Swiss expertise and more than 500 automated parking systems delivered worldwide.
Patented transfer cars, shuttles, and PLC software engineered for efficiency and safety.
Automated parking systems designed to cut emissions, save space, and integrate renewable energy.
An automated parking system (APS) is an advanced technology that parks and retrieves vehicles automatically, without human driving inside the facility.
Using transfer cars, shuttles, vehicle elevators, and turntables, these systems optimize space, reduce emissions, and improve urban mobility.
Automated parking systems are increasingly adopted in modern cities, residential buildings, office complexes, and public infrastructures to maximize parking capacity while reducing the footprint of traditional parking structures.
Automated parking systems operate through a combination of sensors, software, and mechanical transport systems that automatically move and store vehicles without human intervention.
The typical process includes several phases:
1. Vehicle entry station – the driver leaves the car in a designated cabin.
2. Vehicle detection – sensors scan the vehicle dimensions and positioning.
3. Automated transport – lifts, shuttles or transfer cars move the vehicle inside the system.
4. Storage optimization – the system automatically assigns the most efficient parking space.
5. Vehicle retrieval – when requested, the system retrieves and delivers the vehicle to the exit station.
Automated parking systems can be designed using different mechanical and robotic configurations depending on building layout, vehicle capacity, and project requirements.
Automated parking systems are increasingly used in urban environments where space efficiency and mobility optimization are critical.
Typical applications include:
Below are some of the most common questions about automated parking technology, installation requirements, and system capacity.
An automated parking system works through a combination of sensors, software, and mechanical devices that move and store vehicles automatically. The driver leaves the car in an entry cabin, and the system uses shuttles, transfer cars, lifts, and turntables to transport the vehicle to the assigned parking space. When needed, the vehicle is automatically retrieved and returned to the exit area.
Yes, automated parking systems are designed to provide a high level of safety for both vehicles and users. Since drivers do not enter the parking area, the risk of accidents, theft, vandalism, and vehicle damage is significantly reduced. Advanced control systems and sensors continuously monitor the parking and retrieval process.
Compared to conventional car parks, automated parking systems optimize available space, reduce the building footprint, improve vehicle security, and lower traffic circulation inside the facility. They can also contribute to reduced emissions, since drivers do not need to search for a parking space inside the structure.
Yes, in many cases automated parking systems can be integrated into existing buildings or used in renovation projects, depending on structural and technical constraints. Custom-designed solutions make it possible to adapt the system to different architectural conditions and project requirements.
The capacity of an automated parking system depends on the project layout, available space, vehicle dimensions, and the type of technology used. Systems can be designed for small residential applications as well as for large commercial, public, or mixed-use developments with a significantly higher number of parking spaces.
With over 70 years of experience and multiple international patents, Sotefin is a global leader in automated parking systems.
From feasibility studies to remote support, we design and deliver reliable robotic parking solutions tailored to each project.
