Receivers

The Central Box 210 is a switchboard designed for the complete management of servos in a model.

The Central Box can manage two batteries and fully supports the JETI EX telemetry system. Up to three receivers with serial output can be connected to the Central Box. With JETI DC/DS transmitter, the full potential of the Central Box can be used, such as an easy way to configure the Central Box, EX telemetry and DITEX servos telemetry.Central Box 210 supports up to 15 servo outputs, two battery inputs and incorporates possibility to connect an RC or magnetic switch.

Support of DITEX telemetry servos

• Possibility to connect up to 3 receivers with serial interface (EX-Bus, PPM)
• Built-in Expander function for up to 3 sensors
• Input for magnetic switch or RC switch
• Two MPX battery input connectors
• 100Hz mode of servo outputs (10ms period)
• Supports EX telemetry (voltage, current, capacity, and temperature measurement, overload indication, ...)
• Easy settings changes via DC/DS transmitter
• Firmware updates by user
• Suitable for use with high voltage (HV) servos
• Compact size for easy installation
• Aluminum Case for Extra Cooling and Protection

1. Weight [g] 59
2. Dimensions [mm] 66 x 42 x 18
3. Sustained current [A] 20
4. Peak current (2s) [A] 90
5. Number of channels 15
6. Telemetry Yes
7. Operational temperature [°C] -20 ... 75
8. Compatible protocols EX Bus, PPM
9. Supply Voltage [V] 4 ... 14
10. Satellite receiver support Yes
11. Batteries NiXX 4 ... 10
12. Batteries LiXX 2 ... 3
13. Idle current [ľA] 180
14. Number of battery inputs 2
15. Voltage stabilization No

Compatible with Futaba Fasst transmitters the Corona R8FA offers an affordable alternative for Futaba radio users.

Compatibility- FUTABA FASST 2.4GHz transmitters
TM7, TM8, TM10, TM14, 6EX-2.4G, 7C-2.4G, 8FG, 10CG, 12FG

Product Specifications:
- Operating Current:
70mA @ FASST 7ch mode normal and 110 mA max,
80mA @ FASST multi-channel mode normal and 110 mA max

- Operating Voltage: 4.0 ~10V - Latency:
7mS for high speed PPM (HS), 14mS for low speed PPM (LS) @ FASST multi-channel mode,
8ms for high speed PPM (HS), 16mS for low speed PPM (LS) @ FASST 7ch mode

Sensitivity: ~ -96dBm
Fail Safe: Yes
Size: 53x37x16mm
Weight: 22g
Antenna length: 136mm

The Corona R6SF 2.4GHz S-FHSS/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.

Features:
• 6 Channel micro receiver (normal mode)
• <8 channels in special mode
• Low latency
• S.bus output (special mode)
• Twin antennas for signal security

Specs:
RF protocol: S-FHSS
Voltage: 3.6 ~ 8.5V
Max Current: 60mA max
Operating temp: -10 ~ 70°C
Latency: 20.4mS
Sensitivity: -98dBm
Dimensions: 45 x 18 x 8mm
Weight: 8g

2.4GHz S-FHSS mini Receiver is designed to use with FUTABA S-FHSS/FHSS 2.4GHz transmitters, such as air system T4YF,T6J,T6K,T8J,T10J, T14SG ,T18MZ,T18SZ under S-FHSS/FHSS protocol mode.

Specifications:

Voltage Range :3.6~8.5V
Operating Current: 60mA max and 45mA under linked
Operation temperature: -10~70 degC
Latency: 13.6mS or 20.4mS
Sensitivity: about -95dBm
Weight: 3g

Bind procedure:

Turn on the S-FHSS/FHSS transmitter, leave it 0.5M~1M away the receiver.
Connect the battery to the receiver while pressing receiver’s F/S button.
Red LED light on and Green LED off when searching signals, and turn to Green LED light on and Red LED off indicate bind is succeeded.

Compatible with Futaba Fasst transmitters the Corona R8FA offers an affordable alternative for Futaba radio users.

Specs:
Operating Current:
70mA @ FASST 7ch mode normal and 110 mA max,
80mA @ FASST multi-channel mode normal and 110 mA max
Operating Voltage:  4.0 ~10V
Latency:
7mS for high speed PPM (HS), 14mS for low speed PPM (LS) @ FASST multi-channel mode,
8ms for high speed PPM (HS), 16mS for low speed PPM (LS) @ FASST 7ch mode
Sensitivity: ~ -96dBm
Fail Safe: Yes
Size: 55x33x14mm
Weight: 16.8g
Antenna length: 136mm

Compatibility.
FUTABA FASST 2.4GHz transmitters
TM7, TM8, TM10, TM14, 6EX-2.4G, 7C-2.4G, 8FG, 10CG, 12FG

Bind Procedure:
Turn on the FASST transmitter
Connect the battery to the receiver while pressing receiver’s F/S button.The Dual-color LED’s continuous will cycle through the following: Red LED light (searching radio signal)Green LED light (acquired the radio signal)Red LED off (bind ok)Green LED flashes 10 times (ID store in memory)Green LED lights solid (normally operation)

CORONA 2.4GHz S-FHSS/FHSS Compatible Receiver is designed to use with FUTABA S-FHSS/FHSS 2.4GHz transmitters, such as air system T4YF,T6J,T6K,T8J,T10J, T14SG ,T18MZ,T18SZ or surface system 3PL,T3PRKA,4PLS,T4PX,T4GRS under S-FHSS/FHSS protocol mode

8ch ,6ch and 4ch servo channels in R8SF, R6SF and R4SF under normal status.
S.BUS output support expanding servo channels on the 8th channel of R8SF, the 6th channel of R6SF and the 4th channel of R4SF under special status.
20.4mS latency under normal status after bind support analog servos,13.6mS latency under special status supply enhancement smooth flight with digital servos.

Specifications:
Voltage Range :3.6~8.5V
Operating Current: 60mA max and 45mA under linked
Operation temperature: -10~70 degC
Latency: 13.6mS or 20.4mS
Sensitivity: about -100dBm for R8SF, -98dBm for R6SF and -95dBm for R4SF
Weight: 11g for R8SF, 8g for R6SF and 7g for R4SF

Bind procedure:
Turn on the S-FHSS/FHSS transmitter, leave it 0.5M~1M away the receiver.
Connect the battery to the receiver while pressing receiver’s F/S button.
Red LED light on and Green LED off when searching signals, and turn to Green LED light on and Red LED off indicate bind is succeeded.

Please consult Local Telecom regulations when using this item!

ES900TX and ES900RX modules are a set of Long Range 915MHz/868MHz(optional) wireless transmission equipment developed and designed based on the open source software ExpressLRS. This set of modules is characterized by an ultra-long range, stable operation and low latency. The module is compatible with most Opentx remote controls,, basically plug and play. We specially adapted a heat sink for the transmitter module and also reserved the installation position of the 2006 fan, which can help the transmitter module work stably under high power conditions.

New ES900TX module comes with a 2006 fan, it works automatically when the TX power is 250mW.

Specifications:

ES900TX:

MCU: ESP32+ESP8285

Dimension: 55mm*39mm*11mm

Weight: 9.2 grams (TX module only)

Antenna connector: SMA

VCC input: 5~13v, Recommended 5v~9v

RF frequency optional: 915 MHz or 868 MHz (EU)

Maximum output power: <33dBm (For >27dBm operation we recommend adding a fan for forced cooling)

ES900RX:

MCU: ESP8285

VCC input: 5v

Current operation: ~100Ma

Rx to FC protocol: CRSF

RF frequency optional: 915 MHz or 868 MHz (EU)

Dimension: 12mm*12mm*3mm

Weight: 0.60 grams (excluding antenna)

Antenna connector: IPEX1

Telemetry output power: <17dBm

Download RC7 Firmware for ES900RX:

ExpressLRS RC7 firmware for ES900 RX 915MHz and 868MHz [update via WiFi]

INCLUDED

       1x ES900 TX module 868MHz OR 915

• 1x TX antenna 868MHz/915
• 1x Molding JR Bay mounted case for TX module
• 1x Heat sink
• 1x Adapter wire
• ES900 RX module x1(868MHz or 915MHz optional)
• RX antenna x2

FrSKy R-XSR LBT telemetry receiver. Has the same functionality as the normal XSR,  but at only 1/3 of the weight and the size it is much smaller. Offers 16 channels through S-BUS and 8 channels through (C)PPM.

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.

Uses the smaller MHF4 type antennas. Spare antennes are available here.

Attention! New LBT (listen before talk) firmware for Europe. This product is compliant to the new ETSI guidelines. In order to use this receiver your transmitter has to run LBT firmware also.

• 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: 16*11*5.4mm (L*W*H)
• Weight: 1.5g
• Number of channels: 16CH (1-16CH from SBUS channel, 1~8CH from CPPM channel)
• Operating Voltage Range: 4~10V
• Firmware Upgradable
• Compatibility: FrSky X Series modules and radios in D16 mode

As the second receiver of the series R9, R9 Slim+ includes all the benefits of the old receiver long-range R9. Besides that, the R9 Slim+ has the lowest latency and offers the best compatibility with all transmitters FrSky. The function of redundancy ensures the safety of your plane, and form tiny and the reduced weight allows it to be mounted in any device.

Technical Characteristics :

Dimension: 30 * 13.5 * 5mm (L × W × H)
Weight: 3.2 g
Number of channels: 6 channels (channel outputs conventional)
Working voltage range: DC 3.5 V ~ 10V
Operating current: 100mA @ 5V
Operation range: up to 10 km or more
Compatibility: module R9M

Features :

868MHZ (EU version)
small and conveniently put in place
Low-latency and high-precision
Function redundancy support
Smart Port enabled, and support transmission of telemetry data
Detection of battery voltage

• Operating Voltage Range: 4.0~10V
• Operating Current: 100mA@5V
• Number of Channels: 6CH （1~6CH from conventional channel outputs）
• Measurement Range: ±4g

 

The R9 Slim+ OTA receiver implements the ACCESS protocol and supports wireless firmware updates over the air making binding to receivers even easier. As well as the convenience of checking the current receiver firmware version.

The R9 Slim+ OTA is designed with dual antennas to improve signal strength. With a compact form factor design, it also features 6 PWM outputs, and this long range receiver with the flexibility to work with more external devices by incorporating the inverted SBUS and S.Port outputs.

As the second receiver of the series R9, R9 Slim+ includes all the benefits of the old receiver long-range R9. Besides that, the R9 Slim+ has the lowest latency and offers the best compatibility with all transmitters FrSky. The function of redundancy ensures the safety of your plane, and form tiny and the reduced weight allows it to be mounted in any device.

Technical Characteristics :

Dimension: 32 * 13.5 * 5mm (L × W × H)
Weight: 4.3 g
Number of channels:LBT Version: 6/16CH (Telemetry) / 6/16CH (No Telemetry)
Working voltage range: DC 3.5 V ~ 10V
Operating current: 100mA @ 5V
Operation range: up to 10 km or more
Compatibility: module R9M

Features :

868MHZ (EU version)
small and conveniently put in place
Low-latency and high-precision
Function redundancy support
Smart Port enabled, and support transmission of telemetry data
Detection of battery voltag

 

FrSKY Receiver antenna 150mm 2,4GHz for X4R/X4RSB/S6R

FR-SKY X8R 8 channels ACCST S-BUS Recveiver with antenna PCB

Specification:

• SBUS Port (from 1 to 16 channels)
• Smart Port (telemetry)
• RSSI Port
• PWM 8 channels
• Posssibility of combine 2 X8R for 16 channels PWM (mode D16)
• Size : 46.25x26.6x14.2mm
• Wheight : 12.1g
• Tension : 4.0V-10.0V
• Amp use : 100mA
• Range (>1.5km) 

FrSky S.Port Tool Kit - STK

The S.Port Tool Kit or STK allows configuration of the S6R receiver from your computer.

FrSky S6R 6ch Receiver w/ 3-Axis Stabilization + Smart Port Telemetry

FrSky has combined the popular FrSky receiver technology with a super stable 3-axis system for fixed wing aircraft.
The S6R is based on the STM32 platform, with both receiver and flight control functions.
The S6R includes a three-axis gyroscope and three-axis accelerometer sensor module, with settings that are programmable via FrSky radios or the PC configuration tool (with FrSky STK).
Besides six-channel receiver function, the S6R also has stability augmentation, automatic level, crane, sideward flight, and shutdown functions of conventional airfoils.
Delta wing (flying wing) and V-tail models only support stability augmentation, automatic level and shutdown functions.

Features:

• Built-in 3-axis gyro and 3-axis accelerometer sensor module
• Has RSSI PWM output (0~3.3V) onboard
• Built-in battery voltage sensor
• Smart Port enabled

Compatibility:     

• FrSky Taranis X9D/ X9D Plus/X9E/Horus X12S/XJT in D16 mode
• S6R-EU only work with FrSky Tatanis X9D-EU/ X9D Plus-EU / X9E-EU / Horus X12S-EU / XJT-EU in D16 mode

Model:    

• 6CH receiver with buil-in 3-axis gyro and 3-axis acceleration

Specifications:

• Dimension: 47.42*23.84*14.7mm(L*W*H)
• Weight: 12.1g
• Operating Range: full range
• Operating Voltage Range: 4.0~10V
• Operating Current: 100mA@5V
• Number of Channels: 6CH （1~6CH from conventional channel outputs）
• Measurement Range: ±4g

 

FrSky SBUS to CPPM Decoder with Pins

The FrSky SBUS & CPPM Decoder can be used to decode SBUS or CPPM signals and converts them to PWM signals for use with conventional analog and digital servos.  
This decoder is compatible with receivers that feature the SBUS port.
A few examples are the FrSky TFRSB 9TFR4SB, TFR8SB) and X series (X8R, X6R) receivers and the Futaba S.BUS receivers (R6208SB, and others) as well as tools like the FrSky SBUS Servo Channel Changer and the Futaba SBC-1.

Specification:

• Channel Output Cable Lengths: 210mm
• Total length: 350mm
• Operating Temperature Range: -10-80℃
• Operating Voltage Range: 4-10V
• Compatibility for SBUS Connection Port: FrSky SBUS Servo Channel Changer, FrSky TFR8SB receiver, Futaba SBC-1 or Futaba S.BUS receivers (R6208SB, etc.)
• Compatibility for PWM Connection Ports: digital servos

FrSky SCC Servo channel changer (SBUS, CPPM)

The FrSky Servo Channel Changer is a tool designed for setting the channel of FrSky S.BUS & CCPM compatible servos (e.g. D12MB, Futaba S.BUS servos and the FrSky S.BUS to PWM Decoder).
Simply connect the servo or decoder to the servo connection port of this device and a power source to the battery connection port.
Then use the roller switch to change and set the channel numbers accordingly.

Specification:

• Dimensions: 48x67x22mm
• Weight: 6.7g
• Operating Voltage: 3~16V
• Operating Temperature: -10~45°C
• Compatibility: FrSky S.BUS & CCPM compatible servos, Futaba S.BUS servos, FrSky S.BUS to PWM Decoder

FRSKY USB UPDATE dongle for X series receivers,This is the SPC cable that works with the FrUSB-3 upgrading cable and allows it to connect to Smart Port devices including XJT, X8R, X6R and smart port sensors.

FrSky X4R 4ch 2.4Ghz ACCST Receiver with Telemery

Features:

• RSSI (PWM) output
• Lighter weight and physically smaller than D8R-II & D6FR
• Two selectable failsafe setting options - native failsafe or user programmable failsafe
• External analog telemetry port (AD2)

 Specification:

• Number of Channels: 4ch
• Operating Voltage Range: 4V~10V
• Operating Current: 100mA
• Operating Range: Full Range (>1.5km)
• Dimension: 40x22.5x6mm
• Weight: 5.8g
• Compatibility: FrSky X-series modual (XJT, etc) & Taranis X9D in D16 Mode)

*Note: Does not work with D-series module.

FrSky XM+ Ultra Mini SBUS Receiver, ONLY 1.6g

Specification:

• Dimension: 21.5x12x3.5mm(LxWxH)
• Weight: 1.6g
• Number of Channels: Up to 16CH from SBUS(CH1~CH15 for PWM, CH16 RSSI for FC)
• Operating Voltage Range: 3.7~10V
• Operating Current: 30mA@5V
• Operating Range: FULL range
• With RSSI output on board: Analog 0~3.3V
• Firmware Upgradeable
• Compatibility: FrSky D16 mode
• No Telemetry

Includes:

• 1 X FrSky XM+ SBUS Mini Receiver

Small, lightweight 2.4 GHz FHSS six-channel receiver incorporating Frequency Hopping technology.

The Futaba R2006GS 6 channel SFHSS receiver is compatible with the Futaba 6J and 8J radios. This receiver will also work with the Futaba 14SG radio since the 14SG will work with FASST, FHSS, and FASSTest receivers. This receiver works with normal voltage or high voltage applications (4.8 - 7.4V) so you can use a standard ESC, BEC, SBEC, UBEC or you can power it from an external battery pack. This receiver is a frequency hopping spread spectrum design which means it it constantly changing channels looking for the most clear signal possible. Includes a dual diversity antenna.

Not compatible with FASST transmitters. Only for FHSS systems such as T2PL, T3PL, T4YF, T4PL, T6JG)
Not recommended for large-scale model aircraft and jets.

Range: Full
Modulation: FHSS / S-FHSS
Dimensions: 43 x 25 x 8.8 mm
Voltage: 4.8-7.4 V
Current: 40 ma
Dual Diversity Antenna

Compact eight-channel FHSS/S-FHSS receiver, compatible with all FHSS and S-FHSS systems in the Futaba range. Also includes High Response mode for digital servos. Fail-safe settings are possible for all channels. As a special feature this receiver offers an S.BUS socket for up to eight S.BUS servos or other devices, in addition to the eight PWM servo outputs. Easy-Link button for simple binding to the transmitter.

The Futaba R2008SB is a full range 8 channel receiver with built in S-Bus functionality. It also comes equipped to handle high voltage applications (up to 7.4v).

• High-voltage operation.
• Frequency-hopping Spread Spectrum design.
• Dual Antenna Diversity.
• S.Bus compatibility
• 2.4GHz S-FHSS / FHSS auto-detect
• 8 channels + S.BUS
• Power feed: 4.8-7.4V
• Size: 42.8 x 24.9 x 14 mm

Futaba R2106GF RECEIVER ( Sold under brand of ALIGN) R6GF 6CH Receiver

• 6 channel receiver featuring latest FHSS （Frequency Hopping Spread Spectrum）2.4Ghz system, with high transmission speed, extremely low latency, bulletproof reliability, and value pricing.
• Compatible with both FHSS and S-FHSS transmission modes- Auto Detect
• Support 7.4v high voltage input using 2S 7.4v lipo battery. Please ensure high voltage compatibility of all other equipment when high voltage is used. A voltage regulator is recommended at voltage input.
• Failsafe capability

Specifications:

• 6-Channel-2.4GHz S-FHSS transmitter(Up to 4-Channel at 2.4GHz FHSS system)
• Suitable Voltage Range : 4.8 - 7.4V
• Current drain: 80mA
• Size:38×21×10 mm
• Weight:4g

Compatible with the following transmitters:

• ALIGN ：T6
• FUTABA：T18MZ, TM-FH, T14SG, T8J, T6J, T4YF, T4PL, T3PRKA, T3PL, T2PL

Lightweight and small 6-channel 2.4 GHz FHSS / S-FHSS receiver for indoor and park flyers.

Compatible with all FHSS FHSS and S-systems from Futaba program. Also offers a high response mode for digital servos.

Failsafe setting for all channels possible. Easy connectivity through Easy Link transmitter button. best possible protection from interference by fast frequency hopping.

High intermediate frequency of 800 MHz and so insensitive to electromagnetic pollution.

Not compatible with FASST transmitters!

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.

Features:

• 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

Specifications:

• Modulation: T-FHSS Air
• Weight: 4.8g (0.17 oz)
• Voltage: 4.8 - 7.4V
• Channels: 4 + S.Bus2 Port
• Dimensions: 18 x 41.4 x 9.9mm (0.71 x 1.63 x 0.39")
• Frequency: 2.4GHz
• Aerial Length: 2x 150mm

Futaba R3008SB 2.4GHz FHSS Telemetry Receiver 10J

The R3008SB is a T-FHSS telemetry-capable receiver that features S.Bus and S.Bus2 compatibility and 8 conventional ports. The receiver also features an external battery voltage connector.

Size: 24.9 x 47.3 x 14.3mm
Weight: 10.1g
Power Requirement: 4.8-7.4V
Battery F/S Voltage: Sets up with a transmitter
Extra Voltage Port: 0 ~ 70V DC

Not compatible with S-FHSS/FHSS/FASST/FASSTest systems.

Futaba R304SB 4ch Rx with Telemetry T-FHSS (S-Bus) (HV) 2.4GHz

The R304SB is a compact little 4 channel receiver using T-FHSS telemetry.
Suitable for HV applications the R304SB has an operating voltage range of 3.6 up to 8.4v.

T-FHSS is a variation of Futaba's FHSS technology with the added bonus of telemetry.
As standard the receiver will monitor its own voltage and transmit that back to your T-FHSS transmitter.
There is also a S.Bus2 port included allowing you to plug in additional futaba telemetry sensors.

Specifications:

• Compact size
• T-FHSS telemetry
• Operating voltage of 3.6 - 8.4v
• Weighs only 6.7g!

Futaba R3206SBM 6-Channel T-FHSS-Air-Mono Micro Indoor Receiver

The Futaba R3206SBM is Futaba's smallest receiver to date. It can be installed in two ways, you can use S-BUS for a direct link to drone controllers or using PWM with up to 6 channels. The R3206SBM uses T-FHSS Air-mono system without the telemetry capability. This opens Futaba users to a new world of micro RC models from indoor aircraft to micro racing drones.

To keep the weight down this receiver does not have plugs and it requires fine soldering to install. This is done by you to match your model. Once installed in you chosen model you will need to use heatshrink to finish.

Specifications:

• Approximately 1 gram in weight!
• Ultra compact for micro models
• Uses the T-FHSS AIR-mono system (no telemetry)
• Wide 3.2 to 8.4V (HV) voltage range
• Battery Failsafe Voltage (Set from transmitter)

The R6303SB has an S.BUS system output port and 3 conventional system channel outputs. It can also be used with conventional system servos, etc. in addition to S.BUS system compatible servos and gyros, etc. When the linking procedure is performed, R6303SB recognizes the signal mode (FASST2.4GHz 7ch mode or 8ch/10ch/Multi-ch mode) automatically.

The R6303SB can change the output CH from seven groups (CH group table). In addition, the operating mode (high speed mode/normal mode) can be selected.
 

• FASST-2.4GHz (7ch/8ch/10ch/Multi-ch) system
• S.BUS port and 3 channels for conventional system
• High-Speed receiver

R6303SB Specifications:

• FASST-2.4GHz System (7ch/8ch/10ch/Multi-ch)
• S.BUS
• 3-channels for conventional system (not using the USB channels)
• Dual Antenna Diversity
• Size: 22.5 x 37.4 x 9.3 mm
• WeighT: 7.2 g
• Power Requirement: 3.7-7.4V
• Voltage Range: 3.5-8.4V

Receiver is brand new, but delivered without original box since it was separated from the radio set

Compact, lightweight R7003SB 2.4 GHz FASSTest receiver with integral telemetry transmitter.

• Smaller, only 7g, lighter 3 /18 - channel 2.4GHz FASSTest S.BUS-Receiver with full range and integrated Telemetry transmitter.
• Ultra-slim for models with narrow fuselages.
• With the S-BUS system for up to 18 channels, making it suitable for all models from mini-helicopters to large-scale aircraft.
• Normal PWM-output
• The 3 PWM-Servo channels outputs are divided in 7 groups of outputs Port 1 and 2, whereby the output allocation may be freely selected.
• S.BUS output Up to 18 of the new, programmable S-BUS servos or peripheral devices such as gyros,
• Flybarless systems or speed controllers can be attached in series directly to this output.
• One feed cable for all channels.
• No cable „spaghetti“, and reduced weight.
• All standard servos can be connected to receivers with an S.BUS PWM adapter.
• It does not get any simpler.
• High Response
• Switchable output speed of the control pulse for digital servos, 6.3 ms instead of 16 ms,
• which leads to a still shorter reaction time.
• Aerial Diversity
• The 2 Aerial Diversity system continuously checks the signal level at both aerial inputs and switches over in a split second to the stronger signal with no transition period.

Telemetry

• S.BUS2 devices or sensors can be connected via the S.BUS2 socket, and up to 32 telemetry data sets can be transmitted.
• The receiver‘s integral transmitter sends the telemetry data present at the S.BUS2 socket to the FASSTest transmitter, where the data are displayed on-screen or generated in audible form.
• Alternatively, the data can be transmitted to a separate Telemetry-Box.
• When the receiver is connected, data such as receiver battery voltage, external voltage (max. 70 V DC) and aerial signal strength, i.e. the essential telemetry data, are automatically transmitted to the ground.

Power

• A further voltage range from 3.7…7.4 V nominal voltage, when using 7.4 LiPo-Batteries for receiver power, all connected servos must possess the appropriate voltage capability.
• The receiver does not feature an internal servo voltage limiter for the high voltage servo voltage.

Recommended accessory:

• F1001100 „Extra Voltage“ connecting lead with fuse.

Specification:

• Frequency band 2.4 – 2.4835 GHz
• Spot frequencies 36
• Channel count 18
• Channel spacing 2048 kHz
• Transmission system FASSTest
• Voltage 3.7...7.4 Volt (4 - 5 Nx, 2 LiFe, 1 - 2 LiPo)
• Current 50 mA
• Dimensions 37.4 x 22.5 x 9.3 mm
• Aerial length 14 cm
• Weight approx. 7,2 g

Set contents
Including adapter for the „Extra Voltage“ connecting lead at Port 2.
 

Futaba’s new full range R7006SB receiver is capable of operating with either FASST or FASSTest transmission modes, and offers 6 conventional and 18 S-Bus channel outputs yet is exceptionally compact and light.

Specifications:

• Range: Full
• Modulation: FASSTest & FASST
• S.BUS / S.Bus: S.Bus & S.Bus2
• Weight / Gewicht: 8.5g
• Dimensions: 22.5 x 38.1 x 12.2mm
• Voltage: 3.7 - 7.4V
• Channels: 7 PWM or 18 S-Bus

Futaba R7308SB Receiver, FASSTest with Dual Rx Link

R7308SB– FASSTest Bi-Directional Communication System with S.Bus / S.Bus2 Port and 8 Channels for Conventional System Receiver.

The R7308SB is equipped with the Dual Rx Link system allowing a second FASSTest Rx to be connected via an SBUS2 port and offer Rx redundancy.

SIZE:

24.9 mm x 38.8 mm x 14.3 mm / 0.98 in x 1.53 in x 0.56 in

WEIGHT:

11.0 g / 0.39 oz

POWER REQUIREMENTS:

3.7 V to 7.4 V (Voltage Range: 3.5 V to 8.4 V)

EXTRA VOLTAGE PORT:

0 ~ 70 V DC

The Futaba R324SBS is a compact and lightweight T-FHSS SR 2.4 GHz receiver with integrated telemetry function and diversity antenna. The transmission mode T-FHSS SR is currently the fastest transmission technology on the market!

S. BUS2 sensors can be connected via the S. BUS2 connection and up to 32 telemetry data sets can be transmitted. The telemetry transmitter integrated in the receiver transmits the telemetry data on the S. BUS2 connection to the transmitter, which displays, announces or outputs them acoustically.

The receiver is particularly suitable for use in RC cars and boats.

NOTE: When using 7.4 V LiPo batteries as a receiver battery, the connected servos must also be designed for this voltage. The receiver does not have an internal voltage regulator for the servo voltage!

Features:

4-channel T-FHSS SR 2.4 GHz telemetry receiver with S. BUS2

fastest transmission system T-FHSS SR

diversity antenna for optimal reception

gold-plated contacts

telemetry function with 32 channels

S.BUS2Output

Hi-voltage

suitable for RC-cars & boats

The new Futaba R7108SB is a compact and lightweight FASSTest 2.4 GHz receiver with integrated telemetry function. It is based on the well-known Futaba R7008SB. What is new about this receiver is that it also features the older FASST protocols, which can be switched directly at the receiver.

This means that this receiver can also be operated with older FASST systems. Due to the super slim design, the receiver is perfectly suited for models with narrow hulls. The R7108SB has antenna diversity and constantly checks the signal quality of both antenna inputs. This way the receiver switches to the better input signal in a flash and seamlessly.

Technical data:

•     Frequency band: 2.4 GHz
•     Transmission system: FASSTest / FASST
•     Number of channels: 8 PWM / 18 S.BUS
•     S.BUS output: S.BUS / S.BUS2
•     Voltage range: 3.7 to 8.4 V
•     Dimensions: 47 x 25 x 14,3mm
•     Weight: 12g

With the Futaba R7208SB, Futaba offers a particularly light and small receiver with telemetry and the new Dual RX function. Its narrow design makes it ideal for use in narrow fuselages.

When the R7208SB is operated in Dual RX mode, a second S.BUS/S.BUS2 receiver is connected to the one on the R7208SB and operated in parallel. Receiver redundancy further increases model reliability: In case of a problem at the main receiver, the system switches to the second receiver in a flash.

An additional S.BUS/S.BUS2 receiver is required to operate the R7208SB in dual link mode.

The R7208SB features antenna diversity. The receiver constantly compares which antenna has the better signal and switches to it in a flash.

Analog or digital servos can be connected to ports 1 to 8. To enable shorter response times, the servo output signal for digital servos can be changed to 6.3 ms (instead of 16 ms for analog servos). The PWM ports can be switched so that channels 9 to 18 can be used alternatively at the ports. Or the ports can be used as additional S.BUS2 ports.

Up to 18 programmable S.BUS servos or other S.BUS components such as gyros, flybarless systems or governors can be connected to the S.BUS port. All S.BUS servos are digitally addressed and can be connected with a single servo line (3 wires). Although 4 servos are installed in a wing, only one servo cable goes into the wing. This keeps the complete wiring very simple and clear. If analog servos are to be used on the S.BUS, they must be connected using a PWM adapter.

S.BUS2 sensors can be connected to the S.BUS2 ports. They transmit up to 32 telemetry data sets. The receiver has an integrated telemetry transmitter that transmits the data to the transmitter (FASSTest only). This allows the measured values to be displayed or acoustically output at the transmitter. In addition, the receiver automatically always transmits the voltage of the receiver power supply (voltage sensor is integrated) and the signal strength.

The receiver supports HV (High Voltage) and can be powered directly from a 2s LiPo battery. Always make sure that the connected servos are also designed for HV!

FEATURES

• Transmission type: FASSTest
• Frequency range: 2.4 GHz
• Channels: 8 PWM / 18 S.BUS
• Transmit power: 100 mW EIRP
• S.BUS Port: S.BUS / S.BUS2
• Voltage range: 3.7 - 8.4 V
• Weight: 11 g
• Dimensions: 24.9 x 38.8 x 14.3 mm

• 8/18 channel FASSTest receiver
• Dual RX Link
• Telemetry with S.BUS2
• Telemetry with 32 channels
• PWM channels 1-8 or 9-16 selectable
• S.BUS / S.BUS2 port
• Hi-Voltage (HV)
• Antenna diversity
• Pulse switching digital servos

The R6208SB for aircraft models is a new version 2.4Ghz S.Bus 8-channel Receiver from Futaba.

Features:

• Utilizes digital serial data communication technology to transmit control signals between the receiver and servos using S.Bus hubs and cables (available separately)
• Easy programming with the SBC-1 Channel Setting Tool (FUTM4190), S-Bus receivers or PCLink software
• SBD-1 decoder cables (not included) allow the use of existing analog and digital servos
• Handles eight channels without S.Bus usage or as many as the available number of channels on transmitter with S.Bus use
• Prevents mismatched servo/channel connections Full-range receiver with DAD (Dual Antenna Diversity) that can be used in any flight application

Specification:

• Power Requirement: 3.7V or 7.4V battery or regulated output from ESC (output capacity must meet usage condition)
• Voltage Range: 3.5 8.4V
• Dimensions: 0.98 x 1.86 x 0.56" (24.9 x 47.3 x 14.3mm)
• Weight: 0.49oz (13.8g)

Suitable for:

• Futaba Transmitter with FASST Protocol, e.g. 8FG, 10CG, 12Z, 14MZ, 14SG, 18MZ

JETI Receiver Duplex 2.4EX REX10

10 channel full-range receiver compatible with JETI EX & EX Bus protocols. Supports telemetry functions.

Additional features:

• PPM input
• PPM output
• Integrated expander for EX & EX Bus devices
• UDI digital output

JETI Duplex receivers are designated for use with the DC/DS transmitters or the JETI transmitter modules in the 2.4 GHz frequency band.
The receivers support online updates so that everyone is able to install the latest software versions. From the very beginning bidirectional transmission has been a distinctive feature of the Duplex system, this not only handles telemetry data, but it also helps to ensure secure primarily transmission safety between the transmitter and receiver.
The Duplex EX telemetry system uses an open protocol. This gives the advantage of compatibility with a large number of telemetry sensors from both JETI model and third party producers.
For the display of telemetry data you can use purposely designed equipment like the JETIBOX profi and DC/DS transmitters or you can display the data on PCs.
The REX receivers are fully compatible with the previous generation of the Duplex equipment.

Specification.

• Weight [g] 16
• Dimensions [mm] 51 x 28 x 11
• Number of channels 10
• Telemetry Yes
• Operational temperature [°C]     -10 ... 85
• Compatible protocols DUPLEX 2.4GHz EX, EX Bus
• Antenna Length [mm] 2 x 200
• Supply Voltage [V] 3,5 - 8,4
• Average Current [mA] 75
• Satellite receiver support Yes
• Output Power [dBm] 15
• Receiver Sensitivity [dBm] -106