Robotic parking is a multi-tiered structure with storage cells and an unmanned parking system, includes robotic carts, elevators and entry-exit boxes. The robotic cart performs the function of lifting the car and moving the car to the entry-exit boxes, to the elevator platform, to the storage cell.
Tower robotic parking is the maximum coefficient of compaction of parking spaces on the area of the site. The supporting frame of the parking can be made of rolled metal or reinforced concrete.
Rack robotic parking is the most capacious parking, the capacity of the parking can be more than 1000 parking spaces. The supporting frame of the parking lot can be made of a metal frame or reinforced concrete and placed both in the ground and in the underground part of the building.
When choosing a solution for a robotic parking for a construction object, it is initially necessary to determine the dimensions of the parking space (l * w * h), the desired number of parking spaces, ground or underground placement.
In our catalog, we offer two main solutions for the layout of parking, these are tower and rack. It can be either completely underground or surface parking, or combined. With underground and aboveground part. Typically, tower is used for ground-based construction as a stand-alone building, and rack in underground parking lots.
Having received the initial data, NEOPARK design engineers place parking spaces and equipment taking into account the dimensions of the parking and the requirements of SP 113. Depending on the shape and size of the parking, as well as the required number of parking spaces and the speed of delivery, a layout solution is created. The layout solution can be with or without re-laying. In order to receive a layout solution for your construction object, you must send a request to firstname.lastname@example.org
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