The SHANTUI SR22M-C5 is a 22-ton mechanical single drum vibratory roller designed for heavy-duty compaction applications. Powered by the Weichai WP6 engine delivering 140 kW of power, this model features dual-frequency and dual-amplitude vibration system for superior compaction efficiency. With its mechanical drive system, three-speed forward and reverse operation, and robust structural design, the SR22M-C5 is ideal for highway construction, airport runways, dam projects, and large-scale earthworks.

1. Powerful Compaction Performance
   Equipped with dual-frequency (29/35 Hz) and dual-amplitude (1.86/0.93 mm) vibration system, delivering centrifugal forces of 410 kN and 300 kN for superior compaction of various materials from soil to asphalt.
2. High-Performance Engine
   Powered by the Weichai WP6 engine delivering 140 kW at 1800 rpm, providing ample power for demanding compaction applications with excellent fuel economy. Compliant with China III emission standards.
3. Mechanical Drive System
   Features a mechanical drive system with three forward and three reverse speeds (2.8/5.6/9.1 km/h), offering reliable power transmission and easy operation for various job site conditions.
4. Three-Stage Vibration Isolation
   Adopts three-stage vibration isolation design, significantly reducing vibration and noise levels for enhanced operator comfort during extended working hours.
5. Ergonomic Cab Design
   Human-engineered cab layout with convenient controls reduces operator fatigue, improving overall productivity and safety.
6. Electric Shift Transmission
   Equipped with electric shift transmission for smooth and effortless gear changes, enhancing operational efficiency.
7. Excellent Maneuverability
   With a minimum turning radius of 6500 mm and ±33° steering angle, the SR22M-C5 offers outstanding maneuverability in confined spaces and challenging terrain.

• Highway and expressway construction
• Airport runway projects
• Dam and embankment construction
• Large-scale industrial sites
• Port and terminal infrastructure
• Heavy earthworks compaction