How the MSSP Fully Automated Parking System Works

The operation process is simple for the driver.

First, the vehicle enters the parking bay at ground level. The system checks the vehicle position and dimensions through sensors. After the driver leaves the car and confirms the operation using an IC card or touch screen, the automated parking system takes over the entire process.

The lift platform moves the vehicle vertically, while the turning mechanism and parking robot transfer the car to an assigned parking position on an individual comb pallet. When the driver returns, the system retrieves the vehicle automatically and brings it back to the entrance area.

This process reduces driver involvement and eliminates the need to drive through narrow internal parking lanes.

Technical Highlights of MSSP

MSSP cabinet parking system can be configured according to project requirements. The datasheet states that the system can accommodate up to 12 vehicles on each parking level and reach up to 16 parking levels. Up to 4 entrances and exits can be arranged on the ground floor, and an inground access solution is also possible.

Key technical parameters include:

System model: MSSP
Parking levels: Up to 16 levels
Parking spaces per level: 6 to 12 spaces
Vehicle type: Sedan and/or SUV
Maximum vehicle length: 5300 mm
Maximum tire width: 1900 mm
Vehicle weight: 2350 kg
Wheel load: Maximum 587 kg
Lifting speed: Up to 95 m/min
Operation: IC card, touch screen, or manual
Turntable: Integrated on lifting platform
Application: Residential, office building, and public parking projects with large parking demand

The system can support both sedan and SUV configurations, with different vehicle height options available depending on the project design.

The installation in Vladivostok was carried out step by step according to the ARP Series installation logic. First, the equipment was unloaded on site with lifting machinery, and all main components were checked before assembly.

After that, the foundation dimensions and anchor bolts were checked to ensure correct positioning and stable installation. The main front and rear frame sections were then assembled, lifted into position, and connected with space beams, bracing bars, chains, and drive components.
Once the steel structure was erected, the vehicle pallets were installed one by one, followed by the control system, photoelectric sensors, safety devices, operation board, and fence. Before handover, the system was lubricated, adjusted, tested without load and under simulated load, and inspected for smooth rotation, correct braking, stable operation, and proper safety response.
The customer used Mutrade’s chief installation supervision service on site. This allowed the local team to install the equipment independently while receiving professional guidance from Mutrade, helping them follow the correct sequence, avoid installation errors, and complete commissioning with greater confidence.

Safety Devices at the Parking Bay Area

For municipal parking, safety is a priority. The MSSP system can include multiple safety and guidance devices at the parking bay area, including:

• card reader;
• LED display;
• width sensor;
• length sensor;
• motion sensor;
• entrance sensor;
• height sensor;
• parking mirror;
• optional turntable;
• automatic door.

These devices help verify vehicle position, guide the user, and support safe automated operation before the vehicle is transferred into the parking structure.

Suitable Applications

The MSSP Fully Automated Cabinet Parking System is suitable for:

• municipal parking facilities;
• public parking garages;
• office buildings;
• hospitals;
• commercial complexes;
• residential communities;
• transport hubs;
• mixed-use urban developments;
• high-density city parking projects.

The datasheet specifically notes that the system is suitable for residential complexes, office buildings, hospitals, and commercial facilities with high-density parking demand and frequent vehicle entry and exit.

Conclusion

The MSSP fully automated municipal parking project shows how Hydro Park Machinery can help cities and developers create smarter, safer, and more efficient parking infrastructure.

By using a multi-level cabinet parking system with lifting, sliding, rotating, and robotic transfer technology, the project increases parking capacity while reducing the amount of land required for conventional parking. For municipalities and urban developers, MSSP offers a practical solution for high-density parking demand, public convenience, and long-term city development.

With automated operation, smart control, strong safety devices, and flexible configuration, MSSP is a future-ready parking system for modern urban environments.

FAQ

What is the MSSP automated parking system?

MSSP is a fully automated cabinet-type parking system that stores vehicles on multiple levels using lifting, sliding, rotating, and robotic transfer mechanisms.

Where can MSSP be used?

MSSP is suitable for municipal parking, public parking garages, office buildings, residential complexes, hospitals, commercial facilities, and high-density urban parking projects.

How many parking levels can MSSP have?

According to the technical datasheet, the MSSP cabinet parking system can reach up to 16 parking levels.

How many vehicles can be parked on each level?

The system can accommodate 6 to 12 parking spaces per level, depending on the project layout.

What vehicle types can MSSP accommodate?

The system can be configured for sedans and/or SUVs, with a maximum vehicle length of 5300 mm, tire width below 1900 mm, and vehicle weight up to 2350 kg.

How does the driver use the system?

The driver parks the vehicle at the entrance bay, taps an IC card or uses the touch screen, and the automated parking robot completes the storage or retrieval process.