ARPAL PRO AM-120TR — Tractor-Mounted Branch Logger

For operations with an active tractor fleet, real productivity comes from leveraging existing machine power. The ARPAL PRO AM-120TR tractor-mounted branch logger is engineered to seamlessly turn your tractor’s PTO into a heavy-duty timber processing station, providing a dedicated, high-capacity solution for branches up to 120 mm without needing dedicated secondary powertrains.

Built around maximum field optimization, the AM-120TR transforms wood harvesting into a streamlined, single-trip workflow. Equipped with an integrated rear towbar and a specialized bagging attachment, it allows you to hitch a trailer directly behind the logger. Drive into the field with a single tractor, process timber straight into mesh bags, load the trailer on the spot, and return with a fully packed haul in one go—saving fuel, labor, and valuable time.

Field deployment is instantaneous using a standard three-point hitch and 540 RPM PTO shaft. To protect your primary equipment, the driveline incorporates a heavy-duty friction clutch. If an oversized branch jams the mechanism, the clutch instantly absorbs the shock load, ensuring that high mechanical stress and dangerous torque spikes never transfer back into your tractor’s transmission.

Durability is rooted in precision ARPAL PRO engineering. Six ExtraCut blades CNC-cut from AISI 5140 alloy steel sit on patented round working shafts, secured by conical self-locking couplings to meet in one true cutting plane. Supported by a 20 kg flywheel and CNC-machined bolted housing plates, it processes up to 120 mm softwood, 100 mm fresh hardwood, and 80 mm dry timber into clean 9–18 cm firewood chunks.

Weighing 265 kg, the AM-120TR represents professional-grade equipment built to be maintained, calibrated, and kept working in the field for the long run. Backed by our full 3-year factory warranty with paint included, it offers farms, municipal teams, and forestry contractors the ultimate single-pass solution to turn tractor utility into total job-site efficiency.