Earthmoving

Heavy-Duty Engineering for Rugged Terrain

Earthmoving operations demand equipment that can handle intense workloads and constantly changing terrain. At CAS, our machines are designed to withstand the rigors of large-scale earthmoving, providing consistent, high-quality performance. With robust direct hydraulic drive floors and patented drive systems, every component is engineered to deliver superior durability and reliability, ensuring that your project remains on schedule regardless of the conditions.

FatBoy: Dual-Purpose Power for Bulk Movement and Precision Placement

The FatBoy redefines versatility in earthmoving applications. As a true dual-purpose work truck, it combines the capabilities of a slinger and a dump truck into one cohesive system. Featuring a zero-degree feed floor with a 32″ exposed feed area and a 36″ belt, the FatBoy can rapidly offload up to 22 yards of material in under a minute. Its innovative hydraulic control package—with a hydrostat pump directly linked to the placing conveyor—and a low center of gravity ensure even weight distribution and a clean, efficient operation. Optional stainless steel components further reduce maintenance while enhancing durability, making the FatBoy the go-to choice for high-volume, precision earthmoving tasks.

AT7: Agile Precision in Dynamic Earthmoving Sites

For projects where precision and maneuverability are paramount, the CAS AT7 delivers exceptional performance. Powered by a 225hp Tier 4 CAT engine and built with rugged steel construction, the AT7 is tailored for the challenges of earthmoving. Its compact 12-foot footprint and versatile steering modes—including crab, two-way, and four-way—allow it to navigate confined spaces with ease. With a side hopper-mounted vibrator and advanced electronics for operator customization and troubleshooting, the AT7 can place up to 9 yards of material per minute accurately, even across distances of 150+ feet. This level of agility ensures every load is precisely delivered where it’s needed, optimizing site efficiency.