This system is used to accommodate from 200 to over 5000 parking spaces using half the space of the conventional parking system. Its high-speed efficiency and fast retrieval times guarantee a satisfying user experience.
By reducing the land area used for parking, the FAS 1000 gives cities opportunities for more green space or to build parking garages in downtown areas previously considered impossible. In addition, FAS 1000 increases the Gross Floor Area for the project, an advantage for the developers.
This System can be built above ground, underground or inside a building. It can be used for plots as small as 25.5m x 25.5m, and the height (or depth) can be up to 45m. The ideal footprint is 31m. x 64m. by 14m. — 19m. high.
The fully automated system is the most advanced technology in parking. These systems allow vehicles to be stored without human intervention and allow for much greater vehicle density within a parking facility. It is not only more space, but rather, more intelligence, which will solve the parking problems of today and those of tomorrow. By consuming roughly half the space of a conventional parking garage, automated parking brings value to real estate development projects.
ADVANTAGE
Maximizing the usage of GFA: Automated parking “AP” is the only and best solution to use the maximum GFA and in height and insure the required number of parking spaces in Any project.
Reducing construction cost and time: No reinforced ramps, foundations stairways, and passenger. by constructing half of the volume required for the conventional parking, the Automated parking requires less time in the construction phase.
Flexibility in design: With the Automated parking, the key words are Flexibility and architectural freedom. the fact that it can be designed to be concrete or steel construction With an upfront façade, Automated parking allows planners and architects a free hand as far as the design is concerned.
Less parking time: Why spending so much time looking for a free space in a conventional parking while you can just drop the car in one entry station and leave. Park, Swipe, Leave… it’s simple. while retrieving a car from the AP can be done on your way to the parking. AP is the new technology for the Valet Service.
Reducing Lift occupation and consumption: lifts for human, saving cost, Lift usage, time and the power associated with.
Increasing the building value: the high Flexibility of the architectural design of the Automated parking increases the areas and volumes in the same facility that can be transformed as retail, offices, coffee shops, and restaurants, commercial for sale or lease.
Secure and Safe: so theft, scratches or ding dongs of cars.
Cleaner, Greener& Eco-Friendly: No Carbon Emissions since cars are turned off once in the garage. saving thousands of petrol gallons as the cars engines are off inside the Automated parking.
Half the materials are used in the construction of the AP meaning less production consequently less usage of power and earth resources.
Less electricity required due to reduced lighting and ventilation requirements.
Less power consumption for parking and retrieving the car contradictory of what people may think. the consumption is restricted to the movement of the machine.
How it works
Drive into one of the multiple gates of the garage and park your car.
The robot come to collect the car, rotates it by 180 degrees so the car is facing forward when it is retrieved.
Lifts take the car to a different level.
Car is transferred by Robot from Lift into the parking lot.
Number of cars
200 - 500
Specs
Its high-speed efficiency and fast retrieval times guarantee a satisfying user experience.
By reducing the land area used for parking, the FAS 1000 gives cities opportunities for more green space or to build parking garages in downtown areas previously considered impossible.
In addition, FAS 1000 increases the Gross Floor Area for the project, an advantage for the developers.
This System can be built above ground, underground or inside a building.
Operation
Drive into one of the multiple gates of the garage and park your car.
The robot come to collect the car, rotates it by 180 degrees so the car is facing forward when it is retrieved.
Lifts take the car to a different level.
Car is transferred by Robot from Lift into the parking lot.
Recommended in
It can be used for plots as small as 25.5m x 25.5m, and the height (or depth) can be up to 45m. (The ideal footprint is 31m. x 64m. by 14m. — 19m. high.)
