Welcome to NextKraft’s Dependent Parking Systems—where innovation meets convenience. Our state-of-the-art systems are designed to simplify and optimize parking, making it an effortless experience for both residential and commercial spaces.
A Dependent Parking System, also known as a stack parking system, is a cutting-edge solution that maximizes parking space by stacking vehicles vertically. This system requires the driver to park their car in a designated space, while the system automates the movement and positioning of the vehicle within the stack.
Dependent Parking is a multi-level car parking system that has parking space for two non-independent vehicles. One vehicle can be parked on the lower platform and one vehicle on the upper platform. Stack park models are available in various dimensions to suit specific requirements.
A Puzzle Parking System, also known as a puzzle parking or automated parking system, is an advanced technology that arranges vehicles in a compact and efficient manner. Vehicles are automatically transported to their parking spots through a series of automated lifts and conveyors, effectively utilizing available space and minimizing the footprint.
The puzzle parking system is an independent parking system which stacks vehicle up to 7 levels above ground and 3 levels below the ground level. The system is very easy to operate due to its simple construction and any car can be parked or retrieved without removing or touching the other car.
A Tower Parking System, also known as a vertical parking system or parking tower, is an advanced automated parking solution that vertically stacks vehicles within a cylindrical or rectangular structure. This system allows for high-density parking by using automated lifts and conveyors to transport vehicles to their designated parking spots.
The tower parking system is an automated parking system in which the units move in a vertical direction at a different level. The tower system moves upward and It allows parking spaces for up to 70 cars. The construction of the system is such that it does not cause any disturbance to the building.