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Automated Parking

Automated Parking

The Rotary Parking System is designed to safely and efficiently park up to 16 vehicles within the footprint of just two conventional parking spaces. Vehicles are stored on pallets that circulate vertically, driven by a heavy-duty chain mechanism that moves cars smoothly up and down. The system is equipped with an automatic guidance system and multiple safety sensors to ensure precise operation and reliable performance.

  • PCX Automatic Rotary Parking System

    PCX Automatic Rotary Parking System

    The rotary parking system is one of the most space-efficient parking solutions available, capable of accommodating up to 16 SUVs or 20 sedans within the footprint of just two conventional parking spaces. The system operates independently, requiring no parking attendant.

    Users simply enter a space code or swipe a pre-assigned access card. The system automatically identifies the vehicle and selects the fastest rotation path—clockwise or counterclockwise—to deliver the vehicle smoothly to ground level for retrieval.

  • PPY Automation Robotic Parking System

    PPY Automation Robotic Parking System

    The PPY Automated Parking System is a fully automated parking solution designed to optimize space utilization through coordinated horizontal shuttle movement and vertical elevator transfer. Vehicles are automatically stored and retrieved without driver intervention, ensuring efficient and convenient parking operations. With high operating efficiency, advanced safety protection, and flexible layout design, the system is ideal for underground, above-ground, or integrated intelligent parking facilities, providing a reliable solution for urban areas facing limited space and growing parking demand.

  • Automated Tower Parking Stacker Crane System

    Automated Tower Parking Stacker Crane System

    The car stacker crane is a fully automated parking system designed for efficient and high-density vehicle storage. Each system features a mobile tower that travels horizontally along guide tracks, combined with a lifting platform that moves vertically to access parking spaces.

     

    Drivers simply stop their vehicle at the entrance and exit area. From there, the PLC-controlled system automatically handles the entire parking and retrieval process, ensuring fast, precise, and reliable operation.

     

    Suitable for both above-ground and underground installations, the system can be configured from 5 to 20 levels to meet different project requirements. By maximizing space utilization, it is ideal for narrow or irregular sites and offers flexible design options that integrate seamlessly with surrounding buildings. The result is a safe, efficient, and convenient automated parking solution.

WHY CHOOSE OUR AUTOMATED PARKING SYSTEMS?

Our automated parking systems are compact, efficient, and designed to meet the demands of modern urban spaces. Ideal for areas with limited land availability, they deliver exceptional convenience while maximizing parking capacity within a minimal footprint.

  • Compact Design
    Compact Design

    Maximizes parking capacity while occupying minimal ground space.

  • Time-Saving Operation
    Time-Saving Operation

    Maximizes parking capacity while occupying minimal ground space..

  • Enhanced Safety
    Enhanced Safety

    Equipped with advanced safety sensors and automated controls to protect vehicles and users.

  • Cost-Effective Solution
    Cost-Effective Solution

    Reduces land use and construction costs while increasing parking efficiency.

  • Scalable and Flexible
    Scalable and Flexible

    Easily adaptable to different site conditions and capacity requirements.

BENEFITS OF AUTOMATED PARKING

  • Drastic reduction of parking footprint

  • Efficient and cutting costs across the board

  • Improvement of development value and project's ROI

  • Saving space, which increases use of valuablerevenue-generating area

how-1

HOW THE AUTOMATED PARKING PROCESS WORKS

  • 01.
    Vehicle Entry

    The driver brings the vehicle to the entrance of the parking system.

  • 02.
    Platform Request

    The driver brings the vehicle to the entrance of the parking system.

  • 03.
    Driving onto the Platform

    The driver brings the vehicle to the entrance of the parking system.

  • 04.
    Parking Confirmation

    The driver brings the vehicle to the entrance of the parking system.

  • 05.
    Automatic Vehicle Storage

    The driver brings the vehicle to the entrance of the parking system.

how-2

HOW THE AUTOMATED RETRIEVAL PROCESS WORKS

  • 01.
    Vehicle Retrieval Requesty

    The driver swipes the access card at the control panel to request vehicle retrieval.

  • 02.
    Vehicle Delivery

    The driver brings the vehicle to the entrance of the parking system.

  • 03.
    Exit the Parking System

    The driver brings the vehicle to the entrance of the parking system.

COMMON QUESTIONS

  • How does a automatic parking system work?

    Vehicles are driven onto the rotary platform, after which the system automatically rotates and stores them in a designated parking spot—no driver input is required.

  • How does a automatic parking system work?

    Vehicles are driven onto the rotary platform, after which the system automatically rotates and stores them in a designated parking spot—no driver input is required.

  • How does a automatic parking system work?

    Vehicles are driven onto the rotary platform, after which the system automatically rotates and stores them in a designated parking spot—no driver input is required.

  • How does a automatic parking system work?

    Vehicles are driven onto the rotary platform, after which the system automatically rotates and stores them in a designated parking spot—no driver input is required.

Have more questions? Contact our team for a customized solution.

FPARKING PROJECTS