Compact parking systems are an intelligent solution for parking in residential and office areas by providing additional parking space for cars in confined spaces. Perfect for making more efficient use of available space by storing vehicles next to and on top of each other. As a result, space is available for higher-value use, e.g. additional living space or stores.

Advantages for the user:

Compact parking systems are equipped with level platforms as standard.
There are no tripping hazards, unevenness or pits.
Larger parking spaces (up to 2,700 mm wide possible).
Easy operation via RFID chip card or remote control directly from the vehicle.
Fast provision <1min.

Advantages for the planner:

Compact parking systems have a self-supporting construction, so no special wall connections or support structures are required.
Compact parking systems have an electro-mechanical drive. This makes the systems extremely easy to maintain, as there are no hydraulic hoses that could lead to leaks.
Low operating costs, as the robust platforms are equipped with a non-slip and, above all, rust-free surface.
In addition to the existing parking space, levels can be added both above and below the access level. Multi-depth designs can also be realized for larger construction projects.

Compact parking systems from stolzer maximize the parking spaces of the available space, they reduce the space required compared to standard parking solutions and enable easy parking and retrieval.

The semi-automatic compact parking systems make optimum use of vertical space by allowing several levels of vehicles to be stored on top of each other. This enables up to 40% more parking spaces compared to double parkers with the same space requirement.
In many cases, double parkers are still operated hydraulically, whereas the drive of compact parking systems is electro-mechanical throughout.
Increased convenience: Compact parking systems can be conveniently operated by the user via RFID chip card, at the touch of a button or by remote control.

With three different compact parking systems, stolzer ensures that there is a suitable solution for every project, regardless of its size or complexity.

The CPo version (Compact parking system overhead) has two parking levels; no excavation is required for this parking system.

The CPu version (compact parking system underneath) also has two parking levels, whereby the lower parking level is positioned in a pit.

The CPc version (Compact parking system combined) enables maximum space utilization. This variant consists of three levels. The lower parking level is located in a pit, the other two levels are above ground. In contrast to double parkers, practically all levels can be used completely as parking spaces, except for a free space in the entrance level, which is used for moving the vehicles.

Compact parking systems from stolzer can be individually adapted to the respective requirements. This is because a wide range of variants are available to design the system perfectly for the corresponding vehicle lengths, vehicle widths and vehicle heights. All variants can be implemented as stand-alone solutions or as solutions integrated into the building.

Compact parking systems from stolzer are highly flexible: whether in dense urban areas, as a replacement for parking garages, or in places where conventional parking is not sufficient. Compact parking systems not only offer a solution for locations with limited parking capacity, but are also suitable for projects that require a self-supporting structure or to create a large number of parking spaces efficiently and cost-effectively in existing areas.

Conventional parking garages:

Conventional parking garages are usually public or semi-public parking facilities in housing estates that provide parking spaces that can be used primarily by residents or by the public. Their aim is to increase the supply of parking space in residential areas. Traditional neighborhood garages are often generously proportioned and usually occupy an entire plot of land.

The disadvantages of conventional parking garages:

High use of space: conventional parking garages for residential estates generally take up the entire available area, which could otherwise be used for other purposes. This leads to a high degree of surface sealing and can result in the loss of valuable space for green areas, playgrounds or other urban uses.
Loss of living space: The creation of conventional parking garages in urban districts can lead to the loss of living space in densely populated residential areas. Instead of new apartments or residential buildings, parking facilities are created, which leads to a loss of available living space, especially in urban areas where living space is already limited.
Aesthetic disadvantages: Conventional parking garages can have a negative impact on the appearance of a district. They are often not particularly aesthetically designed and can contribute to a deterioration of the cityscape.

Compact parking systems:

Compact parking systems, also known as automated parking systems or mechanical parking systems, are designed to efficiently utilize the available space by tightly parking vehicles in an automated process.Compact parking systems use mechanical platforms to move the vehicles vertically and/or horizontally to the appropriate parking positions.This significantly increases parking space capacity compared to traditional parking lots. They are therefore ideal for areas with limited space, the clever alternative to traditional neighborhood garages.

The benefits of Compact parking systems:

Reduced space demand: Compact parking systems enable a considerable reduction in space demand compared to a conventional parking garage.
The space-saving stacking of vehicles can reduce the space required by 50 - 60%.

Use of existing structures: Compact parking systems can be integrated into existing structures, such as parking facilities or underused areas.
Flexibility and efficiency: These systems offer greater flexibility in terms of placement and adaptation to the needs of a residential area. As a central point of access for mobility in the area.

Space made available for higher-value utilization: As compact parking systems take up less space, more space is left free for higher value uses. This enables the development of green spaces, playgrounds, community spaces and neighborhoods that can improve community life and enhance quality of life.
Sustainable urban development: Compact parking systems promote sustainable urban development by helping to minimize surface sealing and enabling the transformation of urban spaces into more liveable and greener environments.

Flexibility and efficiency: These systems offer greater flexibility in terms of placement and adaptation to the needs of a neighborhood. As a central point of access for mobility in the neighborhood.