Precautions
- When using some simple simulators, FUTABA devices may experience high-frequency head faults due to non-standard wire sequence of the simulator’s square port wires or abnormal current of the pins. Please pay special attention.
- The interval between power on and off should not be too short, and do not frequently and quickly switch the power button back and forth, as it may cause high-frequency head failure due to the startup current.
- When using a charger to charge FUTABA devices, do not turn on the device, as it may cause damage to the power module.
- T6K is a dedicated bidirectional communication system in T-FHSS AIR mode.
- It is not compatible with the FASST method.
- After switching modes through the transmitter, the T6K can use the S-FHSS receiver, but it does not have bidirectional communication function.
Remote control supports receiver models
Features
- Built in antenna, simple appearance
- Support multiple modes such as helicopter, fixed wing, multi rotor, glider, etc
- Customize the switch to set the desired functions
- LCD screen with backlight
- Industry leading brand with stable signal
After upgrading the Ver.2.0 software on 6K, new features are added:
- Add the 7th and 8th action channels. This new feature has transformed the 6K, which originally had 6 action channels, into a control capability with 8 action channels.
- The TX SETTING setting page will display software version information.
- Set the timing time to arrive. In addition to emitting a warning sound, three different modes of vibration can also be selected to more clearly remind users.
- Multi rotor mode adds up to 5 flight modes (PRIORITY TYPE type) or 9 pan tilt control directions (MATRIX TYPE type).
- It can correspond to current sensors and voltage sensors. (Sensors need to be purchased separately)
- The code table function adds an INT mode code table. In the code table timing mode, there are three original modes: UP, DOWN, and DN-STP, and two new modes: UP-TH-INT and DN-TH-INT have been added. The INT mode code table can change the timing speed with the throttle’s high and low speed linkage; At full throttle, the timing speed is the standard value, while at medium throttle, the timing speed is only 50% of the standard value. At the lowest throttle speed, the timing action stops.
- The new 6K adopts a 2.4 GHz T-FHSS AIR bidirectional communication system. The functionality of airplanes/helicopters goes without saying, and the addition of gliders and multi rotor aircraft is a high-performance entry-level remote control that pursues unlimited expansion possibilities. In addition, it is equipped with a voice broadcast function, which can confirm real-time data through headphones sold on the market. Low voltage and other real-time situations closely related to flight can be prompted through vibration.
Package Included:
1 x Futaba T6K V3.0 6ch 2.4GHz Transmitter
1 x Futaba R3006CB 6ch 2.4GHz T-FHSS S.Bus Receiver
1 x On/Off Switch Harness, FUTM4385
Specifications:
- Support: fixed wing, helicopter, glider, and multi rotor
- Channel: 6-channels
- Modulation: Futaba 2.4GHz (T-FHSS, S-FHSS)
- Remote control distance: approximately 400 meters
Receiver Specifications:
- R3006SB 2.4GHz T-FHSS S.Bus
- Type: Full-range flight receiver
- Modes: S-FHSS or T-FHSS
- Features: bi-directional communication with a T-FHSS transmitter to utilize an array of telemetry sensors, S.Bus and S.Bus2 ports, along with 6 standard PWM outputs
Voltage Input: 4.8V-7.4V - Dimensions: 1.7 x 0.98 x 0.35 in (43 x 25 x 8.8 mm)
- Weight: 0.3 oz (8.5 g)
Airplane Functions
●Wing Type (5-wing, 2-tail) ●Throttle Cut●Dual Rate/Expo●Throttle Curve●Idle down●Gyro●Aileron differential●V-Tail●Camber●Air Brake●Elevator-to-Flap mixing●Flap-to-Elevator mixing●Elevon mixing
Glider Functions
●Wing Type (5-Wing, 2-Tail)●Condition select●Dual Rate/Expo●Motor switch●Gyro●Aileron Differential●V-tail●Butterfly mixing●Trim mixing●Elevator-to-Camber mixing●Camber mixing●Aileron-to-Camber mixing
Helicopter Functions
●Swash type (6)●Condition Select●Throttle Cut●Dual Rate/Expo●Trim Offset●Delay●Gyro mixing●Swash AFR●Swash mixing●Throttle Curve (5-point)●Pitch Curve (5-point)●Pitch-to-Rudder mixing●Throttle Hold●Hovering throttle●Hovering pitch
