XCMG mini road motor grader GR1003 for sale

The XCMG GR1003 is a compact motor grader designed for efficient ground leveling, road maintenance, and small-scale infrastructure tasks. Positioned as a versatile solution for municipal engineering, farmland development, and light road construction, this machine combines maneuverability with reliable grading performance. Its compact structural footprint allows for effective operation in restricted spaces, providing contractors and equipment fleets with a precise tool for surface shaping, trenching, and material distribution in diverse working environments.

Quick Specifications

  • Operating Weight: 8,000 kg

  • Engine Rated Power: 75 kW @ 2,200 rpm

  • Blade Dimensions (L × H): 3,050 × 480 mm

  • Max. Cutting Depth: 400 mm

  • Min. Turning Radius: 6.0 m

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Product Details:

Key Features and Applications

Compact and Maneuverable Chassis

The GR1003 features a specialized compact frame design, making it highly effective for navigating narrow streets, residential pathways, and confined industrial yards. Its tight turning radius ensures high agility in restricted job sites.

Precise Hydraulic Control

Equipped with an advanced hydraulic system, the grader offers smooth and accurate blade positioning. This precision is essential for fine grading, finishing work, and creating uniform surface profiles in road maintenance or landscaping projects.

Reliable Powertrain

Powered by a high-torque industrial engine, the GR1003 delivers consistent power and traction force. The drivetrain is calibrated to balance fuel efficiency with the breakout force required for penetrating soil or grading aggregate bases.

Versatile Working Device

The 3,050 mm moldboard is designed for durability and flexibility, featuring a wide range of articulation. This allows for effective slope scraping, ditching, and material leveling, accommodating a variety of site-specific grading requirements.

Primary Industry Applications

  • Municipal Engineering: Road surface repair, sidewalk grading, and utility trench backfilling.

  • Agriculture: Farmland improvement, field leveling, and irrigation ditch cleaning.

  • General Construction: Site preparation, material spreading, and light-duty earthmoving.

Technical Specifications

Item Unit Parameter
Operating Weight kg 8,000
Engine Rated Power kW 75
Rated Engine Speed rpm 2,200
Blade Dimensions (L × H) mm 3,050 × 480
Max. Cutting Depth mm 400
Max. Lift Height mm 300
Max. Travel Speed km/h 34
Min. Turning Radius m 6.0
Gradeability % 20

Dimensions and Operating Range

The XCMG GR1003 is engineered for site accessibility, featuring a compact transport length and width that facilitate easy relocation between project sites. The adjustable moldboard offers a versatile operating range, allowing the machine to perform deep cutting and high-angle slope profiling while maintaining structural stability on varied construction terrains.

Supplier Support / After-sales Support

We provide technical documentation and procurement support for the XCMG GR1003 motor grader. Our services assist international buyers with equipment configuration matching and logistical coordination for global delivery. Relevant maintenance components and spare parts for this model are accessible through our supply network to support long-term operational uptime.

Frequently Asked Questions

What is the primary use of the XCMG GR1803?

The GR1003 is a compact motor grader primarily used for ground leveling, trenching, road maintenance, and municipal engineering in restricted spaces.

What is the engine power and operating weight?

The machine has an operating weight of 8,000 kg and is powered by a 75 kW engine, optimized for light-to-medium grading tasks.

Is the GR1003 suitable for narrow construction sites?

Yes, its compact dimensions, small wheelbase, and articulated steering provide a tight turning radius of 6.0 meters, allowing it to navigate confined areas effectively.

What is the blade width for this model?

The GR1003 is equipped with a 3,050 mm wide moldboard, suitable for efficient material displacement and surface finishing.

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