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  ➜ Innovation In Parking

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Automated parking systems allow you to maximize land use, reduce construction costs, and unlock higher-density development—without compromising design.​

Authorized Canadian Partner

Alliance Parking Solutions is an authorized partner of Wöhr, a global leader in mechanical and automated parking systems. We provide architects and developers across North America with direct access to Wöhr’s proven technology, along with the local expertise needed to implement it successfully. Our team supports each stage of the process—from system selection and planning through coordination, delivery, and commissioning—ensuring every solution is executed to the highest standard.

Global Innovation. Local Expertise.

Through our partnership with WÖHR, Alliance Parking Solutions delivers world-class automated and mechanical parking systems backed by decades of engineering innovation and proven installations worldwide.

Authorized Canadian Partner

Delivering world-class automated and mechanical parking solutions across Canada.

BIM Integration Support

Technical coordination and planning support for architects, engineers, and developers.

Sustainable Parking Solutions

Smarter parking infrastructure designed to support modern urban development.

Qualified. Licensed. Manufacturer Trained.

We are fully licensed by the Technical Standards and Safety Authority (TSSA), ensuring all work is carried out in compliance with Ontario’s safety and regulatory requirements. Our team also receives direct manufacturer training, equipping us with unmatched, in-depth technical knowledge of mechanical and automated parking systems. This combination of regulatory licensing and manufacturer certification allows us to deliver planning services, installations, commissioning, and support services with a high level of safety, precision, and reliability.

PARKING SYSTEM TYPES

Automatic
Automatic parking systems provide high-density, space-efficient solutions for urban developments. Vehicles are delivered to a transfer area, where they are automatically lifted and stored within a secure multi-level racking system.
The system operates on a fully “car-to-driver” principle—users simply exit the vehicle, and retrieval is completed automatically on demand. With no ramps, circulation aisles, or complex manoeuvring required, fully automated systems significantly reduce building footprint while enabling the safe storage of hundreds of vehicles.

Semi-Automatic
Semi-automatic systems such as Combilift and Combiparker increase parking capacity by combining vertical lifting and horizontal vehicle movement within a compact structure. Drivers park on a designated platform at the entry level, after which the system automatically repositions the vehicle into an available space.
Retrieval is completed at the same access point, typically at the push of a button, offering a simple and efficient user experience without ramps or internal driving aisles. Systems such as Slimparker and Crossparker follow the same principle, making them ideal for underground or space-constrained developments.

Mechanical
Mechanical parking systems provide efficient space-saving solutions by stacking vehicles on two to three levels within a single structure. Available in single units for two vehicles or double units accommodating up to six parking spaces, they offer a flexible and cost-effective option for a wide range of building types.
Additional solutions, including parking platforms and turntables, allow vehicles to be repositioned, rotated, or moved longitudinally to improve access and usability. These systems are well suited to projects where maximizing parking capacity within a limited footprint is essential.
WHY AUTOMATED PARKING?
BENEFITS OF PARKING SYSTEMS
SPACE EFFICIENCY
WÖHR systems stack cars vertically, reducing footprint and freeing space for housing, green areas, and urban life.
ENERGY EFFICIENCY
High-density parking reduces construction impact, material use, and energy vs. conventional garages.
RESOURCE SAVINGS
WÖHR systems reduce material use and resource consumption vs. conventional underground parking.
REDUCTION OF CO2 EMISSIONS
Parking systems reduce construction impacts and traffic congestion, improving air quality and efficiency.
NEW MOBILITY
WÖHR systems integrate EV charging and dedicated spaces, supporting greener transport adoption.
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  • PROJECTS
  • GALLERY
  • STATISTICS
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Turntables
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Innovation
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Combilift
MORE THAN
PARKING SPACES CREATED
OVER
TONNES OF CO2 EMISSION REDUCED
VALUABLE
HOURS SAVED
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Frequently Asked Questions
Can automated parking be integrated into existing buildings?
What load capacities do your systems support?
What are typical system footprints and clearances?
What structural requirements are needed?
What are typical CAPEX and lifecycle costs?
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