Safety is paramount. The machine integrates advanced safety features, including interlock safety protocols, 360° cameras, and protective guards.

Whether it’s muddy plantations or steep slopes, the All-Wheel Drive (AWD) system ensures optimal traction and stability.

The harvester can pivot on its axis, All-Wheel Steering (AWS) making tight turns and precise adjustments even in dense palm groves.

This machine’s telescopic arm extends up to 12 meters high. It efficiently reaches the topmost fruit bunches, minimizing wastage and maximizing yield.

The harvester maintains stability on uneven terrain using an auto-leveling mechanism. This ensures consistent cutting performance regardless of the ground conditions.

Flexibility is key. The harvester head adapts to the tree’s position, allowing efficient cutting from various angles.

The cutting mechanism ensures clean and precise cuts. It efficiently severs FFBs without damaging the palm tree or neighboring bunches.

The spacious collection bin accommodates up to 1 ton of fresh fruit bunches (FFBs). This minimizes downtime for unloading and maximizes productivity.

User-friendly interfaces and intuitive controls make operating the harvester straightforward. Operators receive training to handle the machine efficiently.

Harvesting, pruning, and other labor-intensive activities can be automated, leading to cost savings and increased efficiency.

Mechanized processes reduce the reliance on foreign labor, which can be expensive and logistically challenging.

Automated harvesters can collect ripe fruit bunches efficiently, reducing harvesting time.

By embracing mechanization, the industry can transform these roles into skilled positions that involve operating and maintaining sophisticated machinery.