DEMO - Crossover Ride-On Scrubber
Crossover to a new category of scrubber with the Crossover, Powr-Flite's new automatic ride-on scrubber. With the comfort and productivity of a ride-on at the price of walk-behind, the Crossover delivers an effective clean all while saving you labor and operating costs. The Crossover's 26" cleaning path and up to 4 hours of continuous runtime allows for cleaning up to 42,000 sq.ft./hr. The compact design allows greater maneuverability, better visibility, and the ability to clean hard-to-clean edges and corners. Powr-Flite's Crossover is a ride-on automatic scrubber truly in a category all its own.
• 26” cleaning path efficiently cleans up to 42,000 sq. ft./hr.
• Unique, forward-positioned brush deck reaches hard-to-clean edges and corner
• Operators can clean better with clear visibility lines
• Adjustable down-pressure, up to 88 lbs., tailors the ideal pressure for any hard floor surface
• Compact design maneuvers through doorways and in and out of elevators
• Ships complete with charger, batteries, and pad drivers
Why walk when you can ride? Crossover to a new category of automatic scrubber!
The unique forward-positioned brush deck is designed to reach hard-to-clean edges and corners. Plus, it allows operators the best view of their cleaning path by sitting them directly above the squeegee. The patented pad driver with a unique interlocking design requires only one motor, making it extremely quiet (<64 dBA) and extending the battery life for up to 4 hours of continuous use.
Mobility + Footprint
The Crossover is able to clean tight spaces and maneuver through commercial doorways and elevators with ease. With a footprint smaller than most walk-behind scrubbers, storage is simple. Additionally, efficiency is not comprised by its compact build with the 26" cleaning path able to clean up to 42,000 sq.ft./hr.
Priced for Crossover Appeal
Providing the comfort and productivity of a ride-on scrubber at the price of a walk-behind, the Crossover is unlike any scrubber on the market. It's single motor design reduces cost and maintenance without sacrificing power or performance.