The SP-170 HF FI TS ROS from Sky Power is an advanced, air-cooled, two-stroke boxer engine with electronic fuel injection, designed specifically for use in unmanned aerial vehicles (UAVs) that run on heavy fuel. The engine is ideal for users looking for a powerful, reliable and efficient engine for their UAV systems. The combination of advanced EFI (Electronic Fuel Injection) technology, robust construction and flexible performance make it one of the best engines on the market for professional UAV applications.

With a displacement of 170 cm³, the SP-170 HF FI TS ROS offers exceptional performance and reliability for demanding applications. The engine is equipped with advanced EFI technology that provides precise control of the fuel system to optimize fuel consumption and reduce emissions. This results in high efficiency and smooth operating performance, even under varying loads.

One outstanding feature of the SP-170 HF FI TS ROS is its ability to operate in a wide speed range from 2000 to 7000 rpm. This flexibility makes the propulsion unit ideal for various UAV applications. The engine impresses with its high-power density and delivers remarkable endurance and efficiency. The SP-170 HF FI TS ROS is particularly user-friendly thanks to the integrated starter-generator unit and the associated control unit, which efficiently supplies the engine with energy and ensures system stability. The system enables a quick start and a reliable energy supply during operation without the need for additional external generators. This feature makes the engine particularly interesting for use in UAVs.

The SP-170 HF FI TS ROS is also characterized by a robust construction that is suitable for both civilian and military use. The engine has been designed for maximum durability and is able to withstand extreme conditions. Another important feature of the engine is its easy integration into existing UAV systems. Its compact design and compatible interfaces make it easy to install and use in a variety of platforms. The system is also equipped with a variety of sensors that allow continuous monitoring of the operating status and provide users with valuable data for optimizing flight performance and maintenance planning.