RADIO REMOTE CONTROL
Full control from a safe distance. Pulling, stop, and rope pay-out are managed with a single button—precise and comfortable.
English
HYDRAULIC — FORESTRY WINCH
Since 1980: Engineering powered by the field.
ZERE stands for trust and long-life performance in forestry.
The ZERE HYD series, controlled by an electro-hydraulic system, combines high pulling capacity with a compact body. Thanks to its optimized hydraulic block, it delivers higher pulling efficiency with lower energy.
Radio remote control and an ergonomic control layout give the operator precise maneuverability. With a rope pay-out system, automatic stop, and controlled braking, it ensures safe, comfortable operation.
High-alloy steel construction and a Hardox bottom blade provide maximum durability in tough conditions. Every ZERE-engineered detail is built for long service life and uninterrupted performance.
Full control from a safe distance. Pulling, stop, and rope pay-out are managed with a single button—precise and comfortable.
The ZERE-developed control block offers fast response and high durability to maximize field performance.
Keeps constant tension while paying out, preventing tangles. The automatic stop ensures safe spooling on the drum.
Stops the system as rope end approaches, preventing overload and rope breakage.
Maintains tractor stability on slopes. Smart sensors minimize winch tipping risk.
Lockable safety keeps rope alignment and protects the pulling line—longer rope life and higher safety.
Safe, accessible storage for the operator’s key tool. Impact-resistant steel for long life.
Compact in transport, maximum safety in use. Durable, easy-fold hinge design.
Dual hangers and integrated boxes keep chains organized and within reach.
Bolted design allows quick attach/remove—flexible, practical, and robust.
Two pin diameters and positions fit different tractors for easy, wide compatibility.
High-strength Hardox steel minimizes abrasion for long life and secure anchoring.
* HYD series: Electro-hydraulic control system. Values may vary depending on field conditions.
