Compact shoe
For tight trenches, utility work and confined backfill where the machine must remain easy to position.
SG60H · SG60R225 mm shoe width
GLOBAL SUPPLYWHATSAPP ↗COMPACTION EQUIPMENT · SERIES 02
Focused impact compaction for trenches, foundations, pipeline backfill and confined work areas where maneuverability matters.
MR SERIES · TRENCH COMPACTIONSELECT BY APPLICATION
For tight trenches, utility work and confined backfill where the machine must remain easy to position.
SG60H · SG60RBalanced operating mass and impact for common foundation, trench and repair applications.
MR68H · MR75R · MR75HSelect the machine family first, then confirm the preferred engine, fuel, certification and service needs.
RM80H · RM80LC · RM80R
JOB-SITE DETAILS
The rammer range is designed around practical handling and service access. Final features vary by configuration and should be confirmed during quotation.
QUICK COMPARISON
| Model | Rated power | Operating mass | Impact force | Jumping stroke | Shoe size |
|---|---|---|---|---|---|
| MR68H | 2.2 kW / 3.0 hp | 68 kg | 13 kN | 40-85 mm | 330 x 285 mm |
| MR75R | 3.0 kW / 4.0 hp | 75 kg | 14 kN | 40-80 mm | 330 x 285 mm |
| MR75H | 3.0 kW / 4.0 hp | 72 kg | 14 kN | 40-80 mm | 330 x 285 mm |
| MR85Y | 3.1 kW / 4.2 hp | 83 kg | 14 kN | 40-80 mm | 330 x 285 mm |
| SG70R1 | 2.2 kW / 3.0 hp | 63 kg | 11 kN | 40-85 mm | 330 x 285 mm |
| SG70LC | 3.0 kW / 4.0 hp | 71 kg | 13 kN | 40-85 mm | 330 x 285 mm |
| SG60H | 2.2 kW / 3.0 hp | 58 kg | 11 kN | 40-85 mm | 330 x 225 mm |
| RM80H | 4.0 kW / 5.5 hp | 71 kg | 13 kN | 40-85 mm | 330 x 285 mm |
| RM80LC | 4.2 kW / 6.5 hp | 69 kg | 13 kN | 40-80 mm | 330 x 285 mm |
| RM80R | 3.7 kW / 5.0 hp | 68 kg | 12 kN | 40-80 mm | 330 x 285 mm |
Technical figures are transcribed from the supplied TEKPAC catalogue. The catalogue uses different engine configurations across model variants; confirm exact specifications before ordering.

Multiple power configurations for distributors, rental fleets and professional contractors.

We match the final configuration to local fuel preference, service conditions and market requirements.

MODEL SELECTION SUPPORT