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GA 13131 & GA 15131
Product Description
The 100% Hydraulically Driven Rake!
With impressive working widths, ranging from 27’7” to 48’3”, KUHN GA 13131 and GA 15131 four-rotor rotary rakes offer the ultimate capacity. The uniform windrows they create provide a base for a high-performance harvesting chain.
KUHN GA 13131 and GA 15131 quad-rotor rotary rakes not only stand for high work rates, but also combine high flexibility and superior quality of work. The uniform windrows they create provide the base for a high-performance harvesting chain. Despite their impressive size, KUHN four-rotor rotary rakes are easy to operate and adjust. All settings are made hydraulically from the tractor seat utilizing an ISOBUS monitor.
KUHN GA 13131 and GA Innovative features stemming from the hydraulic rotor drive help reduce the maintenance costs of KUHN quad rotor rakes. In addition, the boost drive of the rake’s front two rotors helps to create perfectly formed windrows. These rakes are easy to operate and adjust. A headland sequence can automate the process of turning at the end of a row with a single button press.
With impressive working widths, ranging from 27’7” to 48’3”, KUHN GA 13131 and GA 15131 four-rotor rotary rakes offer the ultimate capacity. The uniform windrows they create provide a base for a high-performance harvesting chain.
KUHN GA 13131 and GA 15131 quad-rotor rotary rakes not only stand for high work rates, but also combine high flexibility and superior quality of work. The uniform windrows they create provide the base for a high-performance harvesting chain. Despite their impressive size, KUHN four-rotor rotary rakes are easy to operate and adjust. All settings are made hydraulically from the tractor seat utilizing an ISOBUS monitor.
KUHN GA 13131 and GA Innovative features stemming from the hydraulic rotor drive help reduce the maintenance costs of KUHN quad rotor rakes. In addition, the boost drive of the rake’s front two rotors helps to create perfectly formed windrows. These rakes are easy to operate and adjust. A headland sequence can automate the process of turning at the end of a row with a single button press.