Automatic system solution
We design and develop smart solutions for automated equipment, helping businesses improve efficiency, precision, and reliability
Automatic Car Parking Systems
Rotary platforms enable vehicles to execute precise turnarounds within confined parking areas, reducing redundant maneuvers and optimizing overall parking facility efficiency.
Rotary platforms
Fully automated control
MPS Palletless Systems, BMP Pallet Systems Each system is customized based on the parking’s technical needs and client preferences, optimizing car dimensions and weight, which helps in reducing both equipment costs and the construction costs of the parking building itself.
Average parking density 18 m²/per car
Types of parked vehiclessedan / SUV
Vehicle dimensions 5300x2100x1950 mm*
Maximum vehicle weight Up to 3 tons
Minimum vehicle clearance 100 mm
Required electrical power 7 – 45 kW
Operating temperature range from -35 to +55 ºÐ¡
Experience-Based Specification
Increased vehicle density
Focused on achieving maximum vehicle capacity by optimizing space and improving operational efficiency.
User-friendly
operation
Engineered for ease of use, these systems deliver smooth, intuitive, and effortless operation for every user.
High safety
standarts
The system uses advanced sensors, cameras, and AI algorithms to guide vehicles into parking spaces without human intervention.
Fully automated control
Human involvement in the process is minimized, with personnel presence in the storage facility entirely eliminated.
Smart Vertiport Solutions
Every drone deserves a parking space
Smart vertiport system
​The system enables the management and operation of a large fleet of passenger drones, even within major cities and complex urban areas.
The system maximizes land utilization, allowing more efficient use of available space.
Fast drone handover and takeoff from the flight position (~90 seconds).
Mobile industrial batteries with up to 2 MWh capacity, designed for uninterrupted charging, with the option to increase power output.
The system is compatible with almost all most popular existing passenger drones for parking purposes.
The system allows for a safe, organized, and predictable urban infrastructure for passenger drones and individual flights. Safe storage in challenging climatic conditions, protecting against weather and third-party interference, without obstructing passenger flow.
Ensuring safety by integrating professional charging, passenger flow management, and fire suppression systems, using leading global solution.
Where innovation meets the sky
Maximize drone deployment in a restricted area
It is possible to place multiple drones at a single location, including in constrained or limited spaces.
Fast drone parking
The technology enables fast drone transfer for secure storage, automatically aligning them in their designated positions.
Quickly frees up a new landing spot
This system quickly handles drone pickup and deployment, maximizing operational efficiency and guaranteeing that drones always have designated takeoff and landing locations.
Water Transport Automatic Parkings
An automated yacht docking system offers an exclusive and sophisticated way to moor yachts with elegance and precision. It allows the entire docking process to be automated, turning what is often a stressful maneuver into a smooth, effortless experience.
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The system uses advanced AI technology to analyze the yacht’s surroundings, calculate the optimal path, and guide the vessel safely into its berth. This ensures precise positioning even in tight spaces
For yacht owners, this represents a premium level of convenience and luxury — docking becomes not only safer but also a refined part of the overall yachting experience.
Indusrtial Warehouse Automatisation
Our expertise lies in the effective movement of heavy objects across multiple planes, ensuring smooth, safe, and optimized material handling. Whether it’s horizontal transfer, vertical lifting, or complex multi-directional workflows, we provide systems tailored to meet the demands of modern logistics and production environments.
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Efficiency – manual work is reduced, and orders are processed faster.
Accuracy – automated systems minimize the risk of picking and packing errors.
Space Optimization – high-rack and compact warehouse systems allow more goods to be stored in less space.
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Cost Reduction – fewer employees are needed for repetitive or heavy tasks.
Safety – the risk of workplace injuries is significantly reduced.