Advanced Engine Suite II (AES II) is a multi-functional management box suitable for application in airplanes equipped with engines.

Through the VBAT (XT30/PWR) power port, users can use the same battery to power all connected devices, eliminating the trouble of providing an independent power supply for the ignition control unit. AES also adopts a safety solution to avoid potential risks caused by interference between the connected ignition and receiver devices.

The AES module is equipped with a wealth of sensor interfaces, including 2 sets of 2 RPM sensor ports, 1 flowmeter sensor port, and 7 temperature (4 PT100 type & 3 TEMS Type) sensor ports. In addition, AES also provides 2 AD ports, allowing users to flexibly use different types of AD devices required in your airplane. At the same time, through the FBUS/S.Port feature of the connected receiver, users can monitor the telemetry data in real-time on the transmitter to know the aircraft’s operating status.

The Pilot Gear Controller (PGC) is a fully integrated system that simplifies the setup of retractable landing gear,
gear doors, brakes, and ground steering for your Turbine or large-scale model. It also features adjustable brakes
and a built-in Gyro assist system for both steering and brakes.

Apart from the standard features, the PGC also features an integrated power system that can simplify your
power distribution as well. There are 3 individual BEC voltage outputs to power various systems within the PGC
and also has the ability to power external receivers and servos if you prefer a one-battery solution.

Advanced Engine Suite (AES) is a multi-functional management box suitable for application in airplanes equipped with engines.

Through the VBAT (XT30/PWR) power port, users can use the same battery to power all connected devices, eliminating the trouble of providing an independent power supply for the ignition control unit. AES also adopts a safety solution to avoid potential risks caused by interference between the connected ignition and receiver devices.

The AES module is equipped with a wealth of sensor interfaces, including 2 RPM sensor ports, 1 flowmeter sensor port, and 5 temperature sensor ports (Sensors are required to be purchased separately. Sensor options: TEMS Temperature Sensor [04100427], Flowmeter [03040703] ). In addition, AES also provides 2 AD ports, allowing users to flexibly use different types of AD devices required in your airplane. At the same time, through the FBUS/S.Port feature of the connected receiver, users can monitor the telemetry data in real-time on the transmitter to know the aircraft’s operating status.

The 利来·国际 RemoteNFC Panel is a convenient tool that can safely control the power supply by utilizing a set switch on the radio to enable/disable the power connection remotely, or by the switchboard using NFC Panel while having the device (RB unit, PowerSwitch, etc.) with battery always connected. This kit is composed of a RemoteNFC Panel base and NFC Key. Quickly combine all parts, now you can simply utilize the NFC key or the functional switch to manage the power supply without having to plug in/unplug the battery!

The FWTM trainer module is an alternative option for pilots who do not have the radio with the PARA trainer system but still expect to use the trainer system remotely. Power the trainer module by attaching it to the radio module bay, now the student radio can bind the trainer module in ACCST or ACCESS mode and work at low latency, so a simple wireless trainer system build is completed very quickly. By plugging an Audio type trainer cable into the trainer module, this module system also provides a wired way to create wireless connections between master and student radios.

The FWTM Lite trainer module is an alternative option for pilots who do not have the radio with the PARA trainer system but still expect to use the trainer system remotely. Power the trainer module by attaching it to the radio module bay, now the student radio can bind the trainer module in ACCST or ACCESS mode and work at low latency, so a simple wireless trainer system build is completed very quickly. By plugging an Audio type trainer cable into the trainer module, this module system also provides a wired way to create wireless connections between master and student radios.

The Power Switch is a power control system that offers a safe and flexible powering solution for controlling power in your RC model builds.

The Power Switch provides the user with a safe and efficient way to power the system with your power sources connected via a pair of standard XT30 connections. Its dual-power consumption system is designed to operate either in Balance or Backup mode. In Balance Mode (default), it consumes the power line from either power source depending on which has the higher voltage. When switching to the Backup Mode, the system consumes the power line with the priority that the user selected under the set voltage range.

A built-in high-quality BEC unit provides the powering solution, supporting dual input and dual output ports with XT30 connections. The BEC’s design allows the XT30 output ports to be configured to supply 5V to 8.4V either by Lua script (on ETHOS), or alternatively by using the Press button on the CNC aluminum case to quickly switch between the different preset voltages. The power switch is capable of working continuously under high current loads, and benefits from the high-quality machined heat-sink dissipation design.

The power switch function supports multiple types of external switches (e.g. NFC switch, etc.) that enable flexible options on how the power can be switched on/off without the need to plug/unplug the battery connections.

The RB-35/RB-35S builds on the success of the previous trusted Redundancy Bus series by adding many new features, such as configurable dual power input, dual BEC outputs, overload / current detection, the new ADV stabilizer (RB-35S), etc. The RB-35/RB-35S system has been designed to meet the needs of users who want the ultimate flight-safe performance and safety for their RC Models.

Triple Receiver Redundancy & Dual Power Input

RB-35/RB-35S has been designed to offer both dual-power and triple-receiver redundancy. This provides the user triple receiver signal and telemetry redundancy by adding multiplex ports (RX1-3 IN / S.Port). Dual-power provides a safe and efficient way to power the system with your power sources connected via a pair of standard XT30 connections.

The dual-power consumption system can operate either in Balance or Backup mode. In Balance Mode (default), it consumes the power line from either power source depending on which has the higher voltage. When switching to the Backup Mode, the system consumes the power line with the priority that the user selected under the set voltage range.

Dual BEC Outputs & Overload Protection & Current Detection

The RB-35/RB-35S includes a built-in Dual BEC, each XT30 output port can be independently configured to provide between 5V to 8.4V output. The unit’s BEC also can change channel output voltage for ports uses VOut1: CH1-9, and VOut2: CH10-24 and the rest ports. All Channel ports are provided with overload protection, and in addition, Channels 1-9 support the current detection function.

Power Switch Function

The built-in power switch function draws the support of using multiple types of external switches (e.g. NFC switch, Pin Plug, etc.) that enable flexible options on how the power can be switched on/off without the need to plug/unplug the battery connections.

Triple Receiver Redundancy & Dual Power Input

RB-35/RB-35S has been designed to offer both dual-power and triple-receiver redundancy. This provides the user triple receiver signal and telemetry redundancy by adding multiplex ports (RX1-3 IN / S.Port). Dual-power provides a safe and efficient way to power the system with your power sources connected via a pair of standard XT30 connections.

The dual-power consumption system can operate either in Balance or Backup mode. In Balance Mode (default), it consumes the power line from either power source depending on which has the higher voltage. When switching to the Backup Mode, the system consumes the power line with the priority that the user selected under the set voltage range.

Dual BEC Outputs & Overload Protection & Current Detection

The RB-35/RB-35S includes a built-in Dual BEC, each XT30 output port can be independently configured to provide between 5V to 8.4V output. The unit’s BEC also can change channel output voltage for ports uses VOut1: CH1-9, and VOut2: CH10-24 and the rest ports. All Channel ports are provided with overload protection, and in addition, Channels 1-9 support the current detection function.

Advanced Stabilizer

The RB-35S offers an ADV Stabilizer function which is an upgrade over the original classical gyroscope stabilization modes. The ADV Stabilizer offers an advanced mode that provides more programmable stabilized channels and flexibility.

The classical stabilization mode has been enhanced with 5 additional stabilization channels, providing pin mapping to each channel in the multiple flight modes like Stabilization, Auto-Level, Hover, and Knife-Edge with an airplane model.

In the advanced stabilization mode, all the RB-35S output pins are configurable for stabilization and additional advanced features such as File Sharing, Programmable Parameters, Developer Access, etc.

Diversified Sensor Telemetry 

The RB-35/RB-35S also works as an extensive sensor module with various built-in sensors including diversified telemetry. The RB-35S also includes high-precision telemetry sensors for monitoring altitude, vertical speed, etc. can be also used as an alternative to using a GR or S series receiver.

Power Switch Function

The built-in power switch function draws the support of using multiple types of external switches (e.g. NFC switch, Pin Plug, etc.) that enable flexible options on how the power can be switched on/off without the need to plug/unplug the battery connections.

The RB-25/RB-25S builds on the success of the previous trusted Redundancy Bus Series by adding new advanced features combined with a compact new design which meets the needs of users who want a flight-safe system built in a smaller size unit.

Triple Receiver Redundancy & Dual Power Input
RB-25/RB-25S has been designed to offer both dual-power and triple-receiver redundancy. This provides the user triple receiver signal and telemetry redundancy by adding multiplex ports (RX1-3 IN / S.Port). Dual-power provides a safe and efficient way to power the system with your power sources connected via a pair of standard XT30 connections. The dual-power consumption system is designed to operate in balance mode, where it consumes the power line from either power sources depending on which has the higher voltage.

Advanced Stabilizer 
The RB-25S offers an ADV Stabilizer function which is an upgrade over the original classical gyroscope stabilization modes. The ADV Stabilizer offers an advanced mode that provides more programmable stabilized channels and flexibility.

The classical stabilization mode has been enhanced with 5 additional stabilization channels, providing pin mapping to each channel in the multiple flight modes like Stabilization, Auto-Level, Hover, and Knife-Edge with an airplane model.

In the advanced stabilization mode, all the RB25S output pins are configurable for stabilization and additional advanced features such as File Sharing, Programmable Parameters, and Developer Access, etc.

Diversified Sensor Telemetry
The RB-25/RB-25S also works as an extensive sensor module with various built-in sensors including diversified telemetry. The RB-25S also includes the high-precision telemetry sensor for monitoring altitude, vertical speed, etc. can be also used as an alternative to using a GR or S series receiver.

Power Switch Function
The built-in power switch function draws the support of using multiple types of external switches (e.g. NFC switch, Pin Plug, etc.) that enables flexible options on how the power can be switched on/off without the need to plug/unplug the battery connections.

The RB-25/RB-25S builds on the success of the previous trusted Redundancy Bus Series by adding new advanced features combined with a compact new design which meets the needs of users who want a flight-safe system built in a smaller size unit.

Triple Receiver Redundancy & Dual Power Input
RB-25/RB-25S has been designed to offer both dual-power and triple-receiver redundancy. This provides the user triple receiver signal and telemetry redundancy by adding multiplex ports (RX1-3 IN / S.Port). Dual-power provides a safe and efficient way to power the system with your power sources connected via a pair of standard XT30 connections. The dual-power consumption system is designed to operate in balance mode, where it consumes the power line from either power sources depending on which has the higher voltage.

Diversified Sensor Telemetry
The RB-25/RB-25S also works as an extensive sensor module with various built-in sensors including diversified telemetry. The RB-25S also includes the high-precision telemetry sensor for monitoring altitude, vertical speed, etc. can be also used as an alternative to using a GR or S series receiver.

Power Switch Function
The built-in power switch function draws the support of using multiple types of external switches (e.g. NFC switch, Pin Plug, etc.) that enables flexible options on how the power can be switched on/off without the need to plug/unplug the battery connections.