Batmatic Diesel Tamping Rammer – Yanmar L48 Engine, 4.2 HP - CV80Y

High-Performance Diesel Tamping Rammer

The Batmatic CV80Y is a high-performance diesel tamping rammer engineered specifically for compacting cohesive and mixed soils in confined spaces such as narrow utility trenches. Powered by a highly dependable 4.2 HP (3.1 kW) Yanmar L48 air-cooled diesel engine, this robust machine offers exceptional torque and superior fuel efficiency compared to standard petrol models. It delivers a striking 18 kN impact force at a rapid rate of 600 to 695 vibrations per minute (vpm), allowing operators to effortlessly achieve an impressive compaction depth of 60 to 70 cm.

To guarantee consistent operation and longevity in harsh construction environments, the unit is equipped with a highly efficient double air filtration system that actively shields internal engine components from heavy dust. Designed with continuous operator comfort in mind, the CV80Y features a specialized narrow handle that ensures a secure grip and easy maneuverability. Furthermore, the throttle control lever is safely integrated into a protected position to prevent accidental damage during intense daily job site use.

Key Features & Benefits:

• 4.2 HP (3.1kW) Yanmar Engine: Equipped with a durable Yanmar L48 4-stroke diesel engine for extended lifespan and low fuel consumption.
• 18 kN Impact Force: Delivers powerful compaction energy reaching depths of 60–70 cm in dense and cohesive soils.
• Advanced Double Filtration: Dual air filtration system protects the engine from dust and abrasive particles for maximum reliability.
• Fast Travel Speed: Covers large areas efficiently with a working speed of 15 to 18 m/min.
• Confined Space Design: Narrow body and optimized throttle placement allow excellent maneuverability in tight jobsite conditions.
• 20° Gradeability: Maintains stability and consistent compaction performance on inclined surfaces.
• Heavy-Duty Rammer Shoe: Reinforced steel foot ensures uniform impact and long-lasting durability under continuous use.
• High Shock Absorption System: Reduces vibration transfer to the operator for improved comfort and control.
• Efficient Fuel Consumption: Engine design maximizes runtime while minimizing fuel usage during long operations.
• Durable Protective Frame: Strong outer structure protects key components from impact and jobsite damage.
• Easy Maintenance Access: Simplified layout allows quick inspection and servicing of engine components.