Advanced 10-channel telemetry receiver. It operates based on the Twin 2.4 GHz dual-frequency transmission system. It has 10 precision PWM channels and 16 or 24 channel modes using S.BUS. Two detachable antennas with IPEX4 connectors provide full signal power at ranges of up to tens of kilometers. It is particularly ideal for gliders, but can also be used with other models. Thanks to redundancy support, it can be connected as a master receiver via the S.BUS. Thanks to the Twin 2.4 GHz protocol, both receivers work fully simultaneously in this connection. With the F.BUS connection option, it can also be quickly and easily paired with several different telemetry devices, providing bidirectional data transmission via a single cable.
It is equipped with advanced interference cancellation, ensuring reliable and stable signal transmission throughout the range. An intelligent transmission matching system speeds up pairing. A black box function stores key flight data. Receiver operating statuses are indicated by an LED. Smart pairing enables wireless firmware updates.
It is also available in a non-stabilized version (#KAV18.10010 R10). The R10 Stabi offers enhanced ADV stabilization features. The ADV stabilizer offers an advanced mode with multiple programmable stabilization channels and flexibility.
The classic stabilization mode has been expanded to include 5 additional stabilization channels that allow mapping of points for each channel in several flight modes, such as Stabilization, Auto Leveling, Hover (Visibility) and Knife Flight (Knife Flight) for model aircraft.
The Advanced Stabilization function includes high-precision telemetry sensors to monitor altitude, vertical speed, etc.
In advanced stabilization mode, all output pins can be configured for stabilization and other advanced functions such as Stab file sharing, programmable parameters and programmer access, etc.
Specifications:
Features:
*Follow the instruction manual included with the product.
For more information and pictures, please visit the manufacturer's website : TU