V800 Skid-Steer Loader Product Details and Specifications

SKID STEER LOADER V800

Product Overview

The V800 skid-steer loader is a tracked, multifunctional construction machine developed for small, confined, and uneven sites where work requirements change frequently. It combines a compact body and tracked undercarriage with a front-mounted bucket and hydraulic lifting mechanism to perform scooping and loading, short-distance transfer, stockpiling, clearing, loading and unloading, and auxiliary construction tasks in limited spaces. The image shows an orange machine with a bucket at the front and a tracked structure with a low center of gravity. It is suitable for urban roads, landscaping, residential construction, farms, livestock buildings, dockside loading and unloading, airport runway maintenance, and support work on large construction projects.

The V800's core value lies in its small size, strong maneuverability, and concentrated functionality. Compared with large loaders, it requires less site width and turning space; compared with manual handling, it can significantly improve the efficiency of clearing and transferring loose materials. The machine uses hydraulic pilot controls. The operator uses pilot joysticks to control travel, steering, and the working equipment, providing a more direct response and facilitating precise operation in confined areas.

Main Structure and Technical Features

1. Hydraulic pilot operation. The image is labeled "Hydraulic Pilot Operation," indicating that the V800 uses a hydraulic pilot control system. Pilot controls provide clear tactile feedback, continuous movement, and good control precision, making them suitable for work requiring frequent adjustments to bucket position, lift height, and travel direction. After basic training, the operator can switch quickly between loading, transfer, and dumping.

2. Vertical lift structure. The image is labeled "Vertical Lifting." The vertical lift working equipment is suitable for raising materials to higher positions for loading vehicles, stacking, or working over obstacles. The specification table lists a maximum operating height of 2873mm, a maximum dumping height of 1704mm, and a bucket pivot pin height of 2195mm. In actual operation, an appropriate lift height should be selected according to material density, the height of the vehicle receiving the load, and ground levelness.

3. Tracked undercarriage. The track ground contact length is 1200mm and ground clearance is 225mm, providing good traction on grass, dirt roads, construction sites, and mildly uneven ground. The tracked undercarriage can reduce ground contact pressure, limit sinking into soft ground, and improve the ability to cross small depressions and pavement joints. The machine's travel speed is 0–4km/h, facilitating slow, precise movement within construction areas.

4. Compact body and flexible steering. The overall vehicle width is 911mm and the overall dimensions are 2691×1240×1573mm, making it suitable for entering relatively narrow yards, road edges, warehouse aisles, and landscaped areas. The skid-steer loader can turn in place or within a small radius through differential speeds between the left and right tracks, reducing the number of turning maneuvers in confined spaces and improving working efficiency.

5. Thick steel plate and corrosion protection. The performance features in the image state that high-quality, thickened steel is used with a powder-coated finish to enhance the body's resistance to wear, weather, and corrosion. For work involving frequent contact with soil, sand and gravel, moisture, and fertilizer, the body and undercarriage should be cleaned promptly after work to prevent corrosion caused by prolonged soil accumulation.

Applications and Working Capabilities

The V800 is suitable for earth clearing, roadside ditch maintenance, material transfer, and construction support in infrastructure development. In industrial applications, it can perform short-distance handling, material stockpiling, and site cleaning within factory premises. At docks or in warehouses, it can load and unload loose materials, transfer goods, and assist with loading vehicles. In urban street and residential construction, it can clear construction debris, handle sand and gravel, and prepare sites. On farms and in livestock buildings and barns, it can load and transport feed, bedding, manure, and agricultural products. In airport runway maintenance, landscaping, and road maintenance, it can undertake clearing, leveling, and auxiliary transport tasks.

The rated load is 420kg, the maximum load is 500kg, the maximum burst force is 4.5kN, and the bucket capacity is 0.15m³. The rated load is an appropriate reference value for continuous, stable operation; the maximum load should not be understood as a load that can be used continuously under all working conditions. Load is also affected by material density, bucket fill level, lift height, ground slope, and travel speed. An adequate safety margin should be maintained when handling dense materials such as stone, wet soil, or metal.

Key Specifications

Original parameter table from the image, with Chinese–English comparison

Editable Specification Table

Operating Procedure and Usage Recommendations

Before operation, check the engine oil, fuel, hydraulic oil, cooling system, track tension, bucket connecting pins, and hydraulic lines, and confirm that there are no oil leaks, loose parts, or abnormal wear. After starting, run at low speed and test left and right track travel, steering, lifting, lowering, and bucket tilting. On entering the working area, the recommended sequence is to approach slowly, scoop smoothly, load an appropriate amount, transfer with the bucket low, and dump slowly. Avoid driving the bucket into material at high speed or turning sharply with the bucket raised.

When working on slopes, travel straight up or down the slope as far as possible and avoid rapid turns across a slope. The image specifies a gradeability of 25°, but the actual safe working angle also depends on the slope surface material, moisture content, traction, load, and direction of operation. When transferring materials, keep the bucket as low as possible to prevent a raised center of gravity from reducing stability. When the vehicle exits or personnel get on or off the machine, use the operator-exit safety lock, bring the machine to a complete stop, and disable the relevant movements. Maintenance is prohibited while the bucket is suspended or the lift arms are unlocked.

Maintenance and Safety Requirements

Routine maintenance includes removing accumulated dust from the radiator and around the engine and checking hydraulic hoses, fittings, cylinder piston rods, and tracked travel components. Inspect the bucket cutting edge, teeth, pins, and bushings regularly, and replace them promptly if cracks, deformation, or abnormal clearance are found. Tracks that are too loose affect travel and steering, while excessive tension increases the load on the undercarriage; therefore, adjust them according to the instruction manual. Engine and hydraulic system oil-change intervals should be based on the operating manual and working environment.

Safe operation must be performed by trained personnel. Keep unauthorized personnel away from the work area, paying particular attention to the areas in front of the bucket, on both sides of the lift arms, and in the blind spots behind the machine. Do not overload the machine, use the bucket to lift or transport people, or leave the operating position with the bucket raised. Before loading, unloading, or maintenance, stop the machine, release hydraulic pressure, and provide reliable support. If abnormal noise, slow hydraulic movement, track misalignment, excessive temperature, or a warning indication occurs, stop work immediately and have the machine inspected by qualified personnel.

Summary of Product Value

Selection and Equipment Recommendations

For transport and handover, select a transport vehicle with sufficient load capacity based on the machine mass of 1729kg and the packaging and attachments, and secure the tracks and bucket using reliable tie-down points. After delivery, verify the model, engine nameplate, number of attachments, and accompanying documents, then complete a visual inspection and no-load trial run before entering the active worksite. Keeping inspection records for each shift helps identify changes in fluid consumption, track wear, and hydraulic movements promptly and extends the machine's service life.

An appropriate work pace is equally important. Avoid repeatedly ramming material during loading or making sharp turns at high speed during transfer. Before dumping, confirm that no one is around the receiving vehicle or material pile. Smooth operation can reduce impact loads and fuel consumption and maintain more stable operation of the hydraulic system and tracked undercarriage.

When selecting the V800, determine the bucket and attachment configuration according to the main materials, working space, and transport method. If sand, soil, gravel, and construction debris are the primary materials, give priority to bucket wear resistance, tooth strength, and hydraulic system stability. For landscaping or farm use, sweeping, grabbing, snow-pushing, or leveling attachments may be selected as needed. Before changing attachments, confirm that the interface dimensions, hydraulic flow, and rated load are compatible; do not install an attachment based on appearance alone.

In construction planning, the V800 is suitable for use alongside dump trucks, mini excavators, compaction equipment, or manual cleanup operations. Assigning short-distance scooping, loading, and transfer to the loader, while other equipment handles excavation, long-distance transport, or compaction, can reduce overloading of individual machines. For confined worksites, plan entry and exit routes and stockpile locations in advance, allowing for the vehicle's turning radius, pedestrian passages, and emergency evacuation space.

To prevent faults, if bucket lifting becomes slower, check the hydraulic oil level, filter blockage, and line leakage. If travel is weak or steering is uneven, check track tension, drive motors, and hydraulic pressure. If the engine is difficult to start or loses power, check fuel quality, the air filter, the cooling system, and the engine's maintenance condition. Any maintenance involving the high-pressure hydraulic system must be carried out by qualified personnel. Never use bare hands to locate leaks.

The V800 skid-steer loader features a compact body, tracked undercarriage, hydraulic pilot controls, and a vertical lift structure, combining maneuverability in confined areas with construction capabilities. With a rated load of 420kg, bucket capacity of 0.15m³, travel speed of 0–4km/h, maximum operating height of 2873mm, and maximum dumping height of 1704mm, it can cover tasks in foundation construction, industrial applications, dockside loading and unloading, urban roads, residential construction, farms and livestock buildings, and airport runways. For users who need frequent scooping, loading, transfer, and clearing within limited spaces, the V800 is a practical, flexible compact skid-steer loader with readily expandable working capabilities.

Specification note: This document was compiled from the product descriptions and specification table in the supplied images. Data may vary between production batches, engine configurations, and optional attachments. Final specifications should be based on the actual machine's nameplate, product conformity certificate, operating manual, and documents confirmed by the supplier.