Road Reclaimers Rm800 - Tier 4f / EU Stage VGet latest price

The Cat® RM800 Reclaimer/Stabilizer is designed for full-depth reclamation and soil stabilization projects. Get the versatility you need for a variety of applications and terrain with outstanding maneuverability. A powerful Cat engine and intuitive machine operation deliver superior mix quality. Easily maintain precision with convenient productivity features in a comfortable operator environment that optimizes visibility. Power combined with advanced machine controls deliver performance to keep you productive all day long.

KEY SPECS

• Maximum Operating Weight
  • 34347 kg
• Cutting/Mixing Width
  • 2438 mm
• Gross Power
  • 568 kW

Benefits:

• Power, Performance and Productivity
  • Optimum weight distribution with features like All-Wheel Drive and a powerful Cat® engine maximize cutting and mixing performance.
• Feature-filled Operator Environment
  • The ergonomic operator station provides excellent visibility and is equipped with features to simplify operation.
• Highly Versatile
  • Designed to work in any application and terrain with multiple rotor configurations and exceptional maneuverability.

Features:

• Powerful Cat® C18 engine meets U.S. EPA Tier 4 Final and EU Stage V emission standards
• Wheels positioned on the corners of the machine provide the smallest inside and outside turning radii to help you maneuver in tight spaces, enhanced by four steering modes: Front wheels only, rear wheels only, crab steering, and coordinated steering
• Front to rear weight distribution provides stability in tough cuts
• 8.72 m (28.61 ft) overall machine length enhances productivity and maneuverability in compact spaces
• Four height adjustable legs provide up to 14% (8 degrees) of positive or negative slope on either side when working on uneven terrain or to maintain traction in challenging soil stabilization applications
• A belt-driven rotor provides flush cut capability on the right-hand side
• Standard electronically controlled all-wheel drive maximizes traction and mobility