2-stroke rammer BS30: The vibratory rammer specially designed for compaction around pipes

The BS30 is the vibratory rammer specially designed for professional compaction around pipes in trenches. The lightweight, compact dimensions and ability to deliver full performance even when tilted make the BS30 2-stroke rammer the only choice for this kind of job. It is powered by the WM80 engine, developed by Wacker Neuson.

Two-stroke engine WM80 Wacker Neuson Rammer

2-stroke engine

The 2-stroke engine is very sturdy and was developed specially by Wacker Neuson for the tough construction applications of vibratory rammers. The simple engine design makes maintenance easy and saves replacement part costs.
Even in a tilted position, the 2-stroke engine is fully functional. This way, the engine can also be started without problems if the vibratory rammer has lain on its side.

Two-stroke rammer BS60-2plus studio picture lever for idling, starting and stopping

Just one lever for starting, idling and stopping

The vibratory rammer can be operated very comfortably using just one lever. The fuel cock is integrated in the lever. The choke is automatically deactivated at full throttle.

Two-stroke rammer BS50-2 in trench application

Large stroke, high impact force

The two-stroke rammers offer high work performance, as they have a large stroke combined with high impact energy, high ramming frequency and fast travel speed.

Wacker Neuson rammer in trench application

Fast travel speed

The fast travel speed allows efficient working with high surface performance.

Illustration 4-stage air cleaner system rammer

4-stage air cleaner (cyclone, paper filter and 2 foam air cleaners)

The quadruple air cleaner system offers very reliable filter efficiency with high capacity and thus continuously high engine output.
The air cleaner housing is designed to keep dirt from falling into the air intake area when removing the filter. This protects the engine from dirt entering during maintenance.
The air cleaner cover must be opened with a tool: This should prevent the cover from being opened on a dusty construction site or the filter from being completely removed by the operator to work faster. Requiring the use of a tool should ensure that the vibratory rammer is brought to the workshop for air cleaner service.

More Features

Catalytic converter (2-stroke engine)

Very low CO emissions (carbon monoxide), which are significantly lower than for the 4 stroke rammer. Due to this, problem-free application in trenches.

Two-stroke rammer BS60-2plus studio picture from front

Slim, compact design with optimum machine center of gravity

The compact design, with its low machine center of gravity, offers tip-safe running and facilitates maneuvering, particularly in narrow trenches.

Sturdy percussion system

The percussion system is equipped with damping, which makes it particularly sturdy and durable. Wear and damage to the percussion system are avoided this way.

Determined value of CO² emission during engine certification without consideration of the application on the machine.
Please note that the product range may vary depending on the country. Under certain circumstances, the contents / products shown here may not be available in your country. The illustrations, equipment, and data shown may also differ from the current product range in your country. Optional extras may be shown that are subject to an additional charge. Subject to changes.
The actual depth of compaction can deviate from the values shown here depending on soil condition and environmental influences. In any case, checking the compaction results with suitable measuring instruments is recommended.