Excalibur Diesel Tamping Rammer – 6HP Engine - SR75D

Excalibur Diesel Tamping Rammer

The Excalibur SR75D is a heavy-duty diesel tamping rammer specifically engineered for high-impact soil compaction in tight, confined job site spaces. Powered by a highly dependable 6 HP Excalibur S173F air-cooled, 4-stroke diesel engine, this robust machine operates efficiently at 3600 RPM to deliver consistent consolidation power. It generates a steady compaction force of 12 kN at a rapid impact rate of 640 to 680 vibrations per minute (vpm), enabling operators to achieve an impressive compaction depth ranging from 55 to 85 mm in demanding conditions.

Designed with a strict focus on optimal maneuverability, the unit weighs approximately 85 kg, ensuring it remains highly controlled while still providing the heavy downward force necessary for dense earthwork. The machine features an advanced structural design that promotes rapid heat dissipation, actively preventing overheating during prolonged, intensive work shifts. Equipped with a reliable manual recoil starting system and a 2.5-liter fuel tank, the SR75D guarantees extended, uninterrupted runtimes and maximum productivity in trenches and structural backfill projects.

Key Features & Benefits:

• 6 HP S173F Diesel Engine: A robust 243cc 4-stroke engine delivers steady, fuel-efficient power.
• 12 kN Compaction Force: Provides high-impact energy capable of deep soil consolidation reaching up to 85 mm.
• Efficient Heat Dissipation: Specially designed housing actively cools internal components for continuous and reliable operation.
• Manual Recoil Start: A dependable pull-start mechanism ensures quick and effortless ignition on any job site.
• Steady Forward Speed: Maintains a working pace of 10 to 13 m/min for efficient and consistent trench coverage.
• Compact 85kg Build: Balanced weight ensures strong compaction performance with excellent maneuverability in confined spaces.
• Reinforced Rammer Shoe: Durable steel foot provides consistent impact force and extended service life.
• Low Vibration Operation: Engineered to minimize vibration transfer for improved operator comfort and control.
• Fuel-Efficient Performance: Optimized engine design reduces fuel consumption during extended use.
• Durable Protective Frame: Heavy-duty structure safeguards key components from damage in harsh environments.