Model: T8FB
The Radiolink T8FB is an 8-channel 2.4GHz RC radio transmitter designed for various remote-controlled models including airplanes, boats, cars, and robots. It utilizes FHSS communication technology for stable signal transmission and features an intuitive interface for easy operation.

Image 1.1: Radiolink T8FB Transmitter and R8EF Receivers. This image displays the T8FB transmitter alongside two R8EF receivers, highlighting the complete set included with the product.
Your Radiolink T8FB package includes the following components:

Image 2.1: Radiolink T8FB Box Contents. This image shows the T8FB transmitter, R8EF receiver, and small accessories neatly packaged within the product box.

Image 3.1: Radiolink T8FB Features Overview. This image highlights key features of the T8FB transmitter, including its 8 channels, low latency, 1.2-mile control distance, SBUS/PPM/PWM support, wireless training function, and Android/iOS app setup capability.
The T8FB transmitter can be powered by 4 AA batteries or a 2S-4S LiPo battery (not included). Ensure correct polarity when inserting batteries.

Image 4.1: Radiolink T8FB Battery Compartment. This image shows the battery compartment of the T8FB, indicating where 4 AA batteries are inserted. The JST connector for LiPo batteries is also visible.
Connect the R8EF receiver to your model's flight controller or servos. The R8EF supports S.BUS, PPM, and PWM signal outputs. Ensure correct channel mapping:

Image 4.2: Radiolink R8EF Receiver. This image displays the R8EF receiver with its various channel ports labeled for connection to servos or flight controllers.
To establish communication between the T8FB transmitter and R8EF receiver, follow the binding procedure outlined in the full user manual. Ensure both devices are powered on and in binding mode.
The T8FB can be configured using a mobile app (iOS/Android) or PC software via Bluetooth. This allows for detailed parameter adjustments.

Image 4.3: Radiolink T8FB App Connection. This image shows the T8FB transmitter wirelessly connected to a smartphone running the parameter setting application.

Image 4.4: Mobile App and PC Software Interface. This image illustrates the user interface for parameter setup on both Android/iOS mobile apps and PC/laptop programs.
The T8FB features dual sticks for precise control. The left stick typically controls throttle and rudder, while the right stick controls ailerons and elevator. Various switches and potentiometers allow for additional functions and mixing.
The transmitter supports multiple flight modes and programmable mixing functions. These can be configured via the app or PC software to suit different model types and pilot preferences.

Image 5.1: Programmable Mixing Control. This image shows the interface for setting up 4 programmable mixing controls within the T8FB's software.
The T8FB provides telemetry data such as transmitter voltage, receptor voltage e vol externotage. It also features a low power alarm to alert the user when battery levels are critical.

Image 5.2: TX Voltage Alarm & Battery Supply of T8FB. This image displays the telemetry screen showing transmitter voltage (TX), receiver voltage (RX), external voltage (EXT), and RSSI (signal strength).
Video 5.1: TX Voltage Alarm & Battery Supply of T8FB. This video demonstrates how the T8FB's voltage alarm system works and how to monitor battery levels.
Refer to the full user manual for detailed steps on binding your T8FB transmitter to the R8EF receivers. This typically involves powering on the receiver while holding a bind button, then powering on the transmitter in bind mode.
The throttle cut function is a safety feature that immediately cuts power to the motor. It is important to understand how to set and use this function correctly.
Video 6.1: How to set the Throttle Cut function on T8FB. This video provides a step-by-step guide on configuring the throttle cut safety feature on the T8FB transmitter.
The T8FB allows for extensive customization of parameters through its dedicated mobile app (iOS/Android) and PC software. This includes adjusting endpoints, dual rates, and mixing functions.

Image 7.1: Signal Working Modes. This image shows the R8EF receiver's LED indicators for PWM (Red) and PPM/S.BUS (Blue/Purple) signal modes.
The T8FB can be used with flight simulators for practice and training. This feature is crucial for new pilots to develop their skills safely.

Image 7.2: Simulator/Trainer Support. This image depicts the T8FB transmitter being used with a flight simulator on a laptop, demonstrating its compatibility for training.
Video 7.1: T8S transmitter with R12F/R16F receiver to play simulator. This video demonstrates how to connect a Radiolink T8S (similar to T8FB) transmitter with an R12F/R16F receiver to a computer for simulator use.
The T8FB's firmware can be updated to support future features and improvements. Updates are typically performed via a USB connection to a PC.

Image 8.1: Firmware Update Port. This image highlights the USB port on the T8FB transmitter, used for firmware updates (not for charging).
To ensure the longevity and optimal performance of your T8FB transmitter and R8EF receivers, follow these maintenance guidelines:
If you encounter issues with your T8FB system, consider the following:
Always operate your RC equipment responsibly and safely. Follow all local regulations and guidelines for RC model operation. Ensure propellers are removed or disarmed during setup and calibration to prevent injury.
For any questions or support regarding your Radiolink T8FB, please contact Radiolink Direct. Refer to the product packaging or official Radiolink websitio web para obter detalles específicos da garantía e información de contacto.
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