Vertical Parking System

Mechanical parking systems accommodate a wide range of standard cars, SUVs, and even electric vehicles, with customization options for extra-large truck.

Automated parking systems can save significant space, often reducing the footprint by 30% to 60% compared to traditional parking, primarily by eliminating ramps, drive aisles, and pedestrian walkways, allowing for denser stacking and vertical storage, effectively fitting twice as many cars in the same area for better urban land use.

Yes, automated parking systems are highly customizable. Providers can tailor solutions based on specific building dimensions, spatial configurations (underground/surface), capacity requirements, and unique functional needs, such as Automated Guided Vehicles (AGVs) and entrance/exit rotating platforms, to optimize space utilization and meet unique project demands.

A robust safety system includes hazard identification, risk assessment, and control measures (like PPE, training, engineering controls), supported by management commitment, worker participation, clear communication, and emergency planning, all monitored through audits and incident reporting for continuous improvement, following principles like OSHA's core elements.

Comant offers a 2-year warranty for components, while the main steel structure is eligible for an extended warranty of up to 20 years.

The installation period for automated parking systems varies significantly depending on the system's complexity and the number of parking spaces, typically ranging from several weeks to several months:
For parking equipment such as Simple Lift, Lift & Slide, and Vertical Carousel systems with up to 100 spaces, on-site installation and commissioning require approximately one month.
For fully automated multi-level garages such as Horizontal Shuttle, Vertical Lift, and Stacker systems with up to 100 spaces, on-site installation and commissioning require approximately two months.

Yes, overseas installation guidance for automated parking systems is available, with offering remote diagnostics, support and sometimes on-site teams.

Mechanical parking systems require a stable and independent power supply. A three-phase AC power supply (380V or 220V, 50Hz or 60Hz) is typically used to drive motors and control units.

Yes, many systems can be installed in underground garages, but they often require specialized solutions, especially for things like cellular signals or ventilation, due to concrete and rebar blocking signals and toxic fumes building up. Common systems installed include gas detection, ventilation, smart parking, ANPR (Automatic Number-Plate Recognition) for access, fire suppression (sprinklers), and cellular repeaters.

Automated Parking Systems are designed for high reliability in long-term operation through robust hardware, redundant systems (like backup servers & power), and sophisticated software, minimizing failures and ensuring vehicle retrieval, though they require consistent, specialized maintenance and depend on stable power, with high initial costs balanced by long-term operational savings. Key to their success are fault-tolerant servers, off-the-shelf components, and backup power, ensuring high uptime and safety despite inherent technological dependence.

Automated parking system maintenance involves regular inspections, lubrication, and cleaning of mechanical parts (motors, cables, gears, rails) and electrical systems (sensors, wiring, control panels), plus critical software updates, safety system calibration, and structural checks, all to ensure smooth, reliable operation and prevent costly breakdowns through both routine preventive care and emergency support.

Yes. Operator training for Automated Parking Systems is crucial, covering implementation and ongoing operations, with structured content for different project needs, ensuring efficient management of these complex mechanical systems through methods like phased training, competency matrices, and specific skill development for diverse models, focusing on system handling, maintenance, and troubleshooting.

To address concerns about power outages, building owners can install backup power supplies (such as generators, battery storage systems, or solar power systems) near the equipment to ensure uninterrupted operation. Alternatively, vehicle access and retrieval can be managed through manual operation interfaces and software resets, with remote assistance support provided by Comant throughout the process.

Yes, mechanical parking systems do generate noise, but modern designs aim to keep it low, often just a few decibels above ambient levels, with rotary systems generally quieter than other types, though some older or complex systems might be noisier and require noise control. The main sounds come from motors, hydraulics, and moving parts, but effective engineering and design can mitigate this, reducing overall traffic noise and vibrations in buildings.

Mechanical parking systems boost safety by removing pedestrians from vehicle areas, drastically cutting accidents and liability, while also protecting cars from theft, vandalism, and damage through controlled access and enclosed storage, eliminating driver errors like door dings and collisions in tight spaces. These systems reduce traffic, provide better lighting, and create a more secure, monitored environment, reducing risks for both drivers and their vehicles compared to traditional lots.

Yes, automated parking systems (APS) are expected to expand significantly, driven by urbanization, smart city initiatives, and advancements in AI and autonomous vehicles (AVs), allowing for greater space efficiency, integration with city infrastructure, and a shift towards managing vehicles remotely. Future growth involves deeper integration with AVs, predictive AI, enhanced IoT connectivity, and potentially repurposing traditional structures, making them a key part of sustainable urban mobility. 

Our company holds 80+ patents, with three core products (Puzzle Parking, Simple Lift, and Vertical Carousel systems) certified under the EU's CE Directivefor safety and compliance. We further adhere to international management standards, including ISO 9001 (Quality), ISO 14001 (Environmental), ISO 45001 (Occupational Health & Safety), and ISO/IEC 20000 (IT Service Management), ensuring reliability across all operations. These certifications reflect our commitment to delivering innovative, compliant, and sustainable parking solutions.

The service life of a mechanical parking system varies, but with proper maintenance, high-quality units can last 30 years or more, with some systems exceeding 35 years, significantly longer than traditional garages. Lifespans depend heavily on usage, regular maintenance (minor & major), environmental conditions, and the quality of components.

After-sales service for automated parking systems combines 24/7 remote support (video/audio calls, remote diagnostics) for user issues with proactive, scheduled maintenance (lubrication, inspections) performed by trained technicians, often under long-term contracts, ensuring system uptime and covering common repairs like sensor or hydraulic seal replacements, with comprehensive manuals provided for onsite staff training.

To start a mechanical parking project, begin with consultation to define goals and site specifics, move to planning & design (capacity, flow, tech), then engineering & manufacturing, followed by installation and finally commissioning & testing before launch, focusing on regulations, user experience, and system reliability. We offer free design studies.