Product introduction
Komatsu introduces WA475-11 and WA485-11
These new wheel loaders are built for increased productivity, operator comfort and ease of maintenance
Komatsu’s new versatile WA475-11 and WA485-11 wheel loader models are designed to move material efficiently and effectively, helping to increase productivity while providing improved operator comfort and easy maintenance. Sharp focus has been put on reducing total cost of ownership (TCO).
The WA485-11 offers up to 12% lower fuel consumption, 21% more engine power and 13% faster climbing speed than its predecessor, the WA480-8. The WA475-11 provides up to 7% lower fuel consumption, 18% higher engine power and 40% greater climbing speed than the WA475-10.
Quick specs
| Model | Horsepower | Operating weight | Bucket capacity |
|---|---|---|---|
|
WA475-11 |
343 HP |
54,542-60,197 lbs. |
5.5-6.3 yd3 |
|
WA485-11 |
362 HP |
61,432-64,997 lbs. |
6.4-7.2 yd3 |
Both loaders now include Komatsu Hydraulic Mechanical Transmission (KHMT) engineered for improved fuel efficiency and productivity. Operators will appreciate the large, comfortable four-pillar cab, angle feedback joystick steering and independent work control to help reduce fatigue on long operating days. The new wheel loaders also feature standard rear object detection and a deluxe LED light package to promote enhanced jobsite safety.
“In designing the WA475-11 and WA485-11, we focused on what truly matters to our customers based on years of direct customer feedback — efficiency, power, safety and operator comfort. These wheel loaders build on proven performance of previous models with innovative advancements designed to enhance productivity,” said Bruce Boebel, Director of Products and Service, Komatsu. “We’re excited to introduce these machines and put them to use for our aggregate customers and beyond.”
Both models offer yard loader configurations that include additional stability features such as a larger bucket, wide low-profile tires and additional counterweight designed to support higher productivity in aggregate applications.
