Building an Automated Parking Garage: a Step-by-Step
Designing and constructing an automated parking garage is a multi-phase process that combines smart planning, advanced engineering, and integration.
A typical automated parking garage project involves multiple phases, from initial consulting and design to manufacturing, installation, and ongoing support. Whether for a new development or a retrofit, all stages are tightly coordinated to ensure efficient integration and long-term performance.
If you’re a developer, architect, or contractor looking to optimize space and efficiency, this guide will walk you through what to expect in the creation of a modern, robotic parking garage solution.
Step-by-Step: Building an Automated Parking Garage
1. Consulting – Understanding Project Needs
Every successful project begins with a deep dive into your goals, constraints, and vision. We assess the site layout, local regulations, parking requirements, and future needs like EV readiness or mixed-use integration.
This phase sets the foundation for a system that will be efficient, code-compliant, and tailored to your project.
2. Planning – From Concept to Technical Design
Next comes the system design and feasibility planning. Our engineers create a solution that balances:
- Parking capacity
- Traffic flow optimization
- Site geometry and dimensions
- End-user experience
This stage includes 3D modeling (BIM), logistics planning, and integration with your project’s broader MEP and architectural strategy.
3. Manufacturing – Building with Precision
This phase involves manufacturing of key system components such as:
- Robotic shuttles, lifts, and turntables
- Structural elements like steel racks or embedded rail systems
- Logic controllers and automation software modules
All components are rigorously tested to meet industry standards for safety, speed, and reliability.
4. Site Preparation & Infrastructure Work
Depending on whether it’s a new build or retrofit, civil works may include:
- Foundation and pit construction
- Utility line placement
- Structural reinforcement for rail or lift systems
- Framing of bay rooms and operational zones
Proper preparation ensures smooth installation and long-term structural integrity.
5. Installation – Assembling the Automated Parking Garage
On-site installation teams are responsible for the full mechanical and electrical setup, including:
- Mounting shuttle rails and lifts
- Installing bay doors, turntables, and vehicle platforms
- Connecting software and logic controllers
- Integrating user interfaces and app systems
The installation is modular and efficient, minimizing disruption to surrounding construction activities.
6. Ramp-Up – Testing, Training, Optimization
Before launch, we conduct a complete ramp-up phase:
- System calibration and safety validation
- Simulated parking and retrieval cycles
- Staff training on operations and maintenance
- Final adjustments for timing and performance
Only after this stage do we prepare for official handover.
7. Handover & Service – Long-Term Partnership
Once fully operational, the system is handed over with complete documentation and training for staff.
Long-term operation often includes:
- Remote monitoring and diagnostics
- Preventive maintenance schedules
- Software updates and performance tuning
- Local support teams for on-site service
Continuous service and support help ensure that the automated parking garage remains reliable and efficient over time.
Benefits of Automated Parking Garage Systems
- Optimize parking capacity within a smaller footprint
- Reduce structural and excavation demands
- Enhance the user experience with fast, intuitive retrieval
- Improve ROI by freeing up valuable floor area
- Centralize system design and execution for smoother coordination
Ready to build a smarter automated parking garage?
Let’s talk about your project goals and how we can help make them a reality.
Common questions
The process begins with a detailed consultation to understand the site, parking needs, user experience goals, and any zoning or structural constraints.
Timelines vary based on project size, but most Utron projects follow a clear multi-phase process: consultation, design, manufacturing, installation, testing, and handover—typically within several months.
Yes. Utron offers retrofit-friendly solutions that can integrate into existing structures with minimal disruption, including demolition, reinforcement, and modular installation.
Manufacturing takes place off-site, where all mechanical and digital components are built and tested. Installation occurs on-site, where the system is assembled and integrated with the building.
Utron provides ongoing service that includes remote monitoring, preventative maintenance, and regular system updates to ensure peak performance.
Not for drivers—systems are intuitive, with clear signage and mobile integration. We do provide training for building staff on how to operate and monitor the system.
Yes. Vehicles are stored in enclosed areas with no human access, reducing the risk of theft, damage, or accidents. Entry is managed by smart access control systems.
Automated systems can reduce the required footprint by 30–50%, since they eliminate ramps, driving aisles, and turning radiuses.
Yes. From initial consultation and planning to manufacturing, installation, testing, and long-term support—Utron is your single-source provider.
Absolutely. EV charging stations and modular expansions can be integrated into most Utron automated parking garage systems as part of the initial design or later upgrades.
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