50SX-H Hyper Ringed .50 Helicopter Engine (OSMG1951)
The 50SX-H Hyper Ringed .50 Helicopter Engine is designed for high-performance in 50-class helicopters, enhancing flying experience with improved combustion efficiency. This engine is known for its ability to maintain super-stable hovering and provide outstanding performance during aerobatic maneuvers. Its unique carburetor design, which features a 1.5mm larger bore, results in increased overall power output.
Aesthetically pleasing and functional, the engine comes with a machined blue alumite heat sink head that not only enhances looks but also contributes to better cooling and combustion efficiency, ultimately delivering more power stability during operation.
The 50SX-H Hyper Ringed .50 Helicopter Engine is designed for high-performance in 50-class helicopters, enhancing flying experience with improved combustion efficiency. This engine is known for its ability to maintain super-stable hovering and provide outstanding performance during aerobatic maneuvers. Its unique carburetor design, which features a 1.5mm larger bore, results in increased overall power output.
Aesthetically pleasing and functional, the engine comes with a machined blue alumite heat sink head that not only enhances looks but also contributes to better cooling and combustion efficiency, ultimately delivering more power stability during operation.
Original: $357.89
-65%$357.89
$125.26Description
The 50SX-H Hyper Ringed .50 Helicopter Engine is designed for high-performance in 50-class helicopters, enhancing flying experience with improved combustion efficiency. This engine is known for its ability to maintain super-stable hovering and provide outstanding performance during aerobatic maneuvers. Its unique carburetor design, which features a 1.5mm larger bore, results in increased overall power output.
Aesthetically pleasing and functional, the engine comes with a machined blue alumite heat sink head that not only enhances looks but also contributes to better cooling and combustion efficiency, ultimately delivering more power stability during operation.
