4-Level 2 Pit Hydraulic Stack Parking System (AMSPL-4L2P)

High-Density Vertical Parking for Urban Spaces

The AMSPL-4L2P system is a state-of-the-art 4-level stack parking solution designed to maximize vehicle accommodation by intelligently utilizing underground and surface space. With levels structured as Ground, Level 1, Pit 1, and Pit 2, the system offers high-capacity parking in a minimal footprint, ideal for high-density residential and commercial projects.

The ground-level platform allows direct vehicle access, while the Pit 1 and Pit 2 levels are interdependent, meaning vehicles parked in lower pits are retrieved only after shifting the above platforms—ensuring efficient stacking and space utilization.

Applications
Ideal for:

Residential Complexes & Villas

Commercial Buildings & Offices

Hotels & Serviced Apartments

Car Rental Agencies & Auto Dealerships

Public and Private Parking Facilities

Private Garages for Car Enthusiasts

Description

Key Features & Advantages
✅ Maximum Space Utilization
Effectively utilizes both above and underground levels, quadrupling parking capacity in areas with limited land availability.

✅ Secure & Dust-Proof
Lower-level vehicles remain protected from environmental exposure and unauthorized access, ensuring safety and cleanliness.

✅ Smooth & Stable Operation
Hydraulic-driven platforms deliver quick, quiet, and reliable lifting/lowering performance, minimizing wait times.

✅ Multi-Level Safety Systems
Equipped with comprehensive protections:

Anti-fall, anti-collision, and anti-overload safeguards

Automatic dual-locking system: Platforms lock upon reaching designated positions, and operation is only possible after manual safety handle release.

✅ Manual Override Function
In case of power failure, vehicles can be manually retrieved, ensuring continuous usability.

✅ Anti-Corrosion Treated for Longevity
All structural elements undergo anti-rust treatment, ensuring durability of over 20 years in all weather conditions.

✅ Fast Installation
System can be installed on a flat concrete surface within a single day, requiring minimal civil modifications.