- ACERT Technology engine is built for optimum performance levels and boosts productivity.
- Ergonomically designed operators cabin provides a comfortable space with complete visibility.
Cat manufactures the most reliable and robust fleet of vibratory soil compactors in the industry. Each smooth drum compactor is specially built to compact all semi-cohesive, cohesive and granular materials. At Al-Bahar you can now choose to rent padfoot compactors as well as smooth drum compactors, in UAE, Kuwait, Oman, Bahrain and Qatar.
Cat vibratory soil compactors feature a pod-style vibratory system that offers compactive force, while being completely cost-effective and easily serviceable. The state-of-the-art sloped hood design of the rear end, provides the operator with maximum visibility to maneuver around your job site with ease.
To find out more from a Cat vibratory soil compactor specialist, please fill in our contact form and have a representative contact you at a time that best suits you.
Smooth drum compactors produce consistently reliable results when compacting semi-cohesive and granular materials. With operating weights up to almost 19 metric tons, there is a Cat Soil Compactor sized to meet the most demanding production and density requirements.
Padfoot drum compactors produce consistently reliable results when compacting semi-cohesive and cohesive materials. Pads are tapered and penetrate deeply into the soil to build strength from the bottom up. Small pad face area concentrates force to deliver the highest compaction energy so production goals are met with fewer units and less fuel consumed.
All dual-amplitude models feature an exclusive Cat eccentric weight design that assures positive amplitude selection while preventing contamination of the weight shaft bearing lubrication.
Mohamed Abdulrahman Al-Bahar represent Caterpillar® in Bahrain, Kuwait, Qatar, UAE and Oman. Select an option below to get more details.
Toll Free : 800Cat (800-228)
"Call Back Option available only for UAE, Bahrain, Kuwait, Oman and Qatar."