SX275 Self-Propelled Sprayer

MaxTorque® Mechanical Drive
The heart of the SX275 is the advanced MaxTorque® two-wheel mechanical drive system. Its superior power-to-the-ground mechanical drive operates at lower RPMs than hydrostatic drives, providing a level of fuel efficiency that will literally save you thousands of dollars each year.

Driven by a 275 hp Cummins power plant and a rugged-duty Allison 5-speed automatic transmission with locking torque converter, the Versatile SX275 is a simpler approach to a more reliable, easy-to-maintain solution.

Our super-strong C-channel frame with bolted cross members flexes so the wheels stay in constant contact with the ground – providing a steady and stable ride over challenging terrain.

Hydrostatic models may boast engines with more horsepower; but higher operating RPMs and less-efficient drive trains make these machines debatable. With the Versatile MaxTorque drive, you’ll dominate the most difficult terrain and field conditions.

ProAction-Flex® Boom
The ProAction-Flex® Boom on the Versatile SX275 sets a new standard in boom performance. Its extreme-duty design incorporates the most efficient strength-to-weight lattice-style construction. In addition, the center pivot is positioned high on the center section for the ultimate in balance and stability.

With the ProAction-Flex Boom, you’re able to tilt and/or lock the full length of the boom in place, keeping it parallel with the terrain while maintaining proper distance from the spray tip to target. In fact, it’s so strong and finely balanced; you can turn at speed without it dipping into the crop.

The ProAction-Flex Boom also incorporates a sophisticated three-stage progressive dampening system for yaw control, minimizing the forward and backward movement of the boom that can cause imprecise applications. Its tandem rubber torsion Henschen suspension is the industry’s most advanced parallel boom linkage. The ProAction-Flex Boom travels “in sync” with the Versatile SX275, ensuring that products are distributed evenly and precisely.