9V
Modulation: DSMX
Product Height: 13 mm
Product Length: 47 mm
Product Width: 25 mm
Product Weight: 10g
Resolution: 2048
Telemetry: Yes
Spektrum Wireless Simulator Dongle V2 (SPMWS2000)
Features
Eliminates cables
Small size
No complex programming
Works with most simulator/games that can accept a normal joystick input from USB
Supports up to 8 channels
Overview
Wirelessly connect your Spektrum DSMX / DSM2 radio to your computer, Android tablet or Android mobile device and play games or use with compatible R/C simulators *. No additional hardware or software is required. Simply plug the dongle into the USB port of your computer, or micro USB port of your Android tablet or mobile device and you are ready to go.
PC, MAC, and Android Compatible
Enables any DSMX or DSM2 transmitter * to connect wirelessly as a USB game controller.
No additional drivers required, uses generic drivers already available on most operating systems
Works with most games and simulators that are compatible with USB game controllers. Such as…
- RealFlight (8.0 and above)
- DRL (Drone Racing League) Simulator
- LiftOff FPV Simulator
- HotProps FPV Simulator
- Android – Absolute RC Plane Sim
- Android – FPV FreeRider
*Not compatible with the DM9 Module, DX7 Gen 1, or the DSM2 version of the DX5e
Needed to Complete
PC, Mac, or Android mobile device
Spektrum DSMX/DSM2 transmitter
Compatible R/C simulator software
What's in the Box?
(1) Spektrum Wireless Simulator Dongle
(1) Product Manual
Installation
Press and hold the bind button while inserting the dongle into the USB port. The orange LED will flash repeatedly, indicating the dongle is in bind mode.
Follow the transmitter instructions to put the transmitter into bind mode.
The dongle LED will glow solid orange when the binding process is complete.
The transmitter is now ready to use in the simulator.
Eliminates cables
Small size
No complex programming
Works with most simulator/games that can accept a normal joystick input from USB
Supports up to 8 channels
Overview
Wirelessly connect your Spektrum DSMX / DSM2 radio to your computer, Android tablet or Android mobile device and play games or use with compatible R/C simulators *. No additional hardware or software is required. Simply plug the dongle into the USB port of your computer, or micro USB port of your Android tablet or mobile device and you are ready to go.
PC, MAC, and Android Compatible
Enables any DSMX or DSM2 transmitter * to connect wirelessly as a USB game controller.
No additional drivers required, uses generic drivers already available on most operating systems
Works with most games and simulators that are compatible with USB game controllers. Such as…
- RealFlight (8.0 and above)
- DRL (Drone Racing League) Simulator
- LiftOff FPV Simulator
- HotProps FPV Simulator
- Android – Absolute RC Plane Sim
- Android – FPV FreeRider
*Not compatible with the DM9 Module, DX7 Gen 1, or the DSM2 version of the DX5e
Needed to Complete
PC, Mac, or Android mobile device
Spektrum DSMX/DSM2 transmitter
Compatible R/C simulator software
What's in the Box?
(1) Spektrum Wireless Simulator Dongle
(1) Product Manual
Installation
Press and hold the bind button while inserting the dongle into the USB port. The orange LED will flash repeatedly, indicating the dongle is in bind mode.
Follow the transmitter instructions to put the transmitter into bind mode.
The dongle LED will glow solid orange when the binding process is complete.
The transmitter is now ready to use in the simulator.
Spektrum AR410 DSMX 4-Channel Sport Receiver (SPMAR410)
Key Features
- Compact low-cost, full-range DSMX receiver with telemetry
- Antenna-less design increases convenience, performance and durability
- Integrated flight log and receiver voltage telemetry with fly-by range
- Streamlined, end-pin design in a lightweight hard-case
- Large bind-button eliminates the need for the old bind plug
- Lightweight park flyer-size with full-range performance
- Ideal for most aircraft including indoor sport models
- Capable of low latency 11ms and standard 22ms Frame Rates.
Overview
The Spektrum AR410 air receiver is a full-range, 4-channel sport receiver with DSMX/DSM2 compatibility and a compact footprint that’s streamlined to fit in a wide range of models. More than just a simple box that connects your servos, the AR410 features an internal antenna design that delivers a whole new world of installation ease that includes a higher-level of durability and convenience while maintaining superior full-range performance for your electric or engine powered aircraft.
In addition, the AR410 has been integrated with fly-by range telemetry that includes flight log and receiver battery pack voltage data. Access to telemetry is automatic when used with telemetry-capable Spektrum transmitters.* There’s nothing to do in order to enjoy the peace-of-mind instantly knowing receiver battery voltage offers.
No more bind plugs! Instead, a large bind button is used to enter the bind mode. All combined Spektrum gives you more in a basic receiver, like the AR410, so that you can fly with the highest sense of confidence possible and have more fun.
*Not compatible with the TM1000 and TM1100 external telemetry modules
Antenna-less
Unlike old technology that requires an external antenna to achieve adequate reception, the new AR410 features an internal antenna design that offers superior full-range performance. In addition, installation is easier than ever, plus there’s no longer a risk of failure due to long-term wire exposure or abuse.
Bind, Redefined
New technology eliminates the need for the old bind plug. With the AR410, a large top-located button makes binding more convenient than ever while two bind-sequence options make the process simpler by allowing you to bind while powering up or after receiver power is connected.
Telemetry
Built into the AR410 is telemetry that automatically delivers vital data to your Spektrum telemetry-capable transmitter. With fly-by range, you can retrieve flight log data such as any fades, frame losses or holds and see receiver voltage status in real-time.
Spektrum AR620 DSMX 6-Channel Sport Receiver (SPMAR620)
Key Features
- Compact low-cost, full-range DSMX receiver with telemetry
- Antenna-less design increases convenience, performance and durability
- Integrated flight log and receiver voltage telemetry with fly-by range
- Streamlined, end-pin design in a lightweight hard-case
- Large bind-button eliminates the need for the old bind plug
- Lightweight park flyer-size with full-range performance
- Ideal for most aircraft including indoor sport models
- Capable of low latency 11ms and standard 22ms Frame Rates.
Overview
The Spektrum AR620 air receiver is a full-range, 6-channel sport receiver with DSMX/DSM2 compatibility and a compact footprint that’s streamlined to fit in a wide range of models.
More than just a simple box that connects your servos, the AR620 features an internal antenna design that delivers a whole new world of installation ease that includes a higher-level of durability and convenience while maintaining superior full-range performance for your electric or engine powered aircraft.
In addition, the AR620 has been integrated with fly-by range telemetry that includes flight log and receiver battery pack voltage data. Access to telemetry is automatic when used with telemetry-capable Spektrum transmitters.* There’s nothing to do in order to enjoy the peace-of-mind instantly knowing receiver battery voltage offers.
No more bind plugs! Instead, a large bind button is used to enter the bind mode. All combined Spektrum gives you more in a basic receiver, like the AR620, so that you can fly with the highest sense of confidence possible and have more fun.
*Not compatible with the TM1000 and TM1100 external telemetry modules
Antenna-less
Unlike old technology that requires an external antenna to achieve adequate reception, the new AR610 features an internal antenna design that offers superior full-range performance. In addition, installation is easier than ever, plus there’s no longer a risk of failure due to long-term wire exposure or abuse.
Bind, Redefined
New technology eliminates the need for the old bind plug. With the AR610, a large top-located button makes binding more convenient than ever while two bind-sequence options make the process simpler by allowing you to bind while powering up or after receiver power is connected.
Telemetry
Built into the AR620 is telemetry that automatically delivers vital data to your Spektrum telemetry-capable transmitter. With fly-by range, you can retrieve flight log data such as any fades, frame losses or holds and see receiver voltage status in real-time.
Radiolink PRM-01 Voltage Telemetry Module (1RL0054)
Radiolink PRM-01 Voltage Telemetry Module
Real-time Telemetry
Real-time model data feedback allows users to receive crucial information on the model's systems.
When paired with flight module PRM-01, model voltage is displayed.
Configurable sound/message/vibration alarms signal potential problems when low model voltage. A low model voltage alarm value can be customized.
Real-time Model Voltage Telemetry Module
Model: PRM-01
Dimensions: 33 x 22 x 11mm
Weight (with wire): 7g
Voltage Input Range: 1S - 6S LiPo Battery
Compatible receiver: R12DS, R9DS (Old version receiver: R10DS, R10D, R9D)
Compatible transmitter: AT10II/AT10/AT9S Pro/AT9S/AT9
Configurable sound/message/vibration alarms signal for low voltage (customizable).
Package Including:
1x Real-time Model Voltage Telemetry Module PRM-01
Real-time Telemetry
Real-time model data feedback allows users to receive crucial information on the model's systems.
When paired with flight module PRM-01, model voltage is displayed.
Configurable sound/message/vibration alarms signal potential problems when low model voltage. A low model voltage alarm value can be customized.
Real-time Model Voltage Telemetry Module
Model: PRM-01
Dimensions: 33 x 22 x 11mm
Weight (with wire): 7g
Voltage Input Range: 1S - 6S LiPo Battery
Compatible receiver: R12DS, R9DS (Old version receiver: R10DS, R10D, R9D)
Compatible transmitter: AT10II/AT10/AT9S Pro/AT9S/AT9
Configurable sound/message/vibration alarms signal for low voltage (customizable).
Package Including:
1x Real-time Model Voltage Telemetry Module PRM-01
Radiolink R12DS 12-Channel Telemetry Receiver (1RL0050)
Radiolink R12DS 12-Channel Receiver 2.4GHz
Use for Radiolink transmitters AT9, AT9S, AT9S Pro, AT10 and AT10II.
4000 Meters Control Distance
DSSS and FHSS hybrid spread spectrum, 16 channels pseudo-random frequency hopping, and QPSK modulation ensures excellent anti-interference performance, highly constant, and stable transmission signal present on all 12 channels of R12DS.
4KM Range enables all possible RC fun.
The maximum PWM jitter is 1.84us with a standard of just 0.5us.
R12DS Receiver:
Channels:
- 11 channels for PWM signal output
- 12 channels for SBUS&PWM signal output.
Working voltage: 4.8-10V
Working current: 38-45mA（input voltage: 5V）
Size: 50 x 32 x 14.5mm
Weight: 14g
4096 section precision, 0.25us per section, servo anti-shake rudder.
Control distance: approx. 4000m in the air.
Receiver integrate telemetry sensor including signal strength and voltage. Support extended engine voltage telemetry module PRM-01 and module PRM-02 can feedback GPS info, Speed, voltage etc. on AT9/AT9S/AT9S Pro/AT10/AT10II display when work with flight controller APM or PIX.
Package Including:
1x R12DS Receiver
Use for Radiolink transmitters AT9, AT9S, AT9S Pro, AT10 and AT10II.
4000 Meters Control Distance
DSSS and FHSS hybrid spread spectrum, 16 channels pseudo-random frequency hopping, and QPSK modulation ensures excellent anti-interference performance, highly constant, and stable transmission signal present on all 12 channels of R12DS.
4KM Range enables all possible RC fun.
The maximum PWM jitter is 1.84us with a standard of just 0.5us.
R12DS Receiver:
Channels:
- 11 channels for PWM signal output
- 12 channels for SBUS&PWM signal output.
Working voltage: 4.8-10V
Working current: 38-45mA（input voltage: 5V）
Size: 50 x 32 x 14.5mm
Weight: 14g
4096 section precision, 0.25us per section, servo anti-shake rudder.
Control distance: approx. 4000m in the air.
Receiver integrate telemetry sensor including signal strength and voltage. Support extended engine voltage telemetry module PRM-01 and module PRM-02 can feedback GPS info, Speed, voltage etc. on AT9/AT9S/AT9S Pro/AT10/AT10II display when work with flight controller APM or PIX.
Package Including:
1x R12DS Receiver
Radiolink R9DS 9-Channel Telemetry Receiver (1RL0048)
Radiolink R9DS 9(10)-Channel Receiver 2.4GHz
Use for Radiolink transmitters AT9, AT9S, AT10 and AT10II.
3400 Meters Control Distance
DSSS and FHSS hybrid spread spectrum, 16 channels pseudo-random frequency hopping, and QPSK modulation ensures excellent anti-interference performance, highly constant, and stable transmission signal present on all 10 channels of R9DS.
3400m range enables all possible RC fun.
Maximum PWM jitter is 1.84us with a standard of just 0.5us.
R9DS Receiver:
Channels:
- 9 channels: output 9 channels PWM signal, with red LED.
- 10 channels: output 10 channels signal, support SBUS and PWM signal output synchronously, with blue LED.
Working voltage: 4.8-10V
Working current: 38-45mA（input voltage: 5V）
Size: 43*24*15mm
Weight: 9g
4096 section precision, 0.25us per section, servo anti-shake rudder.
Receiver integrate telemetry sensor including signal strength and voltage. Support extended engine voltage telemetry module PRM-01 and module PRM-02 can feedback GPS information, Speed, voltage etc. on AT9/AT9S/AT10/AT10II display when work with flight controller APM or PIX.
Package Including:
1x R9DS Receiver
Use for Radiolink transmitters AT9, AT9S, AT10 and AT10II.
3400 Meters Control Distance
DSSS and FHSS hybrid spread spectrum, 16 channels pseudo-random frequency hopping, and QPSK modulation ensures excellent anti-interference performance, highly constant, and stable transmission signal present on all 10 channels of R9DS.
3400m range enables all possible RC fun.
Maximum PWM jitter is 1.84us with a standard of just 0.5us.
R9DS Receiver:
Channels:
- 9 channels: output 9 channels PWM signal, with red LED.
- 10 channels: output 10 channels signal, support SBUS and PWM signal output synchronously, with blue LED.
Working voltage: 4.8-10V
Working current: 38-45mA（input voltage: 5V）
Size: 43*24*15mm
Weight: 9g
4096 section precision, 0.25us per section, servo anti-shake rudder.
Receiver integrate telemetry sensor including signal strength and voltage. Support extended engine voltage telemetry module PRM-01 and module PRM-02 can feedback GPS information, Speed, voltage etc. on AT9/AT9S/AT10/AT10II display when work with flight controller APM or PIX.
Package Including:
1x R9DS Receiver
Radiolink R6F 6-Channel Receiver (car/boat) (1RL0062)
Radiolink R6F 6-Channel Receiver 2.4GHz
R6F Receiver:
Frequency: 2.4GHz ISM band (2400MHz-2483.5MHz)
Size: 35 x 20 x13mm
Weight: 6g
Channel: 6 channels
Model: cars/boats
Spread spectrum: FHSS
Antenna length: 200mm
Control distance: more than 400 meters
Power supply: 4.8 - 10.0V DC
Channel resolution: 4096
Work current: 30mA
Compatible with transmitters: RC6GS, RC4GS, RC4G, RC3S,
Package Including:
1x R6F Receiver
R6F Receiver:
Frequency: 2.4GHz ISM band (2400MHz-2483.5MHz)
Size: 35 x 20 x13mm
Weight: 6g
Channel: 6 channels
Model: cars/boats
Spread spectrum: FHSS
Antenna length: 200mm
Control distance: more than 400 meters
Power supply: 4.8 - 10.0V DC
Channel resolution: 4096
Work current: 30mA
Compatible with transmitters: RC6GS, RC4GS, RC4G, RC3S,
Package Including:
1x R6F Receiver
Radiolink R8FM 8-Channel MINI Receiver 2.4GHz (SBUS and PPM) (1RL0044)
Radiolink R8FM 8-Channel MINI Receiver 2.4GHz
Radiolink R8FM, 2.4G 8 channel receiver support SBUS and PPM signal
Good choice for use with Radiolink T8FB transmitter in a racing drone.
2000 Meters Control Distance
67-channel pseudo-random frequency hopping help reduce overall signal interference.
2000 meters range enables all possible RC fun.
The maximum PWM jitter is 1.84us with a standard of just 0.5us.
SBUS or PPM Signal Output
8 channels of SBUS/PPM signal output.
Compatible with PIXHWAK, MINI PIX, TURBO PIX, and APM flight controllers which support SBUS or PPM signal.
Weight of 2.5g and small size of 16.0 x 21.5 x 1.0mm make R8FM is tiny enough even for mini racing drone and glider
R8EF Receiver:
Channel: 8ch
Operating voltage: 3 - 6V
Operating current: 38-45mA (input voltage 5V)
Size: 48.5x21x11mm
Weight: 2.5g
Section precision: 4096, 0.25us per section
Signal output: SBUS, PPM
Control distance: 2000 meters in the air
Compatible transmitter: T8S /T8FB/ RC6GS V2/ RC4GS V2/ RC6GS/ RC4GS
Package Including:
1x R8FM Receiver
Radiolink R8FM, 2.4G 8 channel receiver support SBUS and PPM signal
Good choice for use with Radiolink T8FB transmitter in a racing drone.
2000 Meters Control Distance
67-channel pseudo-random frequency hopping help reduce overall signal interference.
2000 meters range enables all possible RC fun.
The maximum PWM jitter is 1.84us with a standard of just 0.5us.
SBUS or PPM Signal Output
8 channels of SBUS/PPM signal output.
Compatible with PIXHWAK, MINI PIX, TURBO PIX, and APM flight controllers which support SBUS or PPM signal.
Weight of 2.5g and small size of 16.0 x 21.5 x 1.0mm make R8FM is tiny enough even for mini racing drone and glider
R8EF Receiver:
Channel: 8ch
Operating voltage: 3 - 6V
Operating current: 38-45mA (input voltage 5V)
Size: 48.5x21x11mm
Weight: 2.5g
Section precision: 4096, 0.25us per section
Signal output: SBUS, PPM
Control distance: 2000 meters in the air
Compatible transmitter: T8S /T8FB/ RC6GS V2/ RC4GS V2/ RC6GS/ RC4GS
Package Including:
1x R8FM Receiver
Spektrum DSMX Remote Receiver SPM9745 (SPM9745)
Key Features
- Case design offers better strain relief on antenna lead
- DSMX with DSM2 Backward compatibility*
- 22ms and 11ms Compatible
- Upgrade for any Spektrum receiver with available remote receiver ports
- Great addition to AR636, AR7350, AR9350, Telemetry Receivers and PowerSafe receivers
- Includes 24 inch extension
Repositionable Antenna
This antenna design allows for easy repositioning with the option to exit the case from the side or top. It also offers added strain relief to the antenna wire, and is optimized to fit into the tightest of Remote control aircraft.
Overview
The next generation of Spektrum remote receivers are here with the SPM9745 and SPM9746 Receivers. Featuring a user friendly antenna setup that allows for the antenna to be placed in 2 positions, making installation into those tight projects easier than ever. Fully compatible with DSMX and DSM2 Transmitters*. Use these to add more receiving points on any Spektrum receiver that has 1 or more Remote receiver ports.
The remote receiver includes one 24-inch extension; however, various lengths of receiver extensions can be purchased allowing various placement options for mounting purposes. Additional remote receiver extensions are available in 6", 9", 12", 24" and 36" lengths.
*DSMX Remote Receivers must be used with a DSMX Main Receiver.
RadioLink R8EF 8ch 2.4GHz FHSS Receiver (S-BUS+PPM) (1RL0046)
RadioLink R8EF 8ch 2.4GHz FHSS Receiver
R8EF Receiver:
Channel: 8ch
Operating voltage: 4.9-10V
Operating current: 19-25mA (input voltage 5V)
Size: 48.5x21x11mm
Weight: 7g
Feature: Fail-safe
Section precision: 4096
Signal output: S-BUS, PPM and PWM
Signal mode: Green LED, output 8 channel PWM signal
SBUS/PPM signal mode: Both red and green LED on, CH1 output S-BUS signal, CH2 output PPM signal, CH3 to CH8 output PWM signal (at the same time)
Package Including:
1x R8EF Receiver
R8EF Receiver:
Channel: 8ch
Operating voltage: 4.9-10V
Operating current: 19-25mA (input voltage 5V)
Size: 48.5x21x11mm
Weight: 7g
Feature: Fail-safe
Section precision: 4096
Signal output: S-BUS, PPM and PWM
Signal mode: Green LED, output 8 channel PWM signal
SBUS/PPM signal mode: Both red and green LED on, CH1 output S-BUS signal, CH2 output PPM signal, CH3 to CH8 output PWM signal (at the same time)
Package Including:
1x R8EF Receiver
Futaba R7008SB FASSTest 8ch + S.BUS 2.4GHz Receiver (FUT5102556)
The Futaba R7000SB is a FASSTest telemetry enabled receiver, a high-voltage design that operates up to 8 channels using the 8 standard PWM outputs or up to 18 channels (16 proportional + 2 digital) using the S-Bus port.
High-Voltage Receiver for the Futaba 18MZ, 18SZ,14SG Radio System
That means a simpler setup and full support for S-Bus and S-Bus2 servos. As supplied the R7008SB receiver includes integral sensors for receiver voltage, signal strength and external voltage, with further sensors available separately.
8 Channel using PWM
18 Channel using S.Bus
Extra voltage port (0 - 70V DC)
Diversity aerial for optimal reception
S.Bus & S.Bus2 capability
High Voltage capable
Specifications:
Fail Safe: Yes
Modulation: FASSTest (18ch & 12ch Modes)
S.BUS: S.Bus & S.Bus2
Weight: 10.9g
Current Drain: 75mA
Channels: 8 PWM (18 S-BUS)
Dimensions: 24.9x47.3x14.3mm
Voltage: 3.7 - 7.4V (3.5 - 8.4V voltage range)
High-Voltage Receiver for the Futaba 18MZ, 18SZ,14SG Radio System
That means a simpler setup and full support for S-Bus and S-Bus2 servos. As supplied the R7008SB receiver includes integral sensors for receiver voltage, signal strength and external voltage, with further sensors available separately.
8 Channel using PWM
18 Channel using S.Bus
Extra voltage port (0 - 70V DC)
Diversity aerial for optimal reception
S.Bus & S.Bus2 capability
High Voltage capable
Specifications:
Fail Safe: Yes
Modulation: FASSTest (18ch & 12ch Modes)
S.BUS: S.Bus & S.Bus2
Weight: 10.9g
Current Drain: 75mA
Channels: 8 PWM (18 S-BUS)
Dimensions: 24.9x47.3x14.3mm
Voltage: 3.7 - 7.4V (3.5 - 8.4V voltage range)
Futaba S.BUS Telemetry HUB (30cm, 3-port) (FUT0074)
Futaba S.BUS / S.BUS2 Telemetry HUB
Features:
3-port splitter
30cm extension cable
Three-core cable with power supply from S-BUS / S.BUS2 connector
Features:
3-port splitter
30cm extension cable
Three-core cable with power supply from S-BUS / S.BUS2 connector
Spektrum DSMR/DSMX Telemetry Temperature Sensor (SPMA9571)
Key Features
Easy installation
Telemetry Capable Receiver or Module and Telemetry capable DSMR/DSMX Transmitter required
Easy installation
Telemetry Capable Receiver or Module and Telemetry capable DSMR/DSMX Transmitter required
Spektrum Telemetry Aircraft RPM Sensor and Bracket (SPMA9569)
Key Features
RPM sensor for backplate installation on 40- to 90-sized glow engines
Bolt-on installation with nothing else to install, picks up the rotation of the crankshaft through the backplate
Compatible with Spektrum™ telemetry modules
Has a micro JST connector and plugs into the TM1000 telemetry module
TM1000 AND/OR a Telemetry Capable Transmitter required
RPM sensor for backplate installation on 40- to 90-sized glow engines
Bolt-on installation with nothing else to install, picks up the rotation of the crankshaft through the backplate
Compatible with Spektrum™ telemetry modules
Has a micro JST connector and plugs into the TM1000 telemetry module
TM1000 AND/OR a Telemetry Capable Transmitter required
Futaba S.BUS Telemetry HUB (10cm, 3-port) (FUT0073)
Futaba S.BUS / S.BUS2 Telemetry HUB
Features:
3-port splitter
10cm extension cable
Three-core cable with power supply from S-BUS / S.BUS2 connector
Features:
3-port splitter
10cm extension cable
Three-core cable with power supply from S-BUS / S.BUS2 connector
Futaba R2104GF S-FHSS/FHSS 4-Channel Receiver (FUT5102507)
The Futaba R2104GF 4-Channel 2.4GHz S-FHSS Receiver is compatible with Futaba FHSS and S-FHSS transmitters.
Frequency Hopping Spread Spectrum (FHSS) technology minimizes interference from other 2.4GHz systems. Easy Link prevents unwanted signal conflicts by using a special, pre-assigned ID code.
Note: NOT compatible with 2.4GHz FASST or FASSTest systems. It will work with FHSS and T-FHSS transmitters, but transmitter mode has to be changed from T-FHSS/FHSS to S-FHSS mode.
Features:
S-FHSS/FHSS auto detection
Compatible with Futaba S-FHSS/FHSS protocol
Dimensions: 39x26x10mm
Weight: 8g
Operating Voltage: 4.8 or 6V
Number of Ports: 5
PWM Output: 4
S-FHSS: Yes
Frequency Hopping Spread Spectrum (FHSS) technology minimizes interference from other 2.4GHz systems. Easy Link prevents unwanted signal conflicts by using a special, pre-assigned ID code.
Note: NOT compatible with 2.4GHz FASST or FASSTest systems. It will work with FHSS and T-FHSS transmitters, but transmitter mode has to be changed from T-FHSS/FHSS to S-FHSS mode.
Features:
S-FHSS/FHSS auto detection
Compatible with Futaba S-FHSS/FHSS protocol
Dimensions: 39x26x10mm
Weight: 8g
Operating Voltage: 4.8 or 6V
Number of Ports: 5
PWM Output: 4
S-FHSS: Yes
Futaba R304SB-E T-FHSS 4-Channel Telemetry Receiver (EP Cars/Rock Crawlers) (FUT5102601)
The Futaba R304SB-E 2.4GHz T-FHSS 4-Channel Telemetry Enabled Receiver is only compatible with Futaba T-FHSS telemetry compatible transmitters.
Built-in antenna
The R304SB-E receiver is designed to be used only for Electric Powered Car models. Due to the special design of the receiver, we cannot recommend its use in other types of models (gas powered models). Ideally sized to fit in 1/8, 1/10 or 1/12 on-road and offroad electric powered RC cars and rock crawlers.
Frequency Hopping Spread Spectrum (FHSS) technology minimizes interference from other 2.4GHz systems. Easy Link prevents unwanted signal conflicts by using a special, pre-assigned ID code.
Note: NOT compatible with 2.4GHz FASST or FASSTest, FHSS or S-FHSS systems.
Features:
T-FHSS system, S.BUS2, 4-channel receiver
Dimensions: 35.1x23.2x12.5mm
Weight: 6.7g
Rated Voltage: 4.8 to 7.4V / Usable Voltage: 3.5 to 8.4V
Number of Ports: 5
Number of PWM Output: 4
Telemetry: Yes (T-FHSS)
Telemetry: Collect as many telemetry sensors by HUB and connect them to S.BUS2 port
Range: Full Range Receiver (70m @ the best condition)
Built-in antenna
The R304SB-E receiver is designed to be used only for Electric Powered Car models. Due to the special design of the receiver, we cannot recommend its use in other types of models (gas powered models). Ideally sized to fit in 1/8, 1/10 or 1/12 on-road and offroad electric powered RC cars and rock crawlers.
Frequency Hopping Spread Spectrum (FHSS) technology minimizes interference from other 2.4GHz systems. Easy Link prevents unwanted signal conflicts by using a special, pre-assigned ID code.
Note: NOT compatible with 2.4GHz FASST or FASSTest, FHSS or S-FHSS systems.
Features:
T-FHSS system, S.BUS2, 4-channel receiver
Dimensions: 35.1x23.2x12.5mm
Weight: 6.7g
Rated Voltage: 4.8 to 7.4V / Usable Voltage: 3.5 to 8.4V
Number of Ports: 5
Number of PWM Output: 4
Telemetry: Yes (T-FHSS)
Telemetry: Collect as many telemetry sensors by HUB and connect them to S.BUS2 port
Range: Full Range Receiver (70m @ the best condition)
Futaba R304SB T-FHSS 4-Channel Telemetry Receiver (FUT5102611)
The Futaba R304SB 2.4GHz T-FHSS 4-Channel Telemetry Enabled Receiver is only compatible with Futaba T-FHSS telemetry compatible transmitters.
Frequency Hopping Spread Spectrum (FHSS) technology minimizes interference from other 2.4GHz systems. Easy Link prevents unwanted signal conflicts by using a special, pre-assigned ID code.
Note: NOT compatible with 2.4GHz FASST or FASSTest, FHSS or S-FHSS systems.
Features:
T-FHSS system, S.BUS2, 4-channel receiver
Dimensions: 35.1x23.2x8.5mm
Weight: 6.6g
Rated Voltage: 4.8 to 7.4V / Usable Voltage: 3.5 to 8.4V
Number of Ports: 5
Number of PWM Output: 4
Telemetry: Yes (T-FHSS)
Telemetry: Collect as many telemetry sensors by HUB and connect them to S.BUS2 port
Range: Full Range Receiver
Frequency Hopping Spread Spectrum (FHSS) technology minimizes interference from other 2.4GHz systems. Easy Link prevents unwanted signal conflicts by using a special, pre-assigned ID code.
Note: NOT compatible with 2.4GHz FASST or FASSTest, FHSS or S-FHSS systems.
Features:
T-FHSS system, S.BUS2, 4-channel receiver
Dimensions: 35.1x23.2x8.5mm
Weight: 6.6g
Rated Voltage: 4.8 to 7.4V / Usable Voltage: 3.5 to 8.4V
Number of Ports: 5
Number of PWM Output: 4
Telemetry: Yes (T-FHSS)
Telemetry: Collect as many telemetry sensors by HUB and connect them to S.BUS2 port
Range: Full Range Receiver
Futaba R202GF S-FHSS/FHSS 2-Channel Receiver (FUT5102625)
The Futaba R202GF 2.4GHz S-FHSS 2-Channel Micro Receiver is compatible with Futaba FHSS and S-FHSS transmitters.
It is a simple surface receiver with a single external aerial for easy installation and can use a battery power supply (4.8-7.4V) using the spare battery port. Comes with a simple bind button and a LED indicator for the status. It is a perfect fit to radio controlled cars, boats and other surface vehicles.
Frequency Hopping Spread Spectrum (FHSS) technology minimizes interference from other 2.4GHz systems. Easy Link prevents unwanted signal conflicts by using a special, pre-assigned ID code.
Note: NOT compatible with 2.4GHz FASST or FASSTest systems. It will work with FHSS and T-FHSS transmitters, but transmitter mode has to be changed from T-FHSS/FHSS to S-FHSS mode.
Features:
S-FHSS/FHSS auto detection
Compatible with Futaba S-FHSS/FHSS protocol
Dimensions: 23x35x9mm
Weight: 6g
Operating Voltage: 4.8 to 7.4V
Number of Ports: 3
Number of Channel: 2
S-FHSS: Yes
It is a simple surface receiver with a single external aerial for easy installation and can use a battery power supply (4.8-7.4V) using the spare battery port. Comes with a simple bind button and a LED indicator for the status. It is a perfect fit to radio controlled cars, boats and other surface vehicles.
Frequency Hopping Spread Spectrum (FHSS) technology minimizes interference from other 2.4GHz systems. Easy Link prevents unwanted signal conflicts by using a special, pre-assigned ID code.
Note: NOT compatible with 2.4GHz FASST or FASSTest systems. It will work with FHSS and T-FHSS transmitters, but transmitter mode has to be changed from T-FHSS/FHSS to S-FHSS mode.
Features:
S-FHSS/FHSS auto detection
Compatible with Futaba S-FHSS/FHSS protocol
Dimensions: 23x35x9mm
Weight: 6g
Operating Voltage: 4.8 to 7.4V
Number of Ports: 3
Number of Channel: 2
S-FHSS: Yes
Futaba R203GF S-FHSS/FHSS 3-Channel Receiver (FUT5102519)
The Futaba R203GF 3-Channel 2.4GHz S-FHSS Receiver is compatible with Futaba FHSS and S-FHSS transmitters.
Frequency Hopping Spread Spectrum (FHSS) technology minimizes interference from other 2.4GHz systems. Easy Link prevents unwanted signal conflicts by using a special, pre-assigned ID code.
Note: NOT compatible with 2.4GHz FASST or FASSTest systems. It will work with FHSS and T-FHSS transmitters, but transmitter mode has to be changed from T-FHSS/FHSS to S-FHSS mode.
Features:
S-FHSS/FHSS auto detection
Compatible with Futaba S-FHSS/FHSS protocol
Dimensions: 26x39x10mm
Weight: 8g
Operating Voltage: 4.8 to 7.4V
Number of Ports: 4
PWM Output: 3
S-FHSS: Yes
Range: Full Range
Frequency Hopping Spread Spectrum (FHSS) technology minimizes interference from other 2.4GHz systems. Easy Link prevents unwanted signal conflicts by using a special, pre-assigned ID code.
Note: NOT compatible with 2.4GHz FASST or FASSTest systems. It will work with FHSS and T-FHSS transmitters, but transmitter mode has to be changed from T-FHSS/FHSS to S-FHSS mode.
Features:
S-FHSS/FHSS auto detection
Compatible with Futaba S-FHSS/FHSS protocol
Dimensions: 26x39x10mm
Weight: 8g
Operating Voltage: 4.8 to 7.4V
Number of Ports: 4
PWM Output: 3
S-FHSS: Yes
Range: Full Range
Futaba R204GF-E S-FHSS/FHSS 4-Channel Receiver (EP Cars/Rock Crawlers) (FUT5102555)
The Futaba R204GF-E 2.4GHz S-FHSS 4-Channel Micro Receiver is compatible with Futaba FHSS and S-FHSS transmitters.
Built-in antenna
The R204GF-E receiver is designed to be used only for Electric Powered Car models. Due to the special design of the receiver, we cannot recommend its use in other types of models (gas powered models). Ideally sized to fit 1/10 or 1/12 on-road electric powered RC cars and rock crawlers.
Frequency Hopping Spread Spectrum (FHSS) technology minimizes interference from other 2.4GHz systems. Easy Link prevents unwanted signal conflicts by using a special, pre-assigned ID code.
Note: NOT compatible with 2.4GHz FASST or FASSTest systems. It will work with FHSS and T-FHSS transmitters, but transmitter mode has to be changed from T-FHSS/FHSS to S-FHSS mode.
Features:
S-FHSS/FHSS auto detection
Compatible with Futaba S-FHSS/FHSS protocol
Dimensions: 35.1x23.2x9mm
Weight: 6g
Operating Voltage: 4.8 to 7.4V
Number of Ports: 4
Number of Channel: 4
S-FHSS: Yes
Range: Full Range (70m @ the best conditions)
Built-in antenna
The R204GF-E receiver is designed to be used only for Electric Powered Car models. Due to the special design of the receiver, we cannot recommend its use in other types of models (gas powered models). Ideally sized to fit 1/10 or 1/12 on-road electric powered RC cars and rock crawlers.
Frequency Hopping Spread Spectrum (FHSS) technology minimizes interference from other 2.4GHz systems. Easy Link prevents unwanted signal conflicts by using a special, pre-assigned ID code.
Note: NOT compatible with 2.4GHz FASST or FASSTest systems. It will work with FHSS and T-FHSS transmitters, but transmitter mode has to be changed from T-FHSS/FHSS to S-FHSS mode.
Features:
S-FHSS/FHSS auto detection
Compatible with Futaba S-FHSS/FHSS protocol
Dimensions: 35.1x23.2x9mm
Weight: 6g
Operating Voltage: 4.8 to 7.4V
Number of Ports: 4
Number of Channel: 4
S-FHSS: Yes
Range: Full Range (70m @ the best conditions)
Kyosho SYNCRO KR331 (RX) RECEIVER (K.82135)
Kyosho SYNCRO KR331 (RX) 3-channel Surface Receiver
Kyosho SYNCRO KR331 (RX) 3-channel Surface Receiver
Spektrum Transmitter/Receiver USB Programming Cable (SPMA3065)
Transmitter/Receiver Programming Cable for Spektrum with USB Interface.
Futaba R3008SB 2.4GHz 8ch T-FHSS + S.BUS Receiver (FUT5102609)
Futaba R3008SB 2.4GHz 8ch T-FHSS + S.BUS 2 Receiver
The new and full range Futaba R3008SB receiver is designed to be used with the equally new 10J transmitter, and has 8 conventional outputs, or a full 10 through the S-Bus or S-Bus 2 outputs, whilst of course a mix is also possible by using 7 or 8 conventional servos and 2 or 3 S-Bus or S-Bus2 servos, or even additional conventional servos via an SBD decoder lead. The extremely compact dimensions of only 47.3 x 24.8 x 14.6 (max) and end connectors make this the perfect receiver for almost all applications, ranging from power models through helicopters and gliders.
Specifications:
Modulation: 2.4GHz T-FHSS
S-BUS2 Port for telemetry
Diversity Dual Antenna
Weight: 7.5g
Voltage: 3.5 - 8.4v
Channels: 8+ S.Bus 2 port
Dimensions: 47.3x24.8x14.6mm
The new and full range Futaba R3008SB receiver is designed to be used with the equally new 10J transmitter, and has 8 conventional outputs, or a full 10 through the S-Bus or S-Bus 2 outputs, whilst of course a mix is also possible by using 7 or 8 conventional servos and 2 or 3 S-Bus or S-Bus2 servos, or even additional conventional servos via an SBD decoder lead. The extremely compact dimensions of only 47.3 x 24.8 x 14.6 (max) and end connectors make this the perfect receiver for almost all applications, ranging from power models through helicopters and gliders.
Specifications:
Modulation: 2.4GHz T-FHSS
S-BUS2 Port for telemetry
Diversity Dual Antenna
Weight: 7.5g
Voltage: 3.5 - 8.4v
Channels: 8+ S.Bus 2 port
Dimensions: 47.3x24.8x14.6mm
Futaba R3004SB 2.4GHz 4ch T-FHSS + S.BUS Receiver (FUT5102653)
The Futaba R3004SB is a slim 4-channel receiver that is ideally suited to smaller models, as well as gliders/electric gliders that still require full range transmission. Futaba ditched bulky moulded cases and opted for lightweight heat shrink instead, this provides protection for almost any use but helps keep the weight down to just under 5 grams. The electronics are uncompromised, so the R3004SB has full telemetry features and full range transmission. It's slim and compact format makes it ideal for almost any application, whilst a pair of coaxial aerials provide solid stable reception with their length allowing them to be positioned at 90 degrees from each other, to give the maximum possible range.
2.4GHz T-FHSS Air system
4 Channels + S-BUS
S-BUS2 Port for telemetry
Diversity Dual Antenna
Ultra small design for smaller models
Heat shrink enclosure to reduce weight
Specification:
Modulation: T-FHSS Air
Weight: 4.8g
Voltage: 4.8 - 7.4V
Channels: 4ch + S.Bus2 Port
Dimensions: 18x41.4x9.9mm
Frequency: 2.4GHz
Aerial Length: 2x 150mm
2.4GHz T-FHSS Air system
4 Channels + S-BUS
S-BUS2 Port for telemetry
Diversity Dual Antenna
Ultra small design for smaller models
Heat shrink enclosure to reduce weight
Specification:
Modulation: T-FHSS Air
Weight: 4.8g
Voltage: 4.8 - 7.4V
Channels: 4ch + S.Bus2 Port
Dimensions: 18x41.4x9.9mm
Frequency: 2.4GHz
Aerial Length: 2x 150mm
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