CASE 952 EX

CASE 952 EX Vibratory Roller is well-suited for a variety of applications that require effective compaction. In airports, 952 EX Vibratory Roller is perfect for compacting materials during construction and maintenance, ensuring the stability and durability of runways and taxiways. For dams and embankments, this roller excels in earthwork applications, effectively compacting soil to build strong and stable structures. In soil stabilization efforts, the 952 EX plays a critical role, ensuring that underlying materials are properly compacted for various construction projects. Additionally, it is excellent for pavement maintenance, providing the necessary compaction to extend the life of roads and highways. These diverse applications highlight the versatility and effectiveness of the CASE 952 EX in the construction and maintenance industry.

CASE 952 EX features key specifications that enhance its performance and efficiency in various compaction applications. It is powered by a 54.4 kW engine, providing robust power for demanding tasks. 952 EX Vibratory Roller has a fuel tank capacity of 140 liters, allowing for extended operation without frequent refueling. With an operating weight of 10,414 kg, it offers the necessary mass for effective compaction of materials. Its overall width of 1905 mm ensures versatility in navigating different job sites while maintaining stability and control during operation. These specifications make the CASE 952 EX Vibratory Roller an excellent choice for heavy-duty compaction tasks in construction and maintenance projects.

CASE 952 EX Vibratory Roller boasts several unique selling points that set it apart in the market. 952 EX Vibratory Roller is equipped with an Ashok Leyland H4C4E7422 Diesel Engine, a powerful turbocharged engine featuring electronic common rail direct injection that complies with Tier 4B and CEV Stage IV emission standards, ensuring superior performance while adhering to environmental regulations. The hydrostatic front and rear drum system allows for smooth operation and precise compaction, enhancing productivity on the job site. Additionally, the hydrostatic service and secondary brakes provide reliable stopping power, promoting safety and ease of operation in demanding environments. Furthermore, the spring applied, hydraulically released (SAHR) parking brakes ensure secure placement during operation breaks, enhancing safety for operators and surrounding personnel. These features combine to deliver exceptional performance, safety, and efficiency in various compaction tasks.