Caterpillar’s new SSLs have increased power, lift height, breakout forces.

Caterpillar has introduced eight new next-generation Cat Skid Steer Loaders (SSLs) and Compact Track Loaders (CTLs), offering enhanced power, performance and comfort.

The new SSL line-up includes the Cat 250, 260, 270, and 270 XE, while the CTL models comprise the Cat 275, 275 XE, 285, and 285 XE. The latter two models are the largest CTLs ever produced by Caterpillar.

These machines are designed to provide increased lift height, breakout forces, and rated operating capacity compared to their predecessors, says the leading construction and mining equipment manufacturer. They also feature new engines that deliver improved torque and horsepower.

Caterpillar has also focused on operator comfort, with larger cabs, better visibility, and a range of seat options. Additionally, these models incorporate advanced technology, including Cat Product Link Elite for remote monitoring and machine health.

Trevor Chase, Senior Product Consultant at Caterpillar, says: “We are excited to launch the next-generation design for our skid-steer loader line and expand the performance capabilities to more compact track loader models.

“Their increased power, lift height, breakout forces, rated operating capacity (ROC) and multiple high-flow auxiliary hydraulic system options give customers a flexible, high-performance machine to get the job done.”

The new SSL and CTL models carry on Caterpillar’s new machine nomenclature with the elimination of the series letter designation. All next generation Cat SSLs are now identified by an ending model number of 0, while all CTLs have a model number ending in 5. Simplifying nomenclature, the middle number represents machine size with a larger number designating a larger machine.

The models feature a redesigned engine compartment for improved stability, and are powered by Cat engines that meet U.S. EPA Tier 4 Final/EU Stage V emissions standards. The engines have increased horsepower and torque, leading to improved working performance.