Automated Parking System Dimensions

2 7 level configurations.

Automated parking system dimensions.

As in any parking operations design the parking capacity plays an important role in satisfying zoning requirements and the project s needs. Rack rail automated parking fixed rail robotic transfer system fixed rail robotic shuttle units using proprietary handling mechanisms traffic management software limit switches and lasers to manage the automated storage and retrieval of vehicles with or without trays. Has built the largest and fastest automated parking garages in the world. The aps however utilizes a mechanical system to transport cars to and from parking.

Average retrieval time up to 7 levels. Like a multi story parking garage an aps provides parking for cars on multiple levels stacked vertically to maximize the number of parking spaces while minimizing land usage. Citylift parking designs installs and services automated parking systems that reduce the footprint needed for parking and can typically be done at a lower cost per space than conventional parking. A robotic parking system is more economical greener and safer than any other urban method of parking.

As the original us manufacturer we designed extreme reliability and redundancy into every aspect of the automatic parking. In case you missed it here is the first part. Welcome to the second part of our automated parking system design considerations series. Automated parking capacity and vehicle dimensions.

Robotic parking systems inc. In this series of newsletters we will review the design considerations on the path to a successful automated parking system design. Citylift is headquartered in oakland ca with sales offices in los angeles boston seattle and new york. An automated car parking system aps is a mechanical system designed to minimize the area and or volume required for parking cars.

Minimum clear height of 11 7 3 4 beginning with the 2 level system. When designing an automated parking solution multiple considerations come into play ranging from capacity and performance through functionality and the user experience.