LOVOL FL955K 5 Tons Wheel Loader

About LOVOL FL955K 5 Tons Wheel Loader

The LOVOL FL955K loader uses multi-stage air filters and multi-stage fuel filters, which can effectively reduce the early wear and failure rate of the engine, ensure the cleanliness of the engine system, extend the engine life, and have good fuel adaptability. The LOVOL FL955K loader uses the second-generation reinforced drive axle. The input flange uses face gear to transmit torque. The end face gear flanges at both ends of the drive shaft also transmit torque, which is more suitable for the loader's frequent forward and reverse working conditions.

LOVOL FL955K 5 Tons Wheel Loader Specification

Model: FL955K

Rated load: 5200KG tons

Bucket capacity: 3m3

Operating Weight: 17,350kg

Engine Power: 162kW

Wheel Base: 3250mm

Min.Turning Radius: 6980mm

Dimension: 8440x2980x3420mm

LOVOL FL955K 5 tons wheel loader specification only for your reference, we can manufacture other model loader basic your request.

LOVOL FL955K 5 Tons Wheel Loader Features

The LOVOL FL955K wheel loader features a patented composite articulated structure and a new reinforced frame. After undergoing a million-cycle bench impact fatigue test, a 1,000-hour intensive test, and 5,000-hour industrial test, it boasts exceptional load-bearing capacity and a 3,250mm center articulation design for more stable operation. The LOVOL FL955K wheel loader boasts a large frontal area, strong heat dissipation, and a built-in vibration reduction system that effectively reduces the impact of vibration on components such as the radiator, extending its service life and improving reliability.

LOVOL FL955K 5 Tons Wheel Loader Cabin

The LOVOL FL955K wheel loader features a K-generation cab with a one-piece enclosed frame structure and a safety roof design, providing a wide panoramic field of view and a clearer operating field for the operator. The LOVOL FL955K wheel loader is equipped with an ergonomic high-back, high-performance mechanical suspension seat, which effectively reduces operator fatigue during extended operation, allowing for more comfortable operation and improved work efficiency and quality.