JCB 3DX Xtra

JCB 3DX Xtra Backhoe Loader is a versatile machine designed to excel in various heavy-duty applications. It is particularly effective in demolition, where its powerful digging and lifting capabilities enable operators to efficiently tackle challenging tasks. In snow removal, Backhoe Loader can easily clear snow and debris from roads, driveways, and parking lots, ensuring safe and accessible pathways. For mining, the 3DX Xtra Backhoe Loader is perfect for extracting minerals and materials with both precision and power. Additionally, JCB 3DX Xtra is well-suited for quarrying operations, offering exceptional strength and durability to handle tough conditions and demanding workloads. JCB 3DX Xtra is equipped with impressive specifications that enhance its performance and efficiency. It boasts an engine gross power of 55 kW, providing reliable power for demanding tasks. The 3DX Xtra Backhoe Loader features a bucket capacity of 0.3 m³, allowing for significant material handling in each load. JCB 3DX Xtra Backhoe Loader max digging depth reaches 5.05 m, enabling deep excavation capabilities. Additionally, the loader arm exhibits a breakout force of 5516 kgf, ensuring powerful lifting and digging performance in a variety of heavy-duty applications. JCB 3DX Xtra Backhoe Loader boasts several unique selling points that set it apart in the heavy machinery market. Powered by the JCB 444 CRDI engine, this robust 4-cylinder, water-cooled, turbocharged engine utilizes EGR technology for superior fuel efficiency and compliance with CEV Stage IV emissions regulations. Its advanced braking system features JCB's hydraulically actuated, self-adjusting, oil-immersed ‘Q’ brakes, ensuring reliable service with minimal maintenance requirements. For added safety, the hand-operated disc brakes on the rear axle serve as an effective parking brake, providing stability when the machine is stationary. Furthermore, the power track steering rod system enhances maneuverability with equal turn steering and quick response, significantly reducing the operating force needed for tight navigation.