Mini Brush Cutter Pro X offers a new standard for stand-ons

The latest innovation from Diamond Mowers delivers precision, power, and reliability in one compact package. The new Mini Brush Cutter Pro X is engineered to provide stand-on users — from farmers and construction contractors to landscapers and land management professionals — with another tool for their equipment toolbox. This versatile attachment transforms a stand-on or stand-behind track loader into a powerful land-clearing tool that tackles trees, cuts through dense brush, and grinds stumps to ground-level, empowering operators to take on a broader range of tasks and jobs.

“This attachment is engineered specifically for the mini skid steer market and adds a new dimension of capability that empowers operators to clear land faster, reduce manual labor, and maximize their equipment investment,” explained Nate Cleveringa, vice president of engineering and product management at Diamond Mowers. “It packs all the power and performance of our Brush Cutter Pro X in a streamlined profile designed for those who value relentless durability and optimal versatility.”

The Mini Brush Cutter Pro X features a spindle-driven blade system with 25 percent more cutting capacity than standard models, enabling operators to slice through dense brush, thick vegetation, and trees up to 5 inches in diameter with ease. The 42-inch cutting width is ideal for tackling everything from landscaping and property reclamation to urban lot clearing and maintaining parks, trails, and forest preserves. The direct-drive spindle also delivers smooth and efficient power from the motor to the blades for consistent cutting performance so operators can handle tough materials without compromising on precision.

“The spindle system replaces the more traditional gearbox, which can be prone to wear and tear under heavy loads,” noted Cleveringa. “This design reduces mechanical complexity, resulting in greater durability during heavy duty operations.”

The commercial-grade steel construction of the Mini Pro X is 25 percent thicker than most competitive models for enhanced durability. Furthermore, the offset design of the bolt-on attachment plate allows operators to shift the plate across the front of their carriers to minimize track marks that would normally be left behind. This is particularly useful for precision tasks such as trail clearing or vegetation management near sensitive areas and affords greater flexibility when maneuvering in tight spaces and working near edges, fences, or other obstacles.

“This new attachment is more robust and reliable than anything else on the market,” added Cleveringa. “It replaces manual clearing and empowers operators to tackle a wide range of tasks efficiently and reliably without needing to call in additional trades. This versatility leads to greater productivity and profitability.”

To help protect operators and ensure long-term usability, the Mini Brush Cutter Pro X also features:

• Universal Safety Guarding: To minimize the risk of injury while working in challenging environments, polycarbonate safety glass shields operators from flying debris and other potential hazards during operation.
• Hydraulic Hose Protection: Hoses are enclosed in a thin spiral wrap, offering superior safeguarding, an enhanced level of durability, and resistance to wear and tear.
• Castle Nut Fasteners: Providing an added layer of protection, the castle nut system locks cutting blades in place and positions them closest to the ground during operation. Under significant stress or impact, the secure fit reduces vibrations and ensures that, in the event of a blade compromise, failure is isolated to the blade and the attachment continues to operate safely.

“Reliability and performance are crucial for professionals working in challenging environments and were top priorities in the design of this attachment,” said Cleveringa. “Field testing has shown that the spindle-driven double blades and castle nut system perform well in rigorous conditions. The design handles heavy workloads and minimizes downtime by reducing the frequency of maintenance and repairs.”