Tough Thinnings Have Never Been So Easy
The 1010E Forwarder offers the perfect solution for thinnings operations through proven components integrated into a new size class of forwarder.
The 1010E is powered by a 4.5-liter Deere engine, offering high torque at low RPM's, while the CF5 boom allows powerful, quick and smooth loader operation even in the densest thinning plantations. Unrivalled visibility and comfort is guaranteed with the new levelling and rotating operators cabin or optional fixed cabin ensuring faster load cycles and reduced operator fatigue even in the toughest conditions. Optional Intelligent Boom Control (IBC) speeds cycle times while delivering more precise control.
Small forwarders have a load rating from 9–11 ton. They are at their best in thinning operations, but can also be used in final felling.
Customers have many choices when considering a new forwarder and finding the perfect machine to meet their application needs can be a daunting process. John Deere's E-Series Forwarders offer a variety of features and options that make it easier for forestry professionals to find a machine that will meet their needs and make their operations more productive and profitable.
A durable, cost-effective solution
John Deere introduces a choice in forwarder cabins. The new fixed cabin is a durable, cost-effective alternative to the E-Series rotating and levelling cabin, delivering unmatched comfort, ergonomics, and visibility thanks to large windows, rugged structures, and enhanced design. Noise level is minimized and inside storage space is ample.
The future of forwarder technology is now, with Intelligent Boom Control. Loggers have been clamoring for intuitive boom control for 30 years, and this long-awaited breakthrough is finally available. The IBC technology significantly increases forwarder productivity and efficiency, while providing best possible fuel economy and boom lifetime. The boom is accurate, fast, and easy to operate, as the operator now controls the boom tip directly instead of controlling each of the independent boom joint movements manually. By eliminating unnecessary extra movements, IBC increases the life of boom structures and hydraulic cylinders.