Premium & Performance-Focused
Explore high-performance Kawasaki vertical and horizontal shaft engines built for reliability, torque, and long service life. From residential upgrades to demanding commercial applications, Carroll Stream Motor Company delivers trusted Kawasaki power—ready to install and backed by expert support.
Built for professional lawn care, Kawasaki FX Series engines deliver top-tier power, reliability, and torque for high-demand machines. These 4-stroke, air-cooled V-Twin engines are engineered for commercial use where performance and uptime are critical.
Kawasaki FS Series engines provide a rock-solid foundation for demanding turf applications. These 4-stroke, air-cooled V-Twin gasoline engines feature a compact design and an internally vented carburetor with fuel shut-off solenoid—delivering dependable power for riding mowers, zero-turns, lawn tractors, standers, and walk-behind equipment.
The Kawasaki FR Series is a 4-cycle gasoline engine built for zero-turn mowers and lawn tractors. Offering smooth power delivery and proven reliability, it’s an ideal choice for users who want professional performance at a personal scale.
The Kawasaki FJ Series delivers precise, single-cylinder power for agricultural and industrial equipment. Featuring a 4-stroke, forced air-cooled design, these engines are built for reliable performance in demanding environments.
The Kawasaki FH Vertical Series delivers powerful, reliable V-Twin performance for demanding landscapes. Featuring advanced lubrication and improved startability, these engines are built to perform day after day.
The Kawasaki FH Horizontal Series combines air-cooled V-Twin power with advanced engine protection and optimized startability. Engineered for horizontal-shaft equipment, these gasoline engines deliver consistent performance in tough working conditions.
The Kawasaki FD Series brings compact, liquid-cooled V-Twin power to zero-turn mowers, riding mowers, and utility vehicles. Engineered for both turf and industrial use, these engines excel in machines requiring consistent performance in confined spaces.
