Rammers
Rammers, also known as tamping rammers or jumping jacks, are compact, high-impact compaction machines designed for use in confined spaces and trench work. They are particularly effective for compacting cohesive soils such as clay and mixed materials where deeper, concentrated compaction force is required.
Bo’s Plant & Tool Hire supplies petrol and diesel rammers, suitable for trench backfilling, foundation preparation and confined site applications.
Rammers
Petrol Rammers
Petrol rammers are widely used for general construction, trench backfilling and foundation preparation. They provide strong, concentrated compaction force in confined spaces and are well suited to smaller to medium-sized site applications.
Their lighter fuel system and ease of use make them a practical choice for:
- Trench and utility work
- Compaction around footings
- Smaller construction sites
- Projects requiring manoeuvrability in restricted areas
Petrol rammers are commonly selected for their simplicity and versatility across a range of ground conditions.
Diesel Rammers
Diesel rammers are suited to larger construction and civil sites where diesel-powered equipment is already in operation. They offer the same high-impact compaction force while aligning with site fuel requirements.
They are typically used for:
- Large-scale trench compaction
- Utility and pipeline installation
- Civil construction projects
- Sites standardised on diesel equipment
Diesel rammers provide reliable performance in demanding trench and foundation applications.
What Rammers Are Used For
Rammers are commonly used for:
- Trench backfilling
- Compaction around foundations and footings
- Pipeline and utility installation work
- Confined spaces where larger machines cannot operate
- Cohesive soil compaction
Their narrow base and vertical compaction action make them ideal for tight access areas and detailed work.
Choosing the Right Compaction Equipment
Rammers are best suited for confined areas and cohesive soils. For larger surface areas, plate compactors or rollers may be more efficient. Selecting the correct machine ensures proper ground stability and long-term surface durability.