Automated Robotic Parking

A professional look at the automated parking industry.

Puzzle

Puzzle Parking System

Horizontal puzzle systems offer a high density and efficient vehicle handling capability in an automated parking system. A typical system will utilize around 95% of the available parking space. In a multiple floor garage, a set of pallets cover a concrete floor or steel frame.

Rollers driven by belts located underneath the pallets glide them along the x and y plane. Whole rows or columns of parked vehicles can move together simultaneously in order to maneuver vehicles to their destination, such as to vehicle transfer cabins, lifts, etc.

horizontal puzzle system colored croppedHorizontal puzzle systems also provide flexible layout options as the system can be configured to avoid building obstacles. A vehicle platform is maneuverable in all 4 directions on the system’s support frames, and can be transferred from one frame to another. This allows the system to be built around many challenging building shapes.

Scissor lifts are the favored style used in horizontal puzzle systems as they allow the platforms to be loaded from all four sides. Cantilever lifts can also be used however the loading directions are not as flexible. 4 post lifts are also useful in the design for spanning many floors.

Vehicle rotation for the driver can be accomplished in the transfer cabin, on a lift, or in designated areas with available room in the parking system.

  • Subscribers

    If you are already a subscriber, then click here to log in.

    Not an ARP Subscriber? You're missing out on valuable industry news and insider information.

    Register today, its free.
    By subscribing to this blog you will be notified when new information is posted. You may manage your notifications using the subscription management tool. Welcome Back! Log-out
  • Follow Us

    linkedinrssyoutubemail
  • Sharing

    Facebooktwitterredditpinterestlinkedinmail
  • Ask An Expert

    Your questions regarding robotic parking will typically be responded to within 24 hours.

      Your Name (required)

      Your Email (required)

      Your Question

      What does 2+2 equal?

    • Categories

    • Site Disclaimer

      The views and opinions expressed on this web site are solely those of the original authors and contributors and in no way represent the views and opinions of the mentioned equipment manufacturers and/or suppliers.

      Automated Robotic Parking website © Copyright 2011 - 2016 All Rights Reserved.