South Korea Automated Parking System Market

South Korea Automated Parking System Market Summary

As per Transpire Insight Analysis the South Korea Automated Parking System Market size is estimated at USD 95.4 Million in 2025 and is anticipated to reach USD 460.9 Million by 2033, growing at a CAGR of 22.30% from 2026 to 2033.

South Korea's automated parking system market responds to a tangible urban dilemma: fitting more vehicles into smaller plots of land while simultaneously cutting back on the labour, cost and space needed for their parking. In this setup, automation employs the use of lift and carrying systems like conveyors or car stacks supported by computer vision/software and sensors to move and park cars with minimal driving by its owner. This technology applies to anything from dense apartment blocks and commercial developments, to hospitals and mixed-use developments.

In the last 3-5 years the trend has moved away from classic mechanical types of automated parking toward digital or 'smart' auto parking – a network of cameras, number plate reading/vehicle recognition, digital payment platforms and in-person slot management.

The pandemic has accelerated the trend in favour of contactless parking and remote property management facilities management. This comes hand-in-hand with limited land availability and increasing costs of construction in urban areas which push developments to extract additional parking spaces from limited space plots. The use is now shifting from merely the purchase of physical automated parking hardware to more holistic systems.

South Korea Automated Parking System Market Size & Forecast:

• South Korea Automated Parking System Market Size 2025: USD 95.4 Million
• Expected Market Value 2033: USD 460.9 Million
• Forecast CAGR: 22.30%
• Leading region in 2025: 
• Fastest Growing region: 
• Key Profile: Hyundai Mobis, MHI Parking, Daifuku, KLAUS Multiparking, Wohr Parking Systems, ShinMaywa Industries, Unitronics, Park Assist, Westfalia Technologies, SKIDATA, Siemens, Bosch, Mitsubishi Electric, Amano Corporation, Dongyang Mechatronics 

Key Market Insights

• Seoul metropolitan area to remain highest within the market in the sector, 45% market share in 2025 as concentrated deployment within densely developed regions focus automated parking deployments.
• Fastest-growing is outside of Seoul (until 2031), as many municipalities or commercial establishments are trialling robots for more efficient parking within their space limitations.
• Hardware holds high (86.58% share of revenue in 2025); integrated robotic hardware continues to anchor automated parking system installations.
• Software is the second-highest largest revenue share and growing in strategizing of new applications for increased use such as robot fleet management, maintenance diagnostics, visualized diagnostics, remote control functionality.
• Software represents the segment that will continue to grow fastest growing from now until 2033, due to the control platform infrastructure needed for the coordination of robots, sensors, maintenance schedule & robot workflow.
• Commercial parking is the leading application, offices, retail sites, hospitals, and mixed-use buildings want to use automated parking systems (APS) due to the need for space efficiencies in moving vehicles for car park systems.
• Fastest growing is automated valet parking, as it is expected that robot driven vehicle delivery will be moved into the public/commercial space rather than trials.
• Commercial end-users are the dominant sector, but it is expected that developers will find the automation process for those with space constraints far too expensive (as re-developing) compared to bringing in APS's.
• Residential application would be the second fastest growing end user through 2033 with deployment in the very dense apartments within Seoul.
• Hyundai WIA and Hyundai Elevator partnered in 2025 for combined parking robots,integrated building parking elevators used for automated valet parking infrastructures.

What are the Key Drivers, Restraints, and Opportunities in the South Korea Automated Parking System Market?

South Korea’s automated parking market is being sped up by a regulatory and technology push towards robotic parking. The country already acknowledged intelligent parking machines, with autonomous operation via parking robots, in their parking standards and adopted amendments to parking codes in 2024 related to safety and inspections for mechanical systems. While these provide a higher bar for compliance, they equally pave a clearer road towards permitted installations.A direct argument that higher standards will translate to lower developer risks, leading to predictable installations with better space efficiency and less Reliance on personnel.Hyundai WIA’s 2024 parking robot for Factorial Seongsu demonstrates early commercialization of this vision using LiDAR on a tight garage.

The principal bottleneck is integration into old buildings with existing mechanical systems. Installing an automated system involves more than placing mechanical or robotics components: the structure, software, communications and safety controllers must also be addressed prior to permitting and operation. This isn’t a quickly fixable problem.Parking garages have structural variations, variable vehicle sizes and traffic access, along with varied equipment, that necessitate significant engineering solutions that could delay large projects.An amendment, proposed in early 2024, further addressed allowable dimensions and modified installation guidelines, continuing to keep the framework abreast of current technologies. From our analysis of regional purchase orders and opening dates for automated parking installations, concentration of the supplier pool is currently our biggest execution concern.

The easiest path to robotic parking is at high-density residential and mixed-use sites. If MPSystem can pack 102 spaces into a Seoul residential development with Hyundai Engineering & Construction, robotic parking is clearly coming to housing and not just commercial trials. Parking robots can operate at smaller circulation widths and bring cars to residents so, where space development values are at a premium, such a system offers a better business case. The regulatory environment in Korea is also set to get better, with automatic transfer parking devices covered by a 2026 regulatory regime including their safety specifications.

What Has the Impact of Artificial Intelligence Been on the South Korea Automated Parking System Market?

AI has taken automatic parking beyond mechanics and shifted it toward using software to control car movement. The potential for using AI for features such as number plate identification, robot to vehicle detection, reading sensor information and directing cars to vacant spots is high.HL Robotics has patented a type of control technology for parking robots, by which it guides a robotic apparatus into taking up identified target vehicle into the space at the targeted time based on identification of target vehicle by a deep learning model. Operation platforms are also increasingly becoming unified.HL Robotics released their Site Management System in 2025 integrating the features such as 3D visualization of parking lot, battery monitoring, malfunction detection and maintenance in one system.

The system helps operators maintain robots by way of predictive maintenance by detecting abnormalities on batteries or machinery much sooner and predicting what type of robots may be required soon. Hyundai WIA's parking robot has been designed to use LiDAR for identification of a car's wheel position and operate in small spaces resulting in increased spatial efficiency for the system. The greatest drawback is the expense required for integrating the software; these AI models need to reliably connect to various systems including but not limited to cameras, LiDAR equipment, physical machinery and buildings management systems as well as other parking software and layout-dependent disparities and unpredictable sensor performance hinder scalability.

Key Market Trends

• Korean developers have been moving away from mechanical parking machinery, toward sensors, robotics, and learned path algorithms. 
• The year 2023 saw the Korean developers’ movement toward autonomous parking utilizing sensors, robotics, and learning vehicle paths instead of solely relying on machinery. 
• The year 2024 saw Hyundai WIA's launch of commercial parking robots at Factorial Seongsu and in Seoul with robot tight space parking and automatic car pick-up.
• The Year 2024 saw regulation of mechanical parking procedures with increased inspection and safety requirements making way for a more organized placement of automatic machinery.
• HL Robotics updated PARKIE with Site Management System (SMS) in 2025, making the competition turn towards the software based central diagnostics, monitoring and fleet control.
• Hyundai WIA and Hyundai Elevator collaborated and combined a parking robot with a parking elevator on two distinct sites of automated valet in 2025. 
• Robotic parking entered the residential buildings in 2025 with MPSystem 102 units site in Seoul with Hyundai Engineering & Construction. 
• Public-service robot parking was propelled by the launches of robot valet parking services between Kakao Mobility, KM Park and HL Robotics in Cheongju in 2025. 
• AI supported vehicle recognition systems became an increasingly important aspect of the controlling layers and HL Robotics was founded with the new robot car parking system which recognized cars based on artificial intelligence modeling.
• Hardware continues to dominate the revenues in terms of share which was 86.58% in 2025 with a fastest CAGR prediction among all segments during the 2025–2033 forecast period.
• A revision of the Korean standards in 2026 will bring about the specified definition for Automatic Transfer Parking Device, ensuring further security with robot deployed systems.

South Korea Automated Parking System Market Segmentation

By System Type :

The popularity of automated guided parking and robotic parking is spreading to densely populated urban areas as the ability to move vehicles automatically can free up circulation space and increase parking space. Parking puzzle and stacker systems remain in widespread use for buildings where developers still need a greater vehicle capacity within available floor space. Tower parking is well suited to land efficient and densely populated areas and to buildings where the need to maximize office or resident space outstrips demand for ramps and driveways.

Automated valet parking represents the newest development in the Korean marketplace.This, combined with the ability to pick up, relocate and return the vehicle with minimum vehicle operation on the part of a driver, has the potential to limit manual parking efforts and the ability for errors to occur. In this market segment, Hyundai WIA and HL Robotics are increasingly active with both commercial and residential projects. Growth will be in these systems that combine the mechanical parking infrastructure with automated movement control and the identification and remote management of vehicles.

By Technology : 

Sensors, ultrasonic, LiDAR, and related detection technologies remain critical to enabling reliable vehicle positioning and safe vehicle operation. Cameras, which further enable vehicle recognition and observation functions; RFID which enables automatic identification and access control; are emerging; an important developing application is AI technologies; where operators seek to automatically achieve automatic vehicle identification, route selection, and system operation. Cloud based connectivity of sensors and equipment with IoT based networked solutions further transform parking operations, interconnecting equipment, software, maintenance logs, and management control screens.

For exampleHL Robotics demonstrated a Site Management system including 3D monitoring, battery status checks, fault detection and diagnostic controls, maintenance at booth in 2025; and Hyundai Mobis demonstrated development in fully automated parking through integrated sensor and cameras systems.Investment in technology development should lead toward networked systems allowing for remote monitoring, predictive maintenance, and rapid troubleshooting.

By Application : 

Residential sites have increasing significance as the shortage of land available for building residential apartments leads apartment developers to more heavily rely on space efficiency to increase their parking capacity and improve access and movement of vehicles. In fact, a 102 space automated parking facility, designed using MPSystem and constructed by Hyundai Engineering & Construction in Seoul has initiated building robot parking in residential buildings. Applications such as commercial buildings, offices, hospitals, shopping malls, and hotels are still the primary fields for building this kind of parking systems, because efficient operations manage the traffic flow and facility management in such places.

Furthermore, public parking system will also be more and more attractive in terms of automated valet service if a swift vehicle pick up and reduced number of required manual effort and management are expected.Future installations are anticipated to select locations that tend to have a high space utilization and little land available as well as those that demonstrate a significant financial return through enhanced space usage.

By End User : 

One of the key groups of end users is property developers, as parking capacity directly impacts design of building structures, usable square footage and project feasibility. Developers use these systems to evaluate the benefits of incorporating much higher vehicle capacity without having to allocate significant space to ramps and circulation areas. An increased focus on residential communities is now resulting in their use in apartment developments, which employ robotics to overcome parking space constraints.The parking industry and other businesses are already adopting these, focusing on digital parking monitoring, electronic payments, remote parking facilities management, and automated tools and maintenance capabilities.

Government agencies, such as departments of public works and transportation agencies, can encourage the use of these technologies through their parking codes, building inspections, and feasibility and pilot projects in the field. The airports and hospitals are significant emerging markets due to the high rates of vehicle turnover and the subsequent demand for more rapid vehicle and retrieval time. Overall adoption will target end-users looking to increase parking capacity, improve labor efficiencies, enhance the safety of motorists, improve facility management, and optimize space utilization.

By Component : 

Hardware is important because, in an automated parking structure, robots, lifts, conveyors, platforms for vehicles, and equipment such as sensors and controls are needed to manually move the vehicles. In 2025, hardware accounted for 86.58% of the revenue and this share would remain important. The sensors and cameras are indispensable and assist the detection of vehicles, their localization, identification and are also indispensable for safety.
Software will become even more strategic, when remote monitoring, diagnostic tools, integrated billing and electronic payment systems, mobile access to the parking, and fleet management become prevalent throughout all parking structures. 

Smart parking facilities might also feature control systems connected to the cloud, in order to record operational data and reduce time in repair maintenance decisions. Smart mobile applications can indeed make accesses, payments, reservations, vehicle recovery, etc. Simpler for the customer. The balance will shift towards integrated hardware and software bundles as constructors or owners of parking structures may start preferring comprehensive parking management systems instead of pure mechanics.

What are the Key Use Cases Driving the South Korea Automated Parking System Market?

As said earlier residential development is the basic use case and is being driven by real estate developers and residential occupants demanding the efficiency in handling a capacity of cars at sites with constraints. Apartment complexes find the automated parking solutions to overcome heavy congestion of cars without requiring space for increase of traditional parking lots thus leading to easier planning and higher usage of land resource.

Commercial buildings and public parking also finds the application now, and are the best among the parking operators and commercial establishments to install automated parking. Such areas like offices, malls, hospitals would find it beneficial when a lot of vehicle movement is observed demanding ordered entry and space utility. The government may also support with a new updated requirement set forth to include parking safety and inspection to allow for the installation of public automated parking spaces.

Automated valeting can be a potential new use of this system, especially relevant for hotels, airports and up-class commercial estates. Robo operation in transporting cars can facilitate unattended pickup and dropping whereas integration of automated control using AI and remote access might actually increase the viability of the entire operation.

Which Regions are Driving the South Korea Automated Parking System Market Growth?

South Korean market size is estimated and shown on the Chart of Korean parking system installed base, 2017 - 2033. The Seoul Metropolitan Area (SMA) will remain the dominant market. With its high density, commercial construction, and limited land availability it has favorable conditions to support large robotic/automated parking projects and concentration of technology developers and builders as well as demonstrations sites (e.g. Factorial Seongsu); Seoul will retain its leadership position through 2033 due to constant building of apartments, modernization projects and smart-building investments creating high-value sites where the ability to make more out of space is crucial.

The Gyeonggi Province has a structurally different growth base as it harbors not only large industrial facilities and logistics operations, but also vast new suburban housing estates and major technology complexes. While the continued building activity and the strong market will assure a consistent stream of investments across regions of South Korea in addition to SMA, Uiwang has already developed as one of the major hubs for parking robotics – Hyundai WIA's Uiwang facility has significant R&D and demonstration components in building customer solutions which help to establish the technology in a given market, along with other developers of building automation systems present in the area. Due to its consistent construction, connection with SMA as well as developing tech ecosystems in locations such as Uiwang, Gyeonggi Province can sustain reliable revenue streams throughout the whole analyzed period.

The biggest area for growth will arise from Gyeonggi Province because it is expected that apartment system policies, which were limited earlier, may allow for robotic parking installations, turning projects from pilot phase to actually being widely installed. A customer event on apartment system installation guidelines organized by Hyundai WIA in Uiwang last August has gathered about 800 developers and builders from various construction companies throughout the nation, proving the growing demand for robotic systems. This provides visibility into the opportunities for robotic parking in multi-family apartment housing which can establish pathways for service providers in the sector and create possibilities for partnerships between investors and suppliers, developers and contractors, and parking infrastructure developers throughout the period between 2026 and 2033.

Who are the Key Players in the South Korea Automated Parking System Market and How Do They Compete?

The South Korean automated parking market is gradually turning away from equipment-driven competition to technology-based rivalry. Robotic elements, control software and system integration and partnership development led by Hyundai WIA, HL Robotics, Hyundai Elevator and MPSystem are key to the competition. Cost factors still important, but factors such as dispatching capacity, robotic handling precision, site efficiency, regulatory preparation and integrated building system connectivity are now more important in purchasing decisions.

Incumbents are reinforcing their status through building partnerships while the robotics field, which is developing newer AI equipped parking systems, exerts a competitive challenge.

Hyundai WIA is increasingly establishing its position through technological convergence and construction sector collaboration: It recently finalized a contract in May 2025 that integrates its parking robots with HIP elevator in a robotic parking facility, and another contract that is aimed at forming a strategic alliance with Hyundai E&C that will create a construction and operation structure adapted for optimal parking robots, particularly focusing on space utilization within parking spaces; HL Robotics has come forward with AI powered autonomous parking via its product PARIKIE that demonstrated an apartment project expecting to enhance space utilization more than 30% and achieve automated vehicle transfer. MPSystem is pursuing specialization in the residential sector, having finalized and launched a 102-space apartment robotic parking project in Seoul and issuing a comprehensive robotic parking guide including designing guidelines and regulations aimed at architects for AVP Robot deployment; Hyundai Elevator complements competitive aspects such as the HIP system with a retrieval speed of 38 seconds per vehicle, which is beneficial for robot valet use.

Company List

• Hyundai Mobis
• MHI Parking
• Daifuku
• KLAUS Multiparking
• Wohr Parking Systems
• ShinMaywa Industries
• Unitronics
• Park Assist
• Westfalia Technologies
• SKIDATA
• Siemens
• Bosch
• Mitsubishi Electric
• Amano Corporation
• Dongyang Mechatronics 

Recent Development News

In January 2026, HYUNDAI WIA unveiled its upgraded parking robot at CES 2026, increasing vehicle capacity to 3.4 tons and targeting heavier EVs and SUVs while expanding global commercialization. Source https://en.hyundai-wia.com/

In September 2025, HL Robotics and HDC Hyundai Development Company signed an MOU to deploy AI-powered PARKIE autonomous parking robots at the Songpa Hanyang 2nd apartment redevelopment, targeting more than 30% higher space efficiency. 

Source https://www.asiae.co.kr/

What Strategic Insights Define the Future of the South Korea Automated Parking System Market?

We expect to see South Korean automatic parking market structural shifts from stand-alone mechanical installation to integrated robotic parking platform consisting of robot hardware, control software, sensors, and building systems. This structural shift will be underpinned by limited parking space in housing, commercial and apartment areas exacerbated by increased developer interests on parking robots and prevalence of robot-compatible buildings. On less-transparent side, is the risk that concentration of technology and construction partners around a handful of participants may create fewer suppliers; impede execution speeds and place blame on the developer when one supplier is facing any kind of capacity and/or components shortages impacting robotic platforms.However, strong opportunity arises from the robotic parking technology in multi-family housings.

With newly enacted regulations (building codes related to parking lot and robot installation) and aHyundai WIAs 2026 customer program that targets apartment distribution more generally. Our suggestion for market participants is that you focus on developing standard, compatible robotic systems and forge strategic relationships with key developers before the majority of future apartment communities become part of proprietary tech platforms that may be locked into disparate and competing robotic technology systems.

South Korea Automated Parking System Market Report Segmentation

By System Type

• Automated Guided Parking
• Puzzle Parking Systems
• Tower Parking Systems
• Shuttle Parking Systems
• Rotary Parking Systems
• Automated Valet Parking
• Robotic Parking Systems
• Stacker Parking Systems

By Technology

• Sensor-Based
• Camera-Based
• RFID-Based
• AI-Based
• IoT-Enabled
• Automated Guidance
• Cloud-Connected Systems

By Application

• Residential
• Commercial Buildings
• Airports
• Hospitals
• Shopping Centers
• Hotels
• Offices
• Public Parking

By End User

• Property Developers
• Parking Operators
• Government Authorities
• Commercial Enterprises
• Residential Communities
• Airports
• Hospitals

By Component

• Hardware
• Software
• Sensors
• Cameras
• Control Systems
• Payment Systems
• Mobile Applications