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L o a d i n g

Wheel Loaders

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L956HI

The SDLG L956Hi is a high-performance wheel loader engineered for maximum productivity, fuel efficiency, and durability. Equipped with a powerful CEV-V-compliant 228HP engine, it delivers higher torque and optimized fuel consumption for demanding operations. The heavy-duty transmission, reinforced axles, and advanced hydraulic system ensure seamless performance and superior load-handling capacity.

Designed with operator comfort in mind, the spacious ROPS/FOPS Level 2-certified cabin offers ergonomic seating, dual-filter air conditioning, and intuitive controls for fatigue-free operation. With industry-leading cycle times and enhanced serviceability, the L956Hi is built to handle rigorous workloads while maintaining cost efficiency.

  • Gross Power 228HP@2100rpm
  • Operating Weight 17300KG
  • Payload 5300KG
  • Engine CEV-V

Field of application

Utilities

Heavy infrastructure

Quarries & Aggregates

Features

The 228HP engine delivers 1200Nm of torque for superior performance while ensuring lower emissions and fuel efficiency, making it ideal for high-load applications.

Featuring a planetary power shift transmission and heavy-duty axles with a 36-ton carrying capacity, the L956Hi ensures smooth gear shifts, increased durability, and reliable operations in tough environments.

The gear pump-driven hydraulic system provides a maximum flow of 348 LPM, enabling faster cycle times and greater efficiency in material handling.

A load-sensing full hydraulic articulated steering system and air-over-hydraulic disc brakes ensure smooth manoeuvrability, enhanced safety, and operator control in demanding work conditions.

The ROPS/FOPS Level 2-certified cabin features a mechanical suspension seat, dual-filter AC, and an MP3-compatible sound system, ensuring a fatigue-free and productive work environment.

Designed for efficiency, the L956Hi offers easy-access service points, real-time diagnostics, and an external transmission filter, reducing downtime and increasing operational uptime.