# Speed Reducers The Dodge SS17A15H56 Speed Reducer is a high-performance mechanical component designed to effectively reduce the speed of motors while increasing torque output. Engineered with precision, this speed reducer is ideal for various applications in automotive and industrial settings, ensuring optimal performance and reliability. ## Key Features • **Gear Ratio:** 15:1, providing a significant reduction in speed while maintaining high torque output, perfect for performance-driven applications. • **Bore Size:** Hollow bore design allows for easy integration with various motor shafts, accommodating different specifications effortlessly. • **Flange Type:** 56C flange configuration ensures compatibility with standard mounting setups, facilitating straightforward installation. • **Center Distance:** 1.7 inches, designed to optimize alignment and reduce wear on components, prolonging service life. • **Construction:** Built without paint, ensuring a robust surface that minimizes the risk of chipping or peeling, promoting durability in demanding environments. ## Applications • **Automotive Industry:** Ideal for high-performance vehicles requiring efficient speed control and torque management, particularly in racing and modification applications. • **Industrial Equipment:** Suitable for machinery where precise speed reduction is necessary for operational efficiency, such as conveyor systems or robotic arms. • **Compatibility:** Compatible with various motor types and brands, making it versatile for integration into existing systems. ## Benefits • **Increased Torque:** The 15:1 gear ratio enhances torque output, which is crucial for applications that require high starting torque or heavy loads. • **Durability:** The robust construction and hollow bore design minimize wear, ensuring long-lasting performance under tough conditions. • **Ease of Installation:** The standardized flange and bore dimensions facilitate quick and easy installation, reducing downtime during setup or maintenance. --- *Product information compiled with AI assistance for reference purposes.*