Cat 3 Rapid Hook
A collection page of Sparepartsholland
About
This collection includes hydraulic top links with rapid hook for Cat 3 tractors, designed for heavy-duty agricultural applications where fast coupling and maximum load capacity are required. A hydraulic top link replaces the standard mechanical top link and allows precise adjustment of implement angle directly from the tractor cab. The integrated rapid hook (quick hook) enables fast, tool-free coupling of large 3-point hitch implements, significantly reducing changeover time and improving efficiency when working with heavy equipment. Applications Hydraulic top links Cat 3 with rapid hook are intended for large tractors operating heavy rear-mounted implements under demanding conditions. Frequent coupling and uncoupling of heavy 3-point hitch implements Ploughs, subsoilers, cultivators and large mowers Heavy graders, rollers and soil preparation equipment Precise implement angle and depth control under high load Rapid Hook (Quick Hook) System The rapid hook automatically locks onto the implement pin when the linkage is lifted, creating a secure connection without manual alignment. This system improves safety, reduces coupling time and allows efficient handling of large and heavy implements in daily agricultural operations. Compatibility and Fitment These hydraulic top links are designed for Category 3 three-point hitch systems and match standard Cat 3 pin and connection dimensions. Suitable for high-horsepower agricultural tractors Compatible with standard Cat 3 linkage systems Available in multiple closed and extended lengths Construction and Safety All hydraulic top links with rapid hook are manufactured from high-strength steel and designed for continuous heavy-duty use. Each unit is supplied as a complete kit including a locking block (check valve) and hydraulic hoses. The locking block secures the cylinder position and prevents unintended movement during transport or under load. Double-acting heavy-duty hydraulic cylinder design Reinforced rapid hook mechanism fo