Escort Kubota Hydra 15 4P

Escort Kubota Hydra 15 4P Crane is designed for versatility, making it well-suited for a range of applications. In building demolition, it excels at safely dismantling structures while efficiently lifting heavy debris and materials. For power plant maintenance, this crane is essential for performing maintenance tasks that require heavy lifting and precise placement. In the oil and gas industry, the Hydra 15 4P Crane proves perfect for various applications, including equipment installation and ongoing maintenance. Additionally, Escort Kubota Hydra 15 4P plays a crucial role in railway maintenance, enabling the efficient lifting and positioning of railway components to ensure smooth and safe operations. Escort Kubota Hydra 15 4P is equipped with a powerful 49.5 hp engine, providing robust performance and reliability for all your lifting needs. With a maximum travel speed of 29 km/h, this Hydra 15 4P Crane allows for efficient mobility on job sites. Its overall height of 3,100 mm and an operating weight of 11,700 kg ensure a compact yet stable design, making it ideal for navigating various terrains while maintaining optimal lifting capabilities. This combination of power, speed, and stability ensures that the Escort Kubota Hydra 15 4P Crane can handle diverse lifting tasks effectively and safely. Escort Kubota Hydra 15 4P Crane is powered by the Escort AE 4.312C-3A diesel engine, a four-cylinder, water-cooled engine renowned for its durability and efficiency. This powerful engine ensures that the crane performs exceptionally in challenging environments, making it a perfect choice for heavy-duty applications. One of the standout features of the Hydra 15 4P Crane is its articulated power steering, which is hydraulically controlled through two double-acting jacks. This feature enhances maneuverability and precision when positioning the crane, ensuring safe and effective operations. For safety and reliability, the Escort Kubota Hydra 15 4P is equipped with pneumatic-assisted hydraulic service brakes on the front wheels and disc brakes actuated through a slave cylinder on the rear wheels. This advanced braking system provides superior stopping power, ensuring the safety of operators and bystanders during operation.