Futaba

Connector DIY for charge cable. You will need to solder the cable , supplied connector Only

Futaba 12FG 2.4GHz FASST Radio TRANSMITTER with Integrated Jeti and Futaba,

This is a custom made , professionally integrated and adapted Jeti system modul, and Jeti box Profi. you can use this radio for any Jeti receiver and Futaba fasst 2.4

THIS Radio was used 2 times,  in perfect condition, with brand new lipo TX battery

Standard  charger included

delivered with TM-14 module, Jeti pre-installed module, Jeti Box profi.

delivered in Carbonite JR case,

-Receiver Not included

Futaba 12Z 12-Channel 2.4GHz TRANSMITTER With TM-14- Second hand

THIS Radio was very little used, but in perfect condition,

Included:

3 TX batteries with chargerpo

TM-14 module, No receiver

Robbe aeroteam Case, and accessories inside

See more Photos for details

With the Futaba T16iZ Super computer remote control you make the affordable jump to the professional class! The new transmitter design with large color touch display and ergonomically optimized shape guarantees perfect operation of the clear transmitter software. The T16iZ Super supports the established transmission modes T-FHSS, FASSTest and S-FHSS.

The R7208SB receiver supports RX-Link and features antenna diversity.

NEW: In combination with the FUTABA SBS-01ML S.BUS Sensor Adapter (available soon) the transmitter supports the MAVLink protocol. MAVLink or Micro Air Vehicle Link is a protocol for communication with small unmanned vehicles. It is a very simple messaging protocol for communication with drones (and between drone parts on board). MAVLink follows a modern hybrid publish-subscribe and point-to-point design pattern: data streams are sent/published as topics, while configuration sub-protocols such as the mission log or parameter log are point-to-point with retransmission.

With the S-BUS/S.BUS2 servo function, all parameters of S.BUS/S.BUS2 servos can be set individually via the transmitter.

The transmitter is fully equipped with 8 switches, 2 rotary encoders and 2 rear-mounted slide encoders. All controls are ergonomically placed for perfect operation during flight. The ball bearing control sticks impress with their precision and unique adjustability. The spring force and the ratchet function can be adjusted from the outside on the joysticks. Each stick function also features digital trim. The Futaba T16IZ is furthermore equipped with an S.BUS and a headphone connection, as well as a trainer/DSC connection.

The transmitter comes standard with powerful software for motorized aircraft, gliders, helicopters and drones (multicopters). The menu navigation is available in 9 languages. Model & telemetry data can be stored and firmware updates for the transmitter can be imported via the SD card reader integrated into the transmitter.

FASSTest System
The T16IZ SUPER transmitter has  adopted the bidirectional communication system "FASSTest". Data from the receiver can be checked in your transmitter. FASSTest is a maximum 18  channels 2.4GHz dedicated system.

Color Touch LCD Screen
T16IZ

SUPER has an HVGA 4.3", full-color, backlit LCD touch screen. The screen is transflective which enables booth indoor and outdoor visibility.

S.BUS2 System
By using the S.BUS2 system, multiple servos, gyros and telemetry sensors are easily installed with a minimum amount of cables.

Model Types

• Multicopter
• Helicopters: 8 different swash plate types are available
• Airplanes: 7 wing types & 3 tail types are available
• Functions and mixers necessary for each model type is set in advance at the factory

Lithium-Ion Polymer Battery
T16IS SUPER is operated by a 7.4V/2000mAh Li-Ion polymer battery.

MicroSD Card (not included)
Model data can be saved to a microSD card (SD: 32MB-2GB / SDHC: 4-32GB). When T16IZ SUPER transmitter software files are released, the software can be updated by using a microSD card update.

Edit Buttons
Two edit update buttons are provided and the operating screen can be immediately "Returned" to the HOME screen during operation. Setting operation can be performed easily by combining this button with a touch sensor.

Vibration Function
Selects a function that aerts the operator to various alarms by vibrating the transmitter in addition to sounding a buzzer.

Speech Function
A function which allows the system to provide telemetry data audibly. This function can also be utilized with commercial available earphones.

Compatible receivers (as of March 2023):

• R7008SB
• R7208SB
• R7308SB

Package including:

• Transmitter T16iZ Super
• Receiver R7208SB
• Transmitter battery LiPo 2s 2000 mAh
• USB charging cable
• Manual

The new Futaba 18SZ includes an amazing array of features that are sure to please all airplane, helicopter and multirotor pilots. Eighteen channels allow even the most complex of models to be controlled. A large, color LED touchscreen and display simplifies data entry and programming tasks. Additional features include flight conditions, S.Bus servo programming capabilities and several selectable languages. The included Futaba R7008SB FASSTest 8+ channel S.Bus receiver enables bi-directional communication and the use of a variety of Futaba telemetry sensors. The first delivery scheduled at October 2015, orders will be sent our per orders placed.

For many years Futaba have led the way with the ultimate in radio systems, and they have done it again with their new T18SZ.

Packed full of possibilities, the T18SZ includes a Li-Fe battery for extended run times, S-FHSS, T-FHSS, FASST and FASSTest transmission systems, 4.3" colour ultra quick response touch screen, flight conditions, a massive range of mixing and programming options for Aircraft, Gliders, Helicopters and Multirotors, Telemetry, Data Logging, etc, not to mention full 18 channel operation.

Supplied complete with the 8 18 channel R7008SB receiver, the T18SZ is the perfect radio for any serious pilot, and of course the regular software updates provided by Futaba will keep this superb radio up to date.

• Futaba 2.4GHz FASSTest, FASST, T-FHSS, S-FHSS Modulation
• 18 Channel (16 Linear + 2 Digital)
• 30 Internal Model Memory
• SD Card External Model Memory (SDHC is available.)
• Telemetry System (Details Below)
• Voice Message
• Easy Software Updates using SD card
• Stick Calibration
• Ultra-Fast 109mm (4.3") Colour TFT-LCD Touch Screen
• 2 Front Dials
• 2 Side Levers
• 6 Trim Levers
• 8 Toggle Switch
• Long life LiFe Battery (LT2F2100B)
• Antenna Angle Adjustment (90 degree and 3 step Rotation)
• Built-in Speaker
• Earphone Jack
• S.BUS I/F (with Power Supply)
• Trainer PPM 8CH / PPM 12CH / S.BUS (16CH)
• Trainer S.BUS Port
• Adjustable Angle Sticks
• Built-In Vibrator

Basic Program Features

• 15 Character User Names
• 15 Character Model Names
• Condition Name
• Function Setting
• Function Rename (AUX function only)
• Sub Trim (±240 steps)
• Servo Reverse
• Fail Safe
• Battery Fail Safe (All Channels on FASSTest/FASST-Multi/S-FHSS, 3 Channel FASST 7CH)
• EPA (30 - 140% with Limit setting)
• Servo Speed Adjustment
• Trim Setting (Step, Rate, Mode)
• Flight Condition (Maximum 8 conditions)
• AFR (D/R)
• AFR Curve Mode (3 Types)
• AFR Curve Point Number (Maximum 17 points)
• Programmable Mixing (10 per Condition)
• Throttle Cut
• Idle down
• Logic switch (Condition switch only)
• Data editor for S.BUS equipment
• Servo Monitor (with NT and Moving Test)
• 2 Up/Down Timers
• Integral Timer (System Timer)
• Model Timer
• Stick Alarm

Telemetry Options

• Receiver Battery
• Temperature Sensor
• RPM Sensor (Magnetic)
• RPM Sensor (Optic)
• Altitude Sensor (with Vario)
• GPS Sensor (Included Altitude Sensor)
• Voltage Sensor
• Current Sensor
• Voice
• Data Logging    

• T18SZ Mode-1 transmitter
• R7214SB Receiver
• 6.6V LiFe battery & 230V LiFe charger
• Switch harness

• FASSTest-2.4GHz
• Diversity Antennas
• Channels: 10ch (PWM) + S.BUS
• Dual RX-RX Capable
• S.BUS2
• Extra External Voltage Port
• Size: 50.1x36.9x16mm
• Weight: 18g

The T18SZ is a fully equipped 18-channel transmitter that leaves nothing to be desired in terms of transmission reliability, quality, function and usability. The well-known modulations such as FASST, FASSTest and FHSS were supplemented by the T-FHSS transmission technology so that telemetry operation in FHSS mode is now also possible. The menu navigation is clearly structured and can be quickly operated via the large color touch screen. In addition to the familiar functions of the T-18MZ, a multicopter menu and 9-language menu navigation has been added. The integrated SD card slot for storing model data and software updates for future, new applications makes this remote control future-proof. The built-in speaker, as well as the LiFe rechargeable battery incl. Charger complete the package. The high-quality transmitter housing captivates by its processing quality and lies thereby perfectly in the hand. The ergonomically arranged switches and encoders allow fatigue-free operation and their precision is unique in this price segment.

• Futaba 2.4GHz FASSTest, FASST, T-FHSS, S-FHSS Modulation
• 18 Channel (16 Linear + 2 Digital)
• 30 Internal Model Memory
• SD Card External Model Memory (SDHC is available.)
• Telemetry System (Details Below)
• Voice Message
• Easy Software Updates using SD card
• Stick Calibration
• Ultra-Fast 109mm (4.3") Colour TFT-LCD Touch Screen
• 2 Front Dials
• 2 Side Levers
• 6 Trim Levers
• 8 Toggle Switch
• Long life LiFe Battery (LT2F2100B)
• Antenna Angle Adjustment (90 degree and 3 step Rotation)
• Built-in Speaker
• Earphone Jack
• S.BUS I/F (with Power Supply)
• Trainer PPM 8CH / PPM 12CH / S.BUS (16CH)
• Trainer S.BUS Port
• Adjustable Angle Sticks
• Built-In Vibrator

Basic Program Features

• 15 Character User Names
• 15 Character Model Names
• Condition Name
• Function Setting
• Function Rename (AUX function only)
• Sub Trim (±240 steps)
• Servo Reverse
• Fail Safe
• Battery Fail Safe (All Channels on FASSTest/FASST-Multi/S-FHSS, 3 Channel FASST 7CH)
• EPA (30 - 140% with Limit setting)
• Servo Speed Adjustment
• Trim Setting (Step, Rate, Mode)
• Flight Condition (Maximum 8 conditions)
• AFR (D/R)
• AFR Curve Mode (3 Types)
• AFR Curve Point Number (Maximum 17 points)
• Programmable Mixing (10 per Condition)
• Throttle Cut
• Idle down
• Logic switch (Condition switch only)
• Data editor for S.BUS equipment
• Servo Monitor (with NT and Moving Test)
• 2 Up/Down Timers
• Integral Timer (System Timer)
• Model Timer
• Stick Alarm

Telemetry Options

• Receiver Battery
• Temperature Sensor
• RPM Sensor (Magnetic)
• RPM Sensor (Optic)
• Altitude Sensor (with Vario)
• GPS Sensor (Included Altitude Sensor)
• Voltage Sensor
• Current Sensor
• Voice
• Data Logging    

Specification

• Dials:    2
• Memory:Expandable SD/SDHC Card Slot
• Mode:Mode 2 or 1.
• Model Memory:30 (+ SD/SDHC Card)
• Modulation:Futaba 2GHz FASST, FASSTest, T-FHSS, S-FHSS
• Receiver:R7008SB 2.4GHz FASSTest (Inc.)
• S.BUS:    S.Bus & S.Bus2
• Screen:    109mm (4.3") TFT-LCD Colour Touch Screen (Inc.)
• Sliders:2
• Speaker:(Inc.)
• Switches:8
• Telemetry:T-FHSS & FASSTest Telemetry + Voice
• Trims:6
• Battery:FT2F2100B 2100mAh Li-Fe (Inc.)
• Channels:18 (16 Full + 2 Switch)

YOUR T18SZ INCLUDES THE FOLLOWING COMPONENTS:

• T18SZ Mode-2 transmitter
• R7208SB Receiver
• 6.6V LiFe battery
• Switch harness

Futaba 4-Way S.Bus Servo Terminal Box Connector Hub Block

The Futaba 4PV 4-Channel 2.4GHz S-FHSS/T-FHSS Radio System delivers the best of both worlds for bashers and racers.

The 4PV utilizes Futaba's lightning fast T-FHSS protocol to provide live telemetry data of your vehicle's temperature, RPM, receiver and external voltage levels, without slowing down the response of the transmitter/receiver.

The 4PV is compatible with two T-FHSS receivers and six S-FHSS receivers and can be easily updated via the CIU-2 and CIU-3 interface. This means your 4PV will always be up to date with Futaba's latest technological innovations.

To get the most out of your vehicle and 4PV use the included R304SB T-FHSS receiver.

Other features include audible alerts via audio jack allow you to focus on driving while staying in the know.  Plus, ergonomic adjustments include throttle position, throttle tension, steering tension and 5-optional accessories (not included) that allow you to customize the ergonomics to suit your unique needs and desires.

Features:

• T-FHSS and S-FHSS protocols
• Large backlit LCD screen
• Telemetry functions with logging capabilities and audible alerts
• Six digital trims
• 40-model memory
• 10-character model naming
• S.Bus/S.Bus2 servo programming
• Direct Model Select
• Model Copy/Model Clear
• Alarm tone adjustments
• Fail Safe
• Dial trim step select
• Data transfer/copy
• Firmware updatable via CIU-2 or CIU-3
• Compatible with 2S LiFe batteries, NiMHs, dry cells and other battery options

Specifications:

Transmitter:

• Type: 4-Channel S-FHSS/T-FHSS*
• Includes: 3-Channel R304SB Receiver
• Requires: (4) "AA" alkaline batteries

R304SB Receiver:

• Type: 4-Channel T-FHSS
• Input Power: 4.8V-7.4V
• Dimensions: 1.38 x 0.91 x 0.33 in (35.1 x 23.2 x 8.5 mm)
• Weight: 0.23 oz (6.6 g)

• Included in box
  
• Transmitter
• Receiver r304sb
  

To be used for making Traner or Simulator cables

High-quality aluminium case for two FUTABA T32MZ remote control transmitters. Ideal for safe transport of the transmitters and for protected storage at home. The inside of the case is equipped with a pre-cut foam insert. This allows the interior to be perfectly adapted to your own wishes.

Size 445 x 210 x 260 mm

Futaba CGY770R+GPB-1 -  Equipped with new system [UR mode]! Receiver, built-in governor, 3-axis gyro for helicopters + Programming Box

CGY770R is a 3-axis gyro for helicopters that is equipped with a new system [UR mode] and has a receiver and governor integrated with a wireless tuning function.

System that integrates receiver, 3-axis gyro function, and governor function.

• The CGY770R replaces the CGY760R.

Features:

• Includes GPB-1 Programming Box
• Gyro can also be operated independently
• Gyro and governor both use the fastest control method
• Small, low profile, lightweight
• Can be set using GPB-1 (gyro program box) *When using GPB-1 with CGY770R, it is necessary to update to Ver.5.0 or later.
• S.BUS2 system compatible
• Receiver/gyro/governor integrated
• Equipped with Dual Rx Link system
• Equipped with sensor response adjustment function
• Addition of wireless setting items
• Gyro adjustment menu P, I, and D gains can be adjusted on one screen
• *GPB-1 setting screen
• Compatible with new system UR (Ultra Response) mode
• In combination with a servo compatible with helicopter UR mode, faster response can be obtained.
• Also, servo update of HPS-HC701 and HPS-HT700 is required. Compatible with Ver.2.0 or later.

*To use UR mode, please use HPS-HC701 or HPS-HT700. *As of 2024/3/15

Setting items are divided into basic and expert menus

• Basic settings can be made in the basic menu
• Detailed settings can be made in the expert menu

What is UR mode?

• UR mode is a system installed in the high-end car transmitter [T10PX].
• This is Futaba's fastest system, recognized by many top drivers.
• You can experience the proven fastest system, UR mode, in a helicopter.
• *UR servos for cars cannot be used.

Specs:

• 3-axis gyro for helicopters with integrated receiver and governor
• Control method: Digital advance control
• Angular velocity detection method: Vibration gyro sensor
• Angle range: ±1,000°/sec
• Rotation speed detection method: Engine rotation direct detection by magnetic sensor
• Control resolution: 0.1 Hz (± 6 rpm: engine rotation speed)
• Rotation speed stability accuracy: within ± 1%
• Control rotation speed range: 700 to 4,000 rpm (rotor rotation speed)
• Antenna: Diversity method
• Rated power supply voltage range: DC 3.7 V to 7.4 V *(Usable voltage range: 3.5 V to 8.4 V)
• Current consumption: 85 mA (when receiving, no servo, no RPM sensor)
• Operating temperature range: -10 to +45℃
• Operating humidity range: 10 to 90%RH (no condensation)
• Dimensions: 39.2x27.0x15.0mm
• Weight: 22.3g

Reception system:

• FASSTest-2.4 GHz (18 CH/12 CH mode)
• T-FHSS-Air-2.4 GHz method, S.BUS2 input/output + output for conventional system (CH1-6)

Futaba CGY770R -  Equipped with new system [UR mode]! Receiver, built-in governor, 3-axis gyro for helicopters

CGY770R is a 3-axis gyro for helicopters that is equipped with a new system [UR mode] and has a receiver and governor integrated with a wireless tuning function.

System that integrates receiver, 3-axis gyro function, and governor function.

• The CGY770R replaces the CGY760R.

Features:

• Gyro can also be operated independently
• Gyro and governor both use the fastest control method
• Small, low profile, lightweight
• Can be set using GPB-1 (gyro program box) *When using GPB-1 with CGY770R, it is necessary to update to Ver.5.0 or later.
• S.BUS2 system compatible
• Receiver/gyro/governor integrated
• Equipped with Dual Rx Link system
• Equipped with sensor response adjustment function
• Addition of wireless setting items
• Gyro adjustment menu P, I, and D gains can be adjusted on one screen
• *GPB-1 setting screen
• Compatible with new system UR (Ultra Response) mode
• In combination with a servo compatible with helicopter UR mode, faster response can be obtained.
• Also, servo update of HPS-HC701 and HPS-HT700 is required. Compatible with Ver.2.0 or later.

*To use UR mode, please use HPS-HC701 or HPS-HT700. *As of 2024/3/15

Setting items are divided into basic and expert menus

• Basic settings can be made in the basic menu
• Detailed settings can be made in the expert menu

What is UR mode?

• UR mode is a system installed in the high-end car transmitter [T10PX].
• This is Futaba's fastest system, recognized by many top drivers.
• You can experience the proven fastest system, UR mode, in a helicopter.
• *UR servos for cars cannot be used.

Specs:

• 3-axis gyro for helicopters with integrated receiver and governor
• Control method: Digital advance control
• Angular velocity detection method: Vibration gyro sensor
• Angle range: ±1,000°/sec
• Rotation speed detection method: Engine rotation direct detection by magnetic sensor
• Control resolution: 0.1 Hz (± 6 rpm: engine rotation speed)
• Rotation speed stability accuracy: within ± 1%
• Control rotation speed range: 700 to 4,000 rpm (rotor rotation speed)
• Antenna: Diversity method
• Rated power supply voltage range: DC 3.7 V to 7.4 V *(Usable voltage range: 3.5 V to 8.4 V)
• Current consumption: 85 mA (when receiving, no servo, no RPM sensor)
• Operating temperature range: -10 to +45℃
• Operating humidity range: 10 to 90%RH (no condensation)
• Dimensions: 39.2x27.0x15.0mm
• Weight: 22.3g

Reception system:

• FASSTest-2.4 GHz (18 CH/12 CH mode)
• T-FHSS-Air-2.4 GHz method, S.BUS2 input/output + output for conventional system (CH1-6)

The CIU-3 is a USB interface for communications between Link-supported

devices (such as a S.BUS servo , Gyro and ESC) and Windows computer.

The CIU-3 is an updated version of the CIU-2 in that it does not need any additional Windows driver software to be installed.

Specs:

• Interface: USB Rev2.0 compliant
• USB connector: USB Series A connector
• Operating voltage: 5.0V ±0.2V (USB bus power)
• Current drain (At connection, idle): 5.8 ±1.7mA
• Operating environment: Temperature -10 ～ +45℃
• Dimensions: 18.2 x 56.5 x 9.0 mm
• Weight: 7.5 g
• Applicable OS: Windows 

This is a multi-use transmitter bag that fits many different Futaba transmitters. The case is hard plastic and the top and bottom is padded with foam.

Features:

Rugged plastic case

Carry handle

Carry strap

Moveable divider (velcro)

YKK zipper

Included soft transmitter pouch

Size:

Length: 370mm

Width: 240mm

Height: 160mm

Futaba External Voltage Cable Lead sensor Voltage Return Line 70V R7003SB, R7008SB & R7018SB

FEATURES

• Used to connect a Futaba telemetry equipped receiver to an extra voltage port.

INCLUDES

• Cable, Fuse, Heat Shrink Tube and Instructions, welding needed

SPECIFICATIONS

• Length: 700 mm

COMMENTS

• This voltage cable plugs into the R7008SB next to the antenna.
• This measures the external voltage, such as the battery that is running a motor. The voltage will be displayed in the transmitter as "EXT-VOLT".
• Maximum voltage is 70 volts.
• Cable should be cut to desired length, then remove & save 30mm from the positive black line. Next, solder the fuse inline on the positive wire and reattach the section of wire that was previously removed and solder into place. The fuse should be attached as close to the external power supply as possible. Place shrink tubing over the fuse and cover all sodered areas. Shrink the tubing onto the wire with a heat gun. The cables will then be connected to corresponding + & - wires that connect the ESC to the battery and attached using solder and shrink tubing.

Telemetry voltage cable,Futaba FASSTest External Voltage Lead
Futaba External Voltage Cable Lead sensor Voltage Return Line 70V R7003SB, R7008SB & R7018SB

With the FUTABA FDLS-1 you double the security in your model by operating two S.BUS / S.BUS2 receivers in parallel. In the event of a problem with the main receiver, the FDLS-1 switches over to the second receiver at lightning speed.

Two S.BUS / S.BUS2 receivers are required to use the FDLS-1.

Both receivers must be of the same protocol when using the FDLS-1 mixing protocols will not allow the FDLS-1 to operate properly.

Technical specifications

Operating voltage: 3.5-8.4V

Length: 225mm

Weight: 6.5g

The Futaba FX36 is the flagship among the tray style transmitters and was designed for high level model flying and competition use. This transmitter style is popular across Europe and is often used in pattern and glider flying. This high quality transmitter is built to the highest standard and leaves nothing to be desired in terms of transmission reliability and functionality.

The features and telemetry functions are almost identical to the well-known T18MZ and T14SG transmitters. This set uses Futaba's best quality stick units ST-57 (as used in the T18MZ) to give extremely precise control.

You can transmit on FASST, FASSTest, T-FHSS and FHSS allowing you to pick the right receiver for your model. The menu navigation is clearly structured and can be quickly/easily operated via the large colour touch screen. In addition to the familiar functions of the T18MZ Futaba have added a new multicopter menu and the ability to use up to 9 different language options! The integrated SD card slot allows you to store model data and software updates for future helping to make the FX36 future-proof.

T14SG, T16SZ, T18SZ, FX-22, FX-30 and FX-32 model memories are convertible to FX-36.

The ergonomically arranged switches and encoders allow fatigue-free operation during long flights and the set includes 2 aluminium joystick extensions to adjust to the pilot if needed.

• Professional 18-channel remote control system
• Ergonomic transmitter design
• Professional level stick units (ST-57)
• Extensive telemetry functions (Similar to T18MZ)
• New S.BUS functions
• Model selection, internal memory for 30 models (Expandable via SD card)
• 15 Character model / user names
• Modes switchable between FASST, FASSTest, S-FHSS or T-FHSS
• 9 Language menu navigation
• 4.3" Colour touch screen (480 x 272px)
• Telemetry with voice output via loudspeaker or optional headphones
• 6 Digital trims
• 6 Switches
• 2 Rotary dials
• 2 Linear sliders
• Graphical servo monitor that displays all servo paths with servo test function
• Future proof by updating capability via SD card
• Extensive timer functions
• Vibration alarm
• S.Bus port with power support, for programming and logging S.Bus
• 8 Flight conditions per model memory (like T18MZ)
• 10 Option mixes
• AFR 3 modes (Up to 17 points)
• 13 Wing types, 3 tail types & 8 swashplate options
• Fully equipped helicopter menu with swash ring, governor, servo travel and speed compensation, throttle limiter
• 3 curve modes for gas / pitch, up to 17 points possible
• Fully equipped sailor menu with 13 wing types, 3 tail units
• Extensive mixer selection for gliders and engine models (like T18MZ)
• Freely configurable teacher / student channel assignment

Box Contents

• Transmitter FX36 2.4GHz FASSTest
• Receiver R7008SB 2.4 GHz FASSTest
• Large aluminium case
• Transmitter battery 6.0V 2500mAh Eneloop Pro NiMH
• Transmitter battery charging cable
• Switch with charging socket
• 2 Aluminium joystick extensions (M4 Thread)
• Neutralization stopper
• Screwdriver
• Printed user manual

Required Accessories
NiMH charger

These heavy duty extension leads are compatible with all Futaba type plugs and includes gold plated connections with high quality mouldings and wire.

Length of 30cm, made from 22 AWG / 0.35mm2 heavy duty wire.

This is a Heavy Duty Futaba Servo Extension; This extension goes between the receiver and the servo to make the wire longer. On one end of the wire is a male connector and on the other end of the wire is a female connector

Futaba Heavy-Duty Servo Extension 60cm made from 22 awg wire

High Performance Servo with Brushless Motor (Neutral Pulse Width: Default 1520μs, optional 760μs) 

For all-purpose giant scale airplanes and Helicopters

FEATURES:

• Suitable for all purpose RC helicopters.
• Programmable/HV Brushless Servo.
• Custom New high power Brushless Motor.
• Programmable and compatible with S.Bus and S.Bus2 systems.
• Can be connected to a PC using the CIU-2/-3 USB adapter sold separately.
• Upper/middle/bottom: Aluminum Case
• 2S LiPo Suitable

SPEED:
0.075 sec/60°at 6.6V
0.07 sec/60° at 7.4V

TORQUE:
41.0 kgf/cm at 6.6V
569.4 ozf/in at 6.6V
44.0 kgf/cm at 7.4V
511.1 ozf/in at 7.4V

SIZE:
40.5 mm x 21 mm x 37.8 mm
1.59 in x 0.83 in x 1.49 in

WEIGHT:
76 g
2.68 oz

RATED VOLTAGE:
DC 6.0V-7.4V

OPERATING VOLTAGE:
DC 4.8-8.4V

NO DRY BATTERY OR BEC USE

FEATURES:

• Suitable for all purpose RC helicopters.
• Programmable/HV Brushless Servo.
• Custom New high power Brushless Motor.
• Programmable and compatible with S.Bus and S.Bus2 systems.
• Can be connected to a PC using the CIU-2/-3 USB adapter sold separately.
• Upper/middle/bottom: Aluminum Case
• 2S LiPo Suitable

SPEED:
0.08 sec/60°at 6.6V
0.075 sec/60° at 7.4V

TORQUE:
18.0 kgf/cm at 6.6V
250.0 ozf/in at 6.6V
20.0 kgf/cm at 7.4V

SIZE:
40.5 mm x 21 mm x 37.8 mm
1.59 in x 0.83 in x 1.49 in

WEIGHT:
73 g
2.57 oz

RATED VOLTAGE:
DC 6.0V-7.4V

OPERATING VOLTAGE:
DC 4.8-8.4V

NO DRY BATTERY USE

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

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 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

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

Original Futaba receiver antenna, for 2.4 GHz FASST receivers.

Length of 150mm for receivers FUTABA 2.4G R606FS, R617FS, R608FS, R6014 and others, most of them are 150mm long
Also fits other brand receivers.

Allows the receiver aerial to be deployed outside the fuselage in models with all-carbon canopies or fuselages
The aerial can be replaced by any experienced user. Set of 2 antennas

Futaba receiver antenna, for 2.4 GHz FASST receivers.

Allows the receiver aerial to be deployed outside the fuselage in models with all-carbon canopies or fuselages
The aerial can be replaced by any experienced user.

Set of 2

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

Futaba proudly introduces the 14SG, the only 14-channel system with revolutionary 2.4GHz FASSTest technology.

It's also compatible with FutabaFASST and S-FHSS protocols, so you can fly with virtually any 2.4GHz air receiver Futaba produces.

The 14SG can transmit and receive telemetry data. Install Futaba telemetry sensors (sold separately) to monitor flight data, receive alerts while in flight and more.
Heli pilots will prefer the 14SG's 3-axis gyro support — which makes the 14SG the perfect system for flybarless flight!

The innovations don't stop there. Turn the 14SG over, and you'll see the construction is as rock-solid as any other Futaba system.
It's also very comfortable to use, thanks to rubber grips that help minimize flyer fatigue — an added bonus that pilots will appreciate.

About the 14SG:

• Channels: 12 proportional, 2 switched
• Compatible with FASSTest, FASST and S-FHSS protocols
• FASSTest telemetry – compatible with Futaba telemetry sensors (sold separately)
• Free user-updatable software
• 30-model memory
• 10-character user naming
• 10-character model naming
• Airplane, helicopter and glider programming
• Large, 1.75” x 3” backlit LCD screen with 128 x 64 resolution
• SensorTouch™ programming
• SD Card compatibility for external model memory and software updates (SD: 32MB-2GB; SDHC 4GB-32GB)
• Left and right assignable slider switches
• Two assignable rotary knobs
• Six assignable three-position switches
• One assignable momentary two-position switch
• One assignable two-position switch
• Comfortable rubber grips on the sides and back
• Wide top switch spacing
• Adjustable stick tension
• Dual ball bearing gimbals
• 4 vibration warning types
• Home/Exit; User Menu/Servo Monitor buttons
• Audio earphone jack (for telemetry alarms)
• User stick calibration
• Trainer system
• Servo speed adjust
• 5 programmable mixes
• V-tail, Alivator, winglet, motor mixing
• Trim mix
• Logic switch (condition switch only)
• Internal programmer for S.Bus servos
• User menu
• Servo monitor (neutral and moving tests)
• 2 count up/countdown timers
• Integral timer
• Model timer
• Quick model select

Sensor telemetry number of revolutions per minute to aircraft propeller blades or helicopters

FEATURES

Length: 160mm with the cable

Weight: 4.9gr

Voltage 3.7 – 7.4v

Rounds per minute: 360 – 300.000RPM