Arctic Sectional HD-11.5 Sno-Pusher Heavy Duty Snow Pusher 11.5 ft

Pushers include a host of innovative features designed for maximum productivity, and are compatible with a variety of large equipment including wheel loaders, backhoes, skid-steers, tractors and telehandlers. Sectional Sno-Pushers HD line is ideal for professional snow and ice management professionals that face the difficult challenges of todays squeezed profit margins and skyrocketing expenses. These pushers, along with the CD and LD models, boost profits by cutting fuel costs, labor and maintenance and repair bills while skyrocketing efficiency and customer satisfaction. The Sectional Sno-Pushers will give your business the competitive advantage you need to succeed in this difficult competitive environment.

Features:
• PATENTED SECTIONAL MOLDBOARD DESIGN - Comprised of 32-inch independent sections on the HD
• SPRING-LOADED TRIP EDGES - Each individual moldboard section independently trips over unseen obstacles beneath the snow.
• PATENTED SLIP-HITCH™ UNIVERSAL COUPLER SYSTEM - With the patented floating Slip-Hitch™ design, just drop the pusher and go! It will automatically adjust and then continuously readjust to the pavement height, ensuring premium traction, reduced drag and optimum pushing power.
• MECHANICAL SIDE PANELS - The patented design of the Sectional Sno-Pusher™ features mechanical side panels that lift up to 9 inches high to glide over and around obstacles, providing 75% higher clearance height than competitive models.
• AR-400 STEEL CUTTING EDGES - Arctic's AR-400 hardened steel cutting edges scrape compacted snow and ice down to pavement, eliminating follow-up plowing and reducing your salt usage.
• AR-400 HARDENED STEEL SHOES - Lay flat on the surface to prevent premature wear.
• POLYURETHANE MOUNTING BLOCKS - Durable, specially-engineered polyurethane mounting blocks secure each moldboard section to the pusher's mainframe, absorbing impact to protect the pusher, carrier and operator. Three torsion springs fasten to the steel cutting edge of each independent section.