Description
Introducing the TYPHON SKOOP Wheel Loader, a robust workhorse designed to tackle heavy workloads with unparalleled efficiency. Powered by a Kubota D1105 water-cooled 18.2kw diesel engine, this wheel loader from TYPHON Machinery is your reliable partner for demanding tasks.
TYPHON SKOOP Wheel Loader Key Specifications
1. Heavy-Duty Performance
- Weighing 4,200 lbs, the SKOOP is built to handle substantial workloads.
- Powered by a Kubota D1105 water-cooled 18.2kw diesel engine for robust performance.
2. Impressive Load Capacity
- Rated load of nearly 2,000 lbs, making it capable of undertaking challenging tasks with ease.
- Maximum breakout force of 15KN for enhanced lifting capabilities.
3. Versatile Functionality
- Equipped with a 0.3 cbm bucket for efficient material handling.
- Digging depth of 65mm and a maximum gradeability of 25 degrees.
Experience the Marvel of TYPHON SKOOP
Why Choose TYPHON Machinery?
At TYPHON Machinery, we are more than just a supplier of heavy equipment; we are your trusted partner in building reliable infrastructure. Our purpose is to assist businesses, contractors, and entrepreneurs in creating lasting structures for generations to come.
Our Commitment to Excellence:
- Extensive expertise in the industry.
- State-of-the-art manufacturing technologies.
- Reliable partnerships for top-notch quality.
Wide Range of Heavy Equipment & Machinery:
- We offer a diverse range of heavy equipment and machinery to meet your specific needs.
Customer Support:
- Experience any issues with your order? Our dedicated support team is always at your disposal to address concerns promptly.
Elevate your construction and earth-moving tasks with the TYPHON SKOOP Wheel Loader. With its heavy-duty design, powerful engine, and versatile functionality, the SKOOP is your go-to solution for demanding workloads. Trust in TYPHON Machinery for robust, reliable, and high-performance heavy equipment that stands the test of time. Grab your TYPHON SKOOP now and experience the marvel of uncompromising quality and efficiency.
