For industry professionals operating in high-density urban environments where space is at a premium, the ATLAS 135WSR Mobile Excavator is the definitive short-tail solution. Featuring a class-leading tail swing radius of just 1,620 mm, this entirely new model is engineered to deliver the power of a full-sized excavator within the most restricted footprints. Whether managing narrow street repairs or navigating congested inner-city utility corridors, the 135WSR provides the agility and structural integrity required for modern “tight-fit” engineering.

Key Features of the ATLAS 135WSR

• Extreme Maneuverability: Featuring advanced all-wheel steering and specialized crab steering, the 135WSR offers unparalleled mobility for navigating around obstacles in confined work zones.
• Adaptive Grading: Available with an innovative split dozer blade, the machine allows both halves to move independently, ensuring precise ground leveling even on highly uneven or irregular surfaces.
• Compact Footprint: The ultra-short 1,620 mm swing radius allows for high-performance digging and lifting without the counterweight obstructing adjacent traffic lanes or pedestrian walkways.
• Efficient Propulsion: The 95 kW Deutz engine (Stage V compliant) delivers a massive 82 kN of traction, combining eco-friendly fuel efficiency with a swift 35 km/h top speed for rapid site transit.
• High-Volume Capacity: With a grab volume of up to 1.0 m³, this 15-tonne powerhouse ensures rapid material handling rates, significantly outperforming traditional compact units in productivity.

Versatility for Urban Infrastructure

The ATLAS 135WSR is a master of versatility, excelling in applications such as city-centre utility works, narrow-lane road maintenance, and complex landscaping. Designed with the modern operator in mind, the machine integrates cutting-edge steering technology with a robust hydraulic system to ensure that limited space never translates to limited performance. By utilizing the 135WSR, fleet managers can reduce the need for extensive road closures. Its ability to work safely within a single lane while maintaining a high load-bearing capacity makes it an indispensable asset for fast-paced municipal projects where minimizing public disruption is a priority.