Robotic Parking Systems Inc Sets NEW Guinness World Record

Robotic Parking Systems Guinness World Record

It became official in 2018. For the second time a Robotic Parking Systems’ facility was awarded the Guinness World Record for the Largest Automated Parking Facility in the world – 2,314 spaces.

Robotic Parking Systems was contracted for the design, manufacture of the machinery and automation, installation, start up of operations and maintenance for a 2,314 space automated parking facility for the Al Jahra Court Complex in Kuwait. M A Kharafi was the general contractor on this project for Amiri Diwan of Kuwait – the office of the Amir of Kuwait.

This facility was designed as a combination of 684 concrete ramp parking spaces with 2314 automated spaces on top. The Robotic Parking System provides almost 3.5 times the number of parking spaces in approximately the same volume.

Click for more information on the project.


ParkSmart – Robotic Parking Systems’ August 2011 Newsletter Online

The August 2011 issue of ParkSmart – Robotic Parking Systems’ newsletter is available online.

ParkSmart Aug 2011

In this issue we cover:

• Redundant Machinery and Equipment Make Robotic Parking Systems Extremely Reliable 
• Manufacturing and Installing a Robotic Parking System – Part 1

Click here to read the newsletter.

Our online newsletter covers news from Robotic Parking Systems as well as the automated parking industry in general. The newsletter concentrates on how automated parking can help architects and developers create space for design, development and the community.

Manufacturing and Installing a Robotic Parking System – Part 17 – Start Up and Testing of the Completed Garage

The machines are now installed, and the façade completed. Electrical, fire fighting, automation components and software are all in place. What’s next?

The next step is a comprehensive battery of synchronization, tests and adjustments to ensure that all of the elements of the Robotic Parking Systems are functioning at peak performance and that all components are communicating properly with each other. Each design specification is tested and verified including the throughput of cars and speed of retrieval, etc.

Robotic Parking Systems Entry / Exit Bay

Robotic Parking Systems in Dubai

Pre-opening performance tests for this particular facility demonstrated that the garage handles 250 cars per hour with up to 32 cars in motion at any one time. This peak traffic is faster than typical conventional ramp-style garages. Additional tests showed that parking or retrieval of a vehicle can be completed within 60 to 160 seconds.

Inside Robotic Parking Systems

During various stages of the installation and start-up operation of the automated parking garage, maintenance and operations staff have been fully trained on the Robotic Parking Systems.

The 765 space Robotic Parking System for Ibn Battuta Gate Complex in Dubai is completed, turned over to the owner and officially opened.

Robotic Parking Systems at Ibn Battuta Gate

Robotic Parking Systems Opening

Robotic Parking Systems on Emirates News

You can see video of the opening on YouTube at  or on our web site on the video page.

Manufacturing and Installing a Robotic Parking System – Part 12 – Main Electrical and Backup Systems

As the Robotic Parking Systems’ machines are being installed and the façade completed, the main power feed for the automated parking facility is connected as well as primary electrical panels for the automation components and other equipment.

The Robotic Parking System requires about 3 Kw/Hr to park and retrieve one (1) car – this may vary + /- based on auxiliary electrical needs like lighting, air conditioning etc. 

The main electrical substation feeds into the electrical room inside the Robotic Parking Systems garage.

Electrical Substation for Robotic Parking Systems

Robotic Parking Systems Electrical Room

From the electrical room, power is distributed for general lighting, air conditioning, entry / exit stations, the control room and the hoists, machinery and other automation components.

Robotic Parking System Electrical Distribution

Many of the machines, such as carriers which move the cars horizontally, are connected to the electrical system through power rails so that the machines can move freely.

Robotic Parking System Power Rails

Other stationary machinery and equipment have their own electrical panels which connect directly into the electrical room.

Robotic Parking Systems Vertical Lift Electrical Boxes

Every Robotic Parking System design includes a back-up emergency power diesel generator with an automatic transfer switch in the electrical room so that service can continue in the case of a power outage at the substation.

Robotic Parking Systems Emergency Diesel Generator

The automatic transfer switch ensures a seamless transition to stand-by power within 6 seconds.

Robotic Parking Systems Generator Transfer Switch

Manufacturing and Installing a Robotic Parking System – Part 11 – Building the Façade

The Robotic Parking System can be designed to fit harmoniously into any environment. Architects and developers can hang any type of façade onto the clean outside structural grid support system of a Robotic Parking garage.

In historic or inner city districts parking can be a major challenge for architects and developers. No one wants to see an ugly ramped concrete parking structure that is totally out of character for the area. Some jurisdictions have even introduced ordinances that demand an enclosed façade in order to enhance the fabric of building façades in the environment.

This is where Robotic Parking Systems can help. An automated parking system can store twice as many cars in half the space so the land area required for the parking facility can be much smaller. And, the facade can be completely customized to fit the architectural detail of the area.

The façade for this Robotic Parking System is designed to blend seamlessly with the Ibn Battuta Gate complex in Dubai shown below.

Robotic Parking Systems and Ibn Battuta Gate project

Robotic Parking System - Building the Facade

Robotic Parking Systems - Building the Facade

Robotic Parking Systems - Building the Facade

Robotic Parking Systems - Building the Facade

Also shown here are few examples of other types of façades.

Robotic Parking Systems - Flexible Facade

Robotic Parking Systems - Flexible Facade

Robotic Parking Systems - Flexible Facade

Manufacturing and Installing a Robotic Parking System – Part 9 – Installing Vertical Lifts and Hoist System

As the steel continues to be erected, electro-mechanical Vertical Lift Conveyor (VLC) machine components are installed at the top of the steel shelving system. These robust, durable and safety-compliant industrial modules are used to raise and lower cars between floors. Our Vertical Lifts are equipped with long lasting chain gearbox transmissions, variable frequency drives that allow speed adjustments, safety locks and electronics that allow an automated operation.

You can see the Vertical Lift Conveyor (red machines) below and at the top of the following photos. “Manufacturing and Installing a Robotic Parking System – Part 2” includes a detailed look at this machine.

Robotic Parking Systems - Installing Vertical Lifts and Hoist

Robotic Parking Systems - Installing Vertical Lifts and Hoist

Robotic Parking Systems - Installing Vertical Lifts and Hoist

A hoist system is installed at the top of the central area of the shelving support system which is used for installing additional machinery inside the Robotic Parking System and for future maintenance in the garage.

Robotic Parking Systems - Installing Vertical Lifts and Hoist

Work continues on the steel frame and shelving system.

Robotic Parking Systems - Erecting the Steel Frame

Manufacturing and Installing a Robotic Parking System – Part 8 – Erecting the Steel Frame

The next step in manufacturing and installing the Robotic Parking System is erecting the steel frame.

The compactness of the steel shelving system is the key to minimizingthe impact of parking in a project and allows architects and developers to use 50% of the land area for the same amount of parking. You don’t need to allocate space for conventional ramps, aisles for driving from one area to another, additional width of a parking space to accommodate turns and opening of car doors, pedestrian areas, stairs, elevators, and more.

This creates more space for the project that can be used for additional revenue, green space, common areas or other uses that benefit the project as a whole.

Erecting the steel shelving system.

Robotic Parking System - Erecting the Steel Frame

Robotic Parking Systems - Erecting the Steel Frame

Robotic Parking Systems - Erecting the Steel Frame