Lifting capacity and reliability
KESLA harvester cranes are known for their excellent working geometry and ample net lifting capacity throughout the entire path of travel working range. These properties increase the productivity of harvesting in all conditions. The economy of the operations is ensured by the durability and reliability of the cranes, which ensure a high utilisation rate. The excellent durability of KESLA cranes is based not only on the high quality of the manufacture and components, but also on carefully considered design and technical solutions.
From the wide range of KESLA harvester heads, you are sure to find a perfect pair for each KESLA harvester crane to form an optimal combination for all kinds of harvesting needs from first thinning to final felling.

The smallest KESLA harvester cranes are designed for light thinning harvesters and heavy duty farm tractors, making them an ideal match for the KESLA 16RH, 18RH II, and 20SH II harvester heads. Their excellent boom geometry and strong lifting capacity across the entire working range ensure efficient operation, even in dense thinning stands. Structural solutions inherited from larger, heavy duty harvester cranes provide a long service life and reliable, trouble free performance.
The KESLA 13H series – designed for medium-sized harvesters and known for its excellent geometry and reliability. Reliability and excellent performance are features shared by this model series: a compact but robust slewing system with motor slew provides plenty of slewing torque and a wide slewing angle, along with ensuring a low point of gravity and excellent view from the cabin. The linear geometry makes logging efficient and precise throughout the entire working radius.
The KESLA 16H series is designed for medium-sized harvesters and known for its excellent geometry and reliability. The series brings efficiency to harvesting. Reliability and excellent performance are features shared by the model: a compact but robust slewing system with motor slew provides plenty of slewing torque and a wide slewing angle, along with ensuring a low point of gravity and excellent view from the cabin. The linear geometry makes logging efficient and precise throughout the entire working radius.
