Kaystar Landtiger50r Articulated 4WD Rough Terrain Forklift Performance Test Report

Rated Capacity: 5 Tons – Achieved a Breakthrough at 7 Tons

Recently, a comprehensive performance test was conducted on the Kaystar Landtiger50r articulated 4WD rough terrain forklift. The goal was to evaluate whether its real-world performance matched the official rated specifications. The results went far beyond expectations, proving the machine’s outstanding strength and reliability.

Load Capacity Performance

• Rated Standard: Officially rated at 5 tons, in line with industry benchmarks for the same class of rough terrain forklifts.
• Test Procedure & Results:
  • 5 Tons: Smooth lifting, stable chassis, responsive hydraulics — fully met design expectations.
  • 6 Tons: Maintained stable operation, with no noticeable difference in handling.
  • 7 Tons: Successfully completed lifting, lowering, and short-distance travel. No hydraulic leakage, no frame deformation, and all safety protections functioned correctly.

These results demonstrate that the Landtiger50r not only handles its rated load effortlessly but also possesses significant reserve capacity beyond its official specifications.

Design & Off-Road Performance

Equipped with a rear-articulated design and full-time 4WD system, the Landtiger50r showed exceptional adaptability in the test:

• The compact articulated structure enables flexible maneuvering in narrow spaces.
• The 4WD system ensures strong traction and balanced power delivery on mud, gravel, and uneven terrain.
• Even under a 7-ton overload condition, the forklift remained stable, without wheel slip or power loss.

Conclusion

The test confirms that the Kaystar Landtiger50r articulated 4WD rough terrain forklift delivers reliability, durability, and extra performance margin:

• Rated 5-ton capacity, proven to withstand 7 tons.
• Designed for demanding applications and complex job sites.

This makes it a highly effective choice for industries such as logistics, construction, and mining, where heavy-duty operations and high work efficiency are essential.