_carry_system:
Carry combines sensor technology with the requirements of modern sustainable forestry. By integrating autonomous driving systems based on LiDAR and GPS sensors, we enable precise navigation in dense forests, minimise human intervention and reduce accidents. At the same time, we rely on safety scanners that not only protect human operators, but also wildlife. Using lidar- and image-sensors, they detect obstacles and warn of potential collisions to minimise environmental disruption.
Carry combines sensor technology with the requirements of modern sustainable forestry. By integrating autonomous driving systems based on LiDAR and GPS sensors, we enable precise navigation in dense forests, minimise human intervention and reduce accidents. At the same time, we rely on safety scanners that not only protect human operators, but also wildlife. Using lidar- and image-sensors, they detect obstacles and warn of potential collisions to minimise environmental disruption.
The use of image scans is revolutionising the efficiency of forestry work and irrigation measures. High-resolution cameras analyse the health of vegetation in real time, support decisions on pruning, harvesting and pest control and optimise water allocation for a sustainable forest ecosystem. Our concept combines innovation, efficiency and environmental protection for future-orientated forestry.
