Our goal is to build a control and sensory system which can be associated with different terrain traversing mobile bases. In this case we are aiming at mobile remote-controlled machines.
more about ADAM
The sensory system consists of the most advanced and reliable sensors. We believe that reliable autonomous systems need to use state of the art sensory systems to ensure the machine’s long term future operations. The machine uses Inertial Motion Unit (IMU), LIDAR, cameras, and General Positioning System (GPS) for environmental detection of the ADAM system. The base control interfaces, programable logical controllers and advanced industrial computer presents the brain and logic of the ADAM system. Additionally, we have implemented visual and audio indicators. Most importantly, we installed safety systems used for obstacle detection and emergency stopping in case of unpredicted obstacles.
Autonomous machine that operates on its own with no direct operator interactions determine the main goal of ADAM.
Diversity is one of the most desirable properties in agriculture, which ADAM can offer.
Agriculture is the backbone of our civilisation where we see ADAM as one of the first commercially available solutions.
Machinery demand in the agriculture sector is always progressing, the machines are and continue to evolve.