Escort Kubota EC 3664

Escort Kubota EC 3664 Vibratory Roller is a highly versatile machine designed for a variety of applications, including asphalt compaction to ensure smooth and durable surfaces on roads and parking lots. It is ideal for road construction, effectively compacting subgrade materials to provide a solid foundation for paving projects. Additionally, the EC 3664 Vibratory Roller streamlines parking lot paving by delivering powerful compaction that enhances the durability of parking surfaces. In airport runway construction, it meets stringent aviation standards by offering superior compaction quality and reliability, making Escort Kubota EC 3664 a crucial asset for maintaining safe and efficient runway surfaces. Escort Kubota EC 3664 is powered by a robust 47 hp engine, ensuring efficient compaction across various applications. Its 50-liter fuel tank capacity allows for extended operation without the need for frequent refueling, enhancing productivity on job sites. With an operating weight of 3,300 kg, the EC 3664 Vibratory Rolller applies optimal pressure for effective compaction, ensuring high-quality results in asphalt and road construction. Additionally, its overall width of 1,360 mm enables excellent maneuverability, making Escort Kubota EC 3664 Vibratory Roller ideal for working in tight spaces and ensuring precise compaction in constrained areas. Escort Kubota EC 3664 Vibratory Roller stands out with its industry-leading compaction force, ensuring maximum density and stability across various materials. Its high static linear load enables superior compaction results on different surfaces, including asphalt and soil, making EC 3664 Vibratory Roller a reliable choice for diverse applications. Designed with a low turning radius, the EC 3664 enhances maneuverability on confined job sites, reducing the time and effort needed to complete tasks efficiently. Additionally, it is specifically suited for shoulder compaction, making Escort Kubota EC 3664 ideal for preparing service roads and other infrastructure projects, further contributing to its versatility and effectiveness in the field.