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Mecalac offers compact wheeled excavators to North America

Mecalac, a manufacturer and distributor of compact construction equipment for urban environments, offers its award-winning MWR Series of wheeled excavators to the North American market.

Consisting of three models – 7MWR, 9MWR and 11MWR – the series features a range of benefits to help meet the needs of operations in the construction, landscaping and forestry industries, as well as municipalities and utility construction. The MWR Series of wheeled excavators are purpose-built to allow for maximum maneuverability in tight working areas, offering the flexibility and versatility of a skid steer or compact track loader in one machine and delivering higher speed and mobility than tracked excavators.

“Traditionally, wheeled excavators have enjoyed less popularity in North America because the open spaces and greater distances to travel favored larger equipment. That is no longer the case. As supply chain challenges continue and trucking costs increase, hauling equipment is becoming more expensive. Compounding that is the fact that jobsites are getting smaller and labor shortages plague nearly every industry and business. These trends make it easy to recognize that the North American market needs compact equipment and the specific advantages that the wheeled excavator offers,” said Peter Bigwood, general manager of Mecalac North America.

“Mecalac has more than 40 years of experience building and fine tuning our wheeled excavators; and we believe the North American market is ready for this new approach to work.”

Each of the three models in the MWR series offers speed in a compact footprint. The smallest of the three, the 7MWR, offers variable speed between 0 and 19 mph. Two of the larger models, the 9MWR and 11MWR, provide contractors standard travel speeds between 0 and 12 mph with an option for enhanced speed up to 22 mph on the 9MWR and up to 19 mph on the 11MWR. The speed in combination with the versatility of these machines provide operations with substantial benefits in productivity and efficiency by significantly reducing travel time on the jobsite and between jobs.