The Mecalac 6MDX site dumper redefines heavy-duty material handling by combining a massive 6000kg payload with industry-leading operator protection. Built for high-productivity environments, this 6-tonne powerhouse features a 74hp Stage V engine and permanent 4-wheel drive, ensuring exceptional traction and torque on the most challenging terrains.
The Mecalac 6MDX site dumper delivers industry-leading safety, comfort, and efficiency for the 6-tonne payload class. Engineered to excel in demanding construction and urban environments, this powerhouse features a high-performance Stage V engine and permanent 4-wheel drive for superior traction on difficult terrain. With the advanced, vibration-reducing ROPS/FOPS MDX cabin and Mecalac’s innovative Shield safety pack as standard, the 6MDX ensures maximum operator protection without compromising on-site productivity. Contact Sleator Plant today to discuss your specific requirements or request a competitive quote for your new Mecalac 6MDX.
The Mecalac 6MDX is engineered for high-productivity material movement on the most demanding sites. Powered by a 74hp (55kW) Stage V-compliant engine, it delivers 424Nm of torque for superior climbing and towing capability.
The 6MDX is designed to reduce fatigue and increase daily output through a premium working environment.
The entire cabin (or FOPS canopy) is mounted on specialised isolating mounts that significantly minimise the noise and vibration transmitted to the operator.
Safety is the core of the MDX range. Every 6-tonne dumper comes standard with Mecalac Shield technology, a comprehensive safety pack designed to protect both the operator and site personnel.
Specialising in first-class solutions for Ireland’s construction sector, we offer a seamless experience from sale to service. Whether you need professional guidance on selecting the right equipment for your fleet or require the specialised skills of our factory-trained maintenance team, our experts are committed to keeping your projects moving with minimal downtime and maximum efficiency.