Korea Build Week Highlights 2025
MPSystem participated in the 2025 Korea Build Week held at KINTEX from February 19th to 22nd.
The event was a great success and ended on a positive note.
1. Unique Booth Experience
This year, our booth featured not only a large LED wall but also an AR experience. Through the AR experience, visitors were able to visualize the Duo Pro parking robot in real-time, giving them an interactive and engaging experience.
Many customers were impressed by the AR experience, allowing them to see the robot’s size and design firsthand. We received positive feedback for offering such a unique and immersive experience at our booth.
2. Efficient Robotic Parking Solution
A large number of visitors expressed interest in how our system could be applied to their ongoing projects. We provided detailed consultations and explanations, sharing valuable insights into our parking solutions and how they could be integrated into various settings.
See you next time!
Moving forward, we will continue to innovate and provide services that meet the evolving needs of our customers with cutting-edge parking solutions. We look forward to seeing you again soon!
Choosing the Right Parking Robot
At MPSystem, innovation drives our solutions in robotic parking.
This month, we break down the three main types of parking robots available in the market today – AGV, AMR, and Wired AGV – to help you understand their unique capabilities and best-fit use cases.
Robot Categories Compared – AGV, AMR vs. AGV (wired)
1. AGV, AMR
– Navigation Method: QR Code / Wire / Sensors / Magnetic Tape on Floor
– Power: Battery (3–4 hrs) Up to 20–30 cars
– Drop-off Capability: Yes
– Inter-Floor Movement: No
– Speed: Slow (e.g. 9 mins exit time)
– Commercialization: No
2. AGV (wired)
– Navigation Method: Pre-programmed Route
– Power: Wired – Continuous power supply
– Drop-off Capability: Yes, Auto Valet Parking (AVP)
– Inter-Floor Movement: Yes, Integrated with Delivery System
– Speed: Fast (2–2.5 mins average)
– Commercialization: Yes, Global References
Key Takeaways
Wired AGV is MPSystem’s flagship solution
– Fully commercialized and installed across various countries.
– Offers fast, accurate, and uninterrupted operation via predefined routes.
– Integrates with Delivery Systems to unlock full spatial efficiency.
– Minimizes cost as parking capacity scales, ensuring economic feasibility even in large-scale projects.
AGV and AMR are constrained by external factors
– QR code or sensor-based navigation is vulnerable to disruption.
– Both require significant infrastructure (e.g., ramps), which negates spatial benefits.
– High robot-to-vehicle ratio needed, increasing standby and maintenance costs.
Robotic Parking Systems as Strategic Investments
As urban density accelerates globally, the critical challenge has shifted from expansion to optimization. The question for developers and investors is no longer “Where do we build?” – but rather, “How do we maximize space and value?”
At MPSystem, we provide a definitive solution: robotic parking systems that not only solve logistical problems but also open
high-yield investment pathways.
More Than Parking: A Revenue Engine
Our robotic parking systems are engineered to deliver up to 70% greater space efficiency compared to traditional garages.
This substantial gain enables a higher vehicle count within the same footprint, translating into increased revenue per square foot – a critical metric in high-cost urban markets.
Proven Models to Monetize
1. Condo-Style Parking Sales
Selling robotic parking space as deeded condo units creates upfront revenue — as seen in Manhattan, where spaces sold for $350,000 to $495,000.
2. Premium Leasing Strategy
Robotic systems in global cities such as NYC, Tokyo, and London command 20–30% higher lease rates due to enhanced service, automation, and security.
3. Membership + Valet Parking
Offer differentiated, app-enabled access tiers and monthly plans for residential, office, or retail users seeking convenience, reliability, and speed.
Maximize Your Property’s Market Value
Robotic parking systems eliminate ramps, drive aisles, and excess clearances, allowing developers to reclaim and repurpose space into revenue-generating uses like residential units, amenities, or retail areas.
These systems also reduce operating costs through lower staffing, minimal energy use, and fewer maintenance demands – improving NOI and boosting valuations.
Additionally, they support ESG goals and help qualify for green incentives, making them an attractive feature for forward-thinking developments.
Trends in Parking Tech for 2025
As buildings go higher, streets get busier, and drivers go electric, developers need technology that keeps pace. Here are 3 key trends shaping the future of parking technology, and how MPSystem is already prepared to support them.
1. EV Integration with Robotic Parking
As EV adoption grows, developers must fit charging into limited parking space. Combining robotic parking systems with EV charging is becoming a preferred approach for maximizing both efficiency and sustainability.
MPSystem’s EV PowerLink combines robotic parking with smart charging – letting users park and charge in one step. It boosts efficiency, supports sustainability goals, and helps meet green certifications like LEED.
2. Robotic Valet Parking
In busy cities, where time is valuable, robotic parking eliminates the need to search for a space, navigate tight ramps, or queue at exits – offering a faster, smarter experience for both drivers and developers.
MPSystem’s Drop & Go platform allows users to simply leave their vehicle on a guided entry zone, from which the system automatically stores the car in a secure robotic facility – enhancing both convenience and operational safety.
3. Contactless & App-Based Access
Following the global shift toward touchless solutions, especially after the pandemic, contactless parking has become a standard expectation. Mobile-based access, digital payments, and automatic ticketing systems now define a smooth, secure parking experience.
At MPSystem, we’ve embedded this functionality into our technology by offering user-friendly authentication through fingerprint or RF card scanners, paired with a dedicated mobile application that enables convenient entry, exit, QR-code access, and reservations – all from a smartphone.
MPSystem continuously invests in innovation – refining our existing systems and developing new features to support the changing needs of urban environments. Whether you’re building smarter cities or upgrading existing properties, our technology is built to meet these new demands.
Parking Challenges in Central Asia: Opportunities for Innovation
Central Asia’s urban centers are growing fast – but their parking infrastructure isn’t keeping up. From everyday drivers to city planners, many are facing the same frustrating issues.
Key Parking Problems Across Central Asia:
1. Extreme climates
Reduce the reliability and lifespan of exposed parking infrastructure. Scorching summers, dusty winds.
2. Outdated Systems
Prone to frequent breakdowns and struggle with modern vehicle sizes.
3. Limited land
Traditional surface parking is inefficient or impossible in in dense city centers.
4. Visual Impact
Large open lots or aging structures lowers the aesthetic and real estate value of neighborhoods.
5. Safety Standards
Contribute to a high rate of accidents and vehicle damage, especially in open lots.
6. Traffic Congestion
In busy areas, drivers often spend 5–20 minutes circling to find a spot, which creates slow-moving traffic.
MPSystem offers a smarter, future-ready alternative.
Our robotic parking solutions are engineered to address the specific challenges of Central Asia:
– Fully enclosed systems protect vehicles from weather, dust, and vandalism.
– Enhance user experience with Drop & Go, an automated platform where drivers leave their vehicles, and the robots handle the rest.
– By stacking cars vertically, it offers a secure, efficient, and space-saving alternative to traditional parking.
– Modern, compact design that enhances urban aesthetics and developer appeal.
– Reliable, automated operation with minimal maintenance.
– EV-ready and future-proof infrastructure for smart cities
Take the Next Step
Be the first to bring advanced robotic parking to your region. With MPSystem, you don’t just solve parking – you unlock new value for real estate, cities, and drivers.
Robotic Parking That Outsmarts the Weather
In regions prone to extreme weather – from hailstorms and intense sunlight to freezing snow – traditional parking solutions often fall short in safeguarding vehicles. Frequent exposure to the elements can lead to costly damage, insurance claims, and diminished resale value.
1. High temperatures, Sun exposure
– Engines risk overheating if coolant levels drop.
– Batteries drain faster, as heat accelerates corrosion.
– Expanding air causes tire pressure spikes, sometimes leading to blowouts.
– Inside, UV rays fade upholstery, crack dashboards, and weaken leather.
2. Humidity, Rain
– Sensitive wiring and electronic systems are vulnerable to water intrusion.
– Excess water reduces tire grip, making it easier to lose control.
– Moisture seeps into tiny gaps, accelerating rust beneath the surface.
– Braking performance drops when components are wet.
3. Wind, Dust, Debris
– Road debris can scratch paint and cause windshield cracks.
– Pollen and dust may block the air intake system.
– A parked car exposed to dust storms ends up with hazy, dull windows and mirrors, making it unsafe until properly cleaned.
4. Low temperatures, Ice, Snow exposure
– In cold weather, batteries work harder, which increases the possibility of battery failing.
– Oil and transmission fluid can thicken, making it difficult for the engine to run normally.
– Moisture may freeze and cause damage.
– Cold air contracts, reducing tyre pressure and traction.
Traditional outdoor parking exposes vehicles to all these risks. MPSystem changes that.
Our fully enclosed robotic parking systems place cars inside a controlled environment – safe from heat, snow, rain, and dust. By removing exposure, MPSystem ensures:
– Your vehicle stays pristine.
– Maintenance costs tied to weather damage are minimized.
– Owners, businesses, and communities all benefit from better vehicle longevity and smoother operations.
Architects, If You Think Robotic Parking Is Only For High-end, You’re Leaving Value Behind!
When most people hear “robotic parking,” they often imagine luxury high-rise apartments or futuristic smart homes. But that’s only part of the story.
In reality, robotic parking is not about status – it’s about solutions that are making everyday spaces work better for everyone.
Robotic parking is a custom technology that fits into a wide range of building types, far beyond the luxury market – hospitals, shopping malls, offices, hotels, mixed-use buildings and even public parking.
No matter the setting, MPSystem is designed to adapt, optimize, and enhance the function of the space it serves.
Robotic Parking System Highlights
Robotic parking system goes beyond just parking cars, it’s about upgrading the entire building experience. Here’s how:
One of the standout features of MPSystem is the guided platform Drop & Go. In large quantities these platforms allow multiple vehicles to be dropped off simultaneously and without delays, especially during peak hours.
This means:
– No circling for parking
– No waiting for space
– No confusion about where to go
Visitors, staff, and emergency personnel can arrive, drop off, and proceed inside – fast and stress-free.
Traditional parking requires wide ramps, drive aisles, and turning space – all of which can consume up to 60% of the facility’s area, limiting the building’s overall usability.
MPSystem eliminates these inefficient elements and allows developers and architects to reallocate valuable real estate toward more productive uses, such as:
– Additional residential or commercial units
– Medical treatment rooms in hospitals
– Retail or amenity spaces in mixed-use complexes
– Green zones to enhance property appeal
The robotic parking system significantly elevates safety standards. Vehicles are stored in enclosed, access-controlled environments, significantly reducing the risk of theft, vandalism, or accidental damage.
No human entry into the parking area means no car accidents.
Robotic parking isn’t a luxury – it’s a forward-thinking infrastructure upgrade. It improves how buildings function.
Whether it’s a hospital saving space for more patient rooms or a shopping mall streamlining customer flow, MPSystem helps modern buildings operate smarter, safer, and more efficiently.
Still Wasting Time on Parking?
Every day, drivers waste more time than they realize circling for a spot. But have you ever stopped to calculate how much time people waste on parking? Let’s break it down.
Average daily parking time in major cities:
– Delhi – 40 min/day (Source: ABP Live News)
– Beijing – 30 min/day (Source: Focus ChinaDaily
– Kuala Lumpur – 25 min/day (Source: Journal of Physics)
– Sydney – 20 mind/day (Source: Parking Made Easy)
– Seoul – 20 min/day (Source: The Korea Times)
– New York – 17 min/day (Source: INRIX)
Time wasted on parking is time taken away from things that truly matter. Whether it’s starting the morning with a fresh coffee, finishing an important task, or simply arriving relaxed, those moments are far more valuable than driving in circles.
What Lost Parking Time Could Give Back:
For Businesses
– On-time arrivals: Employees spend less time circling for parking, meaning fewer late arrivals and smoother daily operations.
– Increased efficiency: Less stress at the start of the day gives employees more energy to dedicate to important tasks.
For People in General
– Quality family time: Extra minutes could be spent with children, partners, or loved ones.
– Health & wellness: More time for exercise, meditation, or simply a relaxed morning routine.
– Personal growth: Time saved can go into reading, learning, or skill development.
What MPSystem Delivers:
– Seamless guidance: Navigate straight to your spot, drop off and walk away. No more circling and searching for a free parking spot.
– Stress-free planning: Reserve or scan in advance, with real-time updates on your car’s retrieval status.
Robotic Parking Systems for Progressive Architecture
Architects face constant pressure: designs that unintentionally reduce project value, unexpected construction costs, limited land availability, and materials that don’t stand the test of time. These challenges don’t just complicate projects – they can define their success or failure.
What if you could turn your biggest challenge into your greatest asset?
MPSystem is a designer, manufacturer, and full-service provider of robotic parking systems, helping architects transform limitations into high-value solutions. At its core, MPSystem stands for safety and value, customized flexibility, and intelligent space optimization.
Why MPSystem in a Market Full of Options?
– Premium Service
We provide a free custom layout and fast, ongoing support at every step.
– Made in Korea
We control the quality of every component, which guarantees you a premium product.
– Installation & Maintenance
Our experts handles every aspect of installation, programming, and maintenance, ensuring a flawless operation for years.
– Future Proof Technology
Our system is designed to evolve with your project and your clients’ needs.
– Impressive ROI
Savings on space, construction, and higher property value make our systems more profitable long-term.
– Design for Your Portfolio
We create refined, welcoming designs that you will be proud to showcase in your portfolio.
With MPSystem, robotic parking becomes more than infrastructure. It becomes a design asset, a value driver, and a smart solution for modern architecture.
Delivery Systems | High-rise narrow buildings, Series 1/2
Every building is unique and so are its parking needs. The efficiency of any robotic parking facility depends on one crucial element: the delivery system. It determines how vehicles move, how quickly drivers are served, and how effectively space is utilized.
This time, let’s explore the delivery systems that are specifically designed for narrow high-rise buildings, where land availability is limited and space optimization is crucial.
1. MetroCL
Specification:
– Ideal for compact high-rise facilities where land is limited.
– Works on both steel and concrete.
– Vertical lifting combined with horizontal movement.
Project References:
(a) Type Building: Residential
Spaces: 243
Country: Thailand
(b) Type Building: Residential
Spaces: 132
Country: Thailand
(c) Type Building: Hospital
Spaces: 336
Country: Thailand
2. MetroNCL
Specification:
– Ideal for compact high-rise facilities where land is limited.
– More flexible than MetroCL.
– Works on both steel and concrete.
– Independent vertical lifting with multi-direction horizontal movement.
Project References:
(a) Type Building: Hotel
Spaces: 158
Country: Thailand
3. MetroCylinder
Specification:
– Ideal for buildings with circular area.
– Works on both steel and concrete.
– Simultaneous circular movement & vertical lifting
Project References:
(a) Type Building: Office
Spaces: 48
Country: Mexico
Delivery Systems | Buildings with large footprint, Series 2/2
Every building is unique and so are its parking needs. The efficiency of any robotic parking facility depends on one crucial element: the delivery system. It determines how vehicles move, how quickly drivers are served, and how effectively space is utilized.
This time, let’s explore the delivery systems that are specifically designed for buildings with a large footprint and low- to medium-height, which require intelligent space utilization.
1. MetroTrans
Specification:
– Ideal for spacious parking facilities and buildings with a large footprint and medium-height (height is a limitation).
– Works on both steel and concrete.
– Simultaneous horizontal movement & vertical lifting.
Project References:
(a) Type Building: Mixed-Use
Spaces: 250
Country: South Korea
(b) Type Building: Public Parking
Spaces: 900
Country: Egypt
(c) Type Building: Hotel
Spaces: 81
Country: Cambodia
2. MetroTrolley
Specification:
– Ideal for spacious parking facilities and buildings with a large footprint and low or medium-height.
– Works on both steel and concrete.
– Independent horizontal movement.
Project References:
(a) Type Building: Office
Spaces: 204
Country: Abu Dhabi
(b) Type Building: Residential
Spaces: 249
Country: Thailand
(c) Type Building: Residential
Spaces: 198
Country: Thailand
3. Lift
Specification:
– Ideal for spacious parking facilities and buildings with a large footprint and low or medium-height.
– Works on both steel and concrete.
– Vertical lifting with an option for Turning Lift.
Project References:
(a) Type Building: Office
Spaces: 62
Country: Abu Dhabi
(b) Type Building: Residential
Spaces: 249
Country: Thailand
Could You Be Our Next Partner?
Ever wondered who stands behind MPSystem’s global success?
At MPSystem, we are continuously expanding our global presence and actively seeking reliable partners worldwide to deliver cutting-edge robotic parking solutions.
Interested in partnering with MPSystem?
We welcome collaboration with:
• Elevator and lift companies • Project management & coordination consultants
• Design and planning consultants
• Building services consultants
• Sustainability & environmental solutions consultants
• Specialized technical consulting firms
• Entrepreneurial individuals
Our partnership model is built on:
• Trust
• Transparency
• Sustainable growth
What you gain as an MPSystem partner:
• 100% country exclusivity – full ownership of your market with no internal competition or overlapping agents
• Attractive and scalable margins, flexible pricing, and recurring revenue through maintenance and service contracts
• Comprehensive onboarding support, including free technical training for your team, delivered remotely or on-site
• A complete branded partner kit, including logos, project references, templates, and marketing banners
• Ongoing access to product updates, new developments, and R&D-driven customized solutions
If you’re ready to represent a future-focused technology and grow alongside a globally trusted brand, MPSystem is the right partner for you. Together, we can redefine urban mobility, optimize space, and deliver smarter parking solutions to cities around the world.
Top 5 Myths About Robotic Parking Systems?
As cities grow and space becomes more limited, robotic parking systems are transforming how people think about urban mobility. However, many misconceptions still surround this technology. Let’s clear them up.
1. Robotic parking is more expensive to build and maintain
Reality: While upfront costs may seem higher, robotic systems save in the long run through reduced excavation, no ramps or extra floors, faster construction, and lower energy and staffing costs – often making them equally or even more economical per space.
2. Robotic parking is complicated to use
Reality: Today’s systems are designed with user-friendly interfaces. Modern interfaces use step-by-step guidance and clear visual feedback, allowing both users and operators to manage the system easily.
3. Robotic Parking is slow
Reality: People often spend 10–15 minutes on traditional parking because of circling for a spot, squeezing into tight spaces, and walking long distances. In contrast, robotic parking systems handle all of this automatically – retrieving or parking your car in just 30–90 seconds, with no searching, no walking, and no stress.
4. Robotic parking is unreliable and prone to breakdowns
Reality: Properly designed robotic parking systems ensure reliable, uninterrupted operation. Built with redundancy, predictive maintenance, and remote monitoring, they protect vehicles from theft and damage common in traditional garages.
5. Robotic parking is only for luxury buildings or high-end projects.
Reality: Today’s robotic parking systems are highly scalable and adaptable to different project types. They’re no longer limited to luxury buildings – modular designs make it possible to integrate them into residential complexes, hospitals, office towers, shopping centers, and public parking areas.
The truth?
Robotic parking isn’t the future – it’s already here. MPSystem continues to push boundaries in efficiency, safety, and sustainability, helping cities and developers make the most of every square meter.
MPSystem is live on Architonic – explore space-saving layouts
Big News!
MPSystem has officially joined Architonic, the world’s leading platform for architecture and design inspiration.
Our new Architonic page brings MPSystem to life in one place – showcasing our products, design signatures, layouts, and a wide range of delivery system combinations. It’s a seamless way to explore how MPSystem solutions integrate into modern architectural environments.
Discover MPSystem anytime, anywhere.
Whether you’re on your computer, tablet, or smartphone, our Architonic page is designed for a smooth, intuitive experience – quick to access and easy to navigate.
Explore MPSystem on Architonic today.
AVP Robot Guidebook Launched in Korea | Industry’s First
In Korea, more and more architects have been asking:
-How does the system ensure safety for users and vehicles?
-What are the design rules and saferty standards?
-Are there any successful project examples I can look at?
-What’s the average parking time for one vehicle?
-How much space can I save with AVP compared to traditional parking?
-How does MPSystem‘s AVP robot parking actually work?
So – we listened
To make everything simple and clear, we created the AVP Robot Guidebook – all-in-one manual designed especially for architects and planners and proudly the first guide of its kind in the entire industry.
This guidebook answers the most frequently asked questions, including how our AVP robot parking system works, sample layout plans, design guidelines, detailed product descriptions, and our regulatory achievements. Everything you need, in one book.
Architects are loving it already.
We’ve already shared the first edition of the guidebook with architects across Korea – and the responses have been amazing.
-So practical – I can actually use this for my next project.
-It’s like having a parking expert sitting next to you.
-I didn’t realize automated parking could be this flexible.
-This guidebook answered all the questions I’ve had about robot parking.
-I didn’t realize automated parking could be this flexible.
-The visuals make everything so easy to understand.
-The layout examples are super helpful for real projects.
The Missing Piece of the Smart City – Robotic Parking
As the development of ‘smart cities’ accelerates both domestically and internationally, the efficient operation of urban spaces and the adoption of eco-friendly technologies have emerged as key priorities. However, there is one challenge that many cities have yet to solve – the inefficiency of parking spaces.
MPSystem’s robotic parking system goes beyond simple parking automation. It is recognized as a core technology that enhances the overall quality of urban infrastructure. With over 30 years of expertise and experience, we provide innovative parking solutions that maximize urban space utilization while minimizing environmental impact.
1. Maximum Space Efficiency (Tandem Parking)
Fully automated horizontal and vertical movement enables 2–3 times more vehicle capacity within the same area.
2. Eco-Friendly & Low-Noise Design
Automatic parking and retrieval systems eliminate idling, minimizing exhaust emissions and noise.
3. Smart Management System
IoT-based control technology allows real-time monitoring, fault diagnostics, and remote operation.
4. Customizable Design
Optimized structural designs for various building types – residential complexes, offices, and mixed-use facilities.
MPSystem is more than a technology provider — we are a partner in shaping the future of smart cities. With a parking system that meets both urban efficiency and user convenience, we are building a smarter and safer urban environment.
2025 RECAP
In 2025, MPSystem continued turning vision into reality. Through innovation, collaboration, and real-world implementation, we took meaningful steps toward smarter urban mobility.
Guidebook
To simplify and clarify robotic parking planning, MPSystem launched the AVP Robot Guidebook in the Korean market – a first-of-its-kind guide in the industry.
Created for architects and planners, the guidebook answers key questions on:
– System operation
– Layout examples
– Design guidelines
– Product details
– Regulatory compliance
– All in one comprehensive reference.
Projects
One of the year’s most significant achievements was the successful completion of a residential project in Seoul, South Korea.
Partnering with Hyundai Engineering & Construction, MPSystem delivered a fully automated robotic parking system for Hillstate Jangan-dong Rabonita, a high-end residential complex in a prime urban location.
Alongside the completed project, MPSystem continues to work on ongoing projects across the world.
Events
In 2025, MPSystem strengthened its industry presence through participation in major EXPOs:
– Korea Build Week
– The Korea Architecture Fair & Festival
These events provided valuable opportunities to present our robotic parking solutions, connect with architects and developers, and engage in conversations shaping the future of smart urban environments.
Seminars
Education and professional collaboration were central priorities in 2025. MPSystem successfully conducted:
– 4 seminars for architects in Korea
– 1 seminar in Malaysia
where we introduced MPSystem’s solutions and products, explained system operations, and highlighted key benefits.
Each session featured focused discussion and Q&A, enabling productive exchange with industry professionals.
Architonic
In 2025, MPSystem became part of Architonic, the leading platform for architecture and design. Now architects, planners, and developers can easily explore:
– explore product information
– compare different delivery systems
– review various layout configurations
This supports more efficient and informed project planning.
As we move forward, MPSystem remains committed to advancing automation, improving urban efficiency, and supporting smarter architectural design. We look ahead with confidence and enthusiasm for what’s next.
What if parking evolved with the homes we build today?
MPSystem is marking a significant step forward in the evolution of smart mobility in South Korea, especially in a residential environment.
Together with Hyundai Engineering & Construction, we are introducing fully automated robotic parking system to an exclusive residential project in the heart of Seoul.
Project Profile:
-Location: Seoul, South Korea
-Building Type: Residence
-Completion: 2025.10
-Delivery System: Turning Trolley
-Parking Spaces: 102
-Robot Type: Duo Pro
This project is especially significant because it arrives at a pivotal moment in South Korea’s policy landscape. For the first time, there is a possibility of introducing robotic parking into apartment complexes, directly tied to the Ministry of Land, Infrastructure and Transport’s revised “Parking and Building Standards,” scheduled to take effect in December 2025.
Hyundai Engineering & Construction collaboration demonstrates how AVP robotics can be safely integrated into dense housing environments, addressing urban parking shortages while eliminating risks of human error, collisions, and mechanical-system bottlenecks.
MPSystem is marking a significant step forward in the evolution of smart mobility in South Korea, especially in a residential environment.
Together with Hyundai Engineering & Construction, we are introducing fully automated robotic parking system to Hillstate Jangan-dong Rabonita – an exclusive residential project in the heart of Seoul.
Project Profile:
-Location: Seoul, South Korea
-Building Type: Residence
-Completion: 2025.10
-Delivery System: Turning Trolley
-Parking Spaces: 102
-Robot Type: Duo Pro
This project is especially significant because it arrives at a pivotal moment in South Korea’s policy landscape. For the first time, there is a possibility of introducing robotic parking into apartment complexes, directly tied to the Ministry of Land, Infrastructure and Transport’s revised “Parking and Building Standards,” scheduled to take effect in December 2025.
Hyundai Engineering & Construction collaboration demonstrates
how AVP robotics can be safely integrated into dense housing environments, addressing urban parking shortages while eliminating risks of human error, collisions, and mechanical-system bottlenecks.
In 2025, MPSystem continued turning vision into reality. Through innovation, collaboration, and real-world implementation, we took meaningful steps toward smarter urban mobility.
Guidebook
To simplify and clarify robotic parking planning, MPSystem launched the AVP Robot Guidebook in the Korean market – a first-of-its-kind guide in the industry.
Created for architects and planners, the guidebook answers key questions on:
system operation
layout examples
design guidelines
product details
regulatory compliance
All in one comprehensive reference.
Projects
One of the year’s most significant achievements was the successful completion of a residential project in Seoul, South Korea.
Partnering with Hyundai Engineering & Construction, MPSystem delivered a fully automated robotic parking system for Hillstate Jangan-dong Rabonita, a high-end residential complex in a prime urban location.
Alongside the completed project, MPSystem continues to work on ongoing projects across the world.
Events
In 2025, MPSystem strengthened its industry presence through participation in major EXPOs:
Korea Build Week
The Korea Architecture Fair & Festival
These events provided valuable opportunities to present our robotic parking solutions, connect with architects and developers, and engage in conversations shaping the future of smart urban environments.
Seminars
Education and professional collaboration were central priorities in 2025. MPSystem successfully conducted:
4 seminars for architects in Korea
1 seminar in Malaysia
where we introduced MPSystem’s solutions and products, explained system operations, and highlighted key benefits.
Each session featured focused discussion and Q&A, enabling productive exchange with industry professionals.
MPSystem is marking a significant step forward in the evolution of smart mobility in South Korea, especially in a residential environment.
Together with Hyundai Engineering & Construction, we are introducing fully automated robotic parking system to Hillstate Jangan-dong Rabonita – an exclusive residential project in the heart of Seoul.
Project Profile:
-Location: Seoul, South Korea
-Building Type: Residence
-Completion: 2025.10
-Delivery System: Turning Trolley
-Parking Spaces: 102
-Robot Type: Duo Pro
This project is especially significant because it arrives at a pivotal moment in South Korea’s policy landscape. For the first time, there is a possibility of introducing robotic parking into apartment complexes, directly tied to the Ministry of Land, Infrastructure and Transport’s revised “Parking and Building Standards,” scheduled to take effect in December 2025.
Hyundai Engineering & Construction collaboration demonstrates
how AVP robotics can be safely integrated into dense housing environments, addressing urban parking shortages while eliminating risks of human error, collisions, and mechanical-system bottlenecks.
In 2025, MPSystem continued turning vision into reality. Through innovation, collaboration, and real-world implementation, we took meaningful steps toward smarter urban mobility.
Guidebook
To simplify and clarify robotic parking planning, MPSystem launched the AVP Robot Guidebook in the Korean market – a first-of-its-kind guide in the industry.
Created for architects and planners, the guidebook answers key questions on:
system operation
layout examples
design guidelines
product details
regulatory compliance
All in one comprehensive reference.
Projects
One of the year’s most significant achievements was the successful completion of a residential project in Seoul, South Korea.
Partnering with Hyundai Engineering & Construction, MPSystem delivered a fully automated robotic parking system for Hillstate Jangan-dong Rabonita, a high-end residential complex in a prime urban location.
Alongside the completed project, MPSystem continues to work on ongoing projects across the world.
Events
In 2025, MPSystem strengthened its industry presence through participation in major EXPOs:
Korea Build Week
The Korea Architecture Fair & Festival
These events provided valuable opportunities to present our robotic parking solutions, connect with architects and developers, and engage in conversations shaping the future of smart urban environments.
Seminars
Education and professional collaboration were central priorities in 2025. MPSystem successfully conducted:
4 seminars for architects in Korea
1 seminar in Malaysia
where we introduced MPSystem’s solutions and products, explained system operations, and highlighted key benefits.
Each session featured focused discussion and Q&A, enabling productive exchange with industry professionals.
MPSystem is marking a significant step forward in the evolution of smart mobility in South Korea, especially in a residential environment.
Together with Hyundai Engineering & Construction, we are introducing fully automated robotic parking system to Hillstate Jangan-dong Rabonita – an exclusive residential project in the heart of Seoul.
Project Profile:
-Location: Seoul, South Korea
-Building Type: Residence
-Completion: 2025.10
-Delivery System: Turning Trolley
-Parking Spaces: 102
-Robot Type: Duo Pro
This project is especially significant because it arrives at a pivotal moment in South Korea’s policy landscape. For the first time, there is a possibility of introducing robotic parking into apartment complexes, directly tied to the Ministry of Land, Infrastructure and Transport’s revised “Parking and Building Standards,” scheduled to take effect in December 2025.
Hyundai Engineering & Construction collaboration demonstrates
how AVP robotics can be safely integrated into dense housing environments, addressing urban parking shortages while eliminating risks of human error, collisions, and mechanical-system bottlenecks.
In 2025, MPSystem continued turning vision into reality. Through innovation, collaboration, and real-world implementation, we took meaningful steps toward smarter urban mobility.
Guidebook
To simplify and clarify robotic parking planning, MPSystem launched the AVP Robot Guidebook in the Korean market – a first-of-its-kind guide in the industry.
Created for architects and planners, the guidebook answers key questions on:
system operation
layout examples
design guidelines
product details
regulatory compliance
All in one comprehensive reference.
Projects
One of the year’s most significant achievements was the successful completion of a residential project in Seoul, South Korea.
Partnering with Hyundai Engineering & Construction, MPSystem delivered a fully automated robotic parking system for Hillstate Jangan-dong Rabonita, a high-end residential complex in a prime urban location.
Alongside the completed project, MPSystem continues to work on ongoing projects across the world.
Events
In 2025, MPSystem strengthened its industry presence through participation in major EXPOs:
Korea Build Week
The Korea Architecture Fair & Festival
These events provided valuable opportunities to present our robotic parking solutions, connect with architects and developers, and engage in conversations shaping the future of smart urban environments.
Seminars
Education and professional collaboration were central priorities in 2025. MPSystem successfully conducted:
4 seminars for architects in Korea
1 seminar in Malaysia
where we introduced MPSystem’s solutions and products, explained system operations, and highlighted key benefits.
Each session featured focused discussion and Q&A, enabling productive exchange with industry professionals.
MPSystem is marking a significant step forward in the evolution of smart mobility in South Korea, especially in a residential environment.
Together with Hyundai Engineering & Construction, we are introducing fully automated robotic parking system to Hillstate Jangan-dong Rabonita – an exclusive residential project in the heart of Seoul.
Project Profile:
-Location: Seoul, South Korea
-Building Type: Residence
-Completion: 2025.10
-Delivery System: Turning Trolley
-Parking Spaces: 102
-Robot Type: Duo Pro
This project is especially significant because it arrives at a pivotal moment in South Korea’s policy landscape. For the first time, there is a possibility of introducing robotic parking into apartment complexes, directly tied to the Ministry of Land, Infrastructure and Transport’s revised “Parking and Building Standards,” scheduled to take effect in December 2025.
Hyundai Engineering & Construction collaboration demonstrates
how AVP robotics can be safely integrated into dense housing environments, addressing urban parking shortages while eliminating risks of human error, collisions, and mechanical-system bottlenecks.
In 2025, MPSystem continued turning vision into reality. Through innovation, collaboration, and real-world implementation, we took meaningful steps toward smarter urban mobility.
Guidebook
To simplify and clarify robotic parking planning, MPSystem launched the AVP Robot Guidebook in the Korean market – a first-of-its-kind guide in the industry.
Created for architects and planners, the guidebook answers key questions on:
system operation
layout examples
design guidelines
product details
regulatory compliance
All in one comprehensive reference.
Projects
One of the year’s most significant achievements was the successful completion of a residential project in Seoul, South Korea.
Partnering with Hyundai Engineering & Construction, MPSystem delivered a fully automated robotic parking system for Hillstate Jangan-dong Rabonita, a high-end residential complex in a prime urban location.
Alongside the completed project, MPSystem continues to work on ongoing projects across the world.
Events
In 2025, MPSystem strengthened its industry presence through participation in major EXPOs:
Korea Build Week
The Korea Architecture Fair & Festival
These events provided valuable opportunities to present our robotic parking solutions, connect with architects and developers, and engage in conversations shaping the future of smart urban environments.
Seminars
Education and professional collaboration were central priorities in 2025. MPSystem successfully conducted:
4 seminars for architects in Korea
1 seminar in Malaysia
where we introduced MPSystem’s solutions and products, explained system operations, and highlighted key benefits.
Each session featured focused discussion and Q&A, enabling productive exchange with industry professionals.
MPSystem is marking a significant step forward in the evolution of smart mobility in South Korea, especially in a residential environment.
Together with Hyundai Engineering & Construction, we are introducing fully automated robotic parking system to Hillstate Jangan-dong Rabonita – an exclusive residential project in the heart of Seoul.
Project Profile:
-Location: Seoul, South Korea
-Building Type: Residence
-Completion: 2025.10
-Delivery System: Turning Trolley
-Parking Spaces: 102
-Robot Type: Duo Pro
This project is especially significant because it arrives at a pivotal moment in South Korea’s policy landscape. For the first time, there is a possibility of introducing robotic parking into apartment complexes, directly tied to the Ministry of Land, Infrastructure and Transport’s revised “Parking and Building Standards,” scheduled to take effect in December 2025.
Hyundai Engineering & Construction collaboration demonstrates
how AVP robotics can be safely integrated into dense housing environments, addressing urban parking shortages while eliminating risks of human error, collisions, and mechanical-system bottlenecks.
In 2025, MPSystem continued turning vision into reality. Through innovation, collaboration, and real-world implementation, we took meaningful steps toward smarter urban mobility.
Guidebook
To simplify and clarify robotic parking planning, MPSystem launched the AVP Robot Guidebook in the Korean market – a first-of-its-kind guide in the industry.
Created for architects and planners, the guidebook answers key questions on:
system operation
layout examples
design guidelines
product details
regulatory compliance
All in one comprehensive reference.
Projects
One of the year’s most significant achievements was the successful completion of a residential project in Seoul, South Korea.
Partnering with Hyundai Engineering & Construction, MPSystem delivered a fully automated robotic parking system for Hillstate Jangan-dong Rabonita, a high-end residential complex in a prime urban location.
Alongside the completed project, MPSystem continues to work on ongoing projects across the world.
Events
In 2025, MPSystem strengthened its industry presence through participation in major EXPOs:
Korea Build Week
The Korea Architecture Fair & Festival
These events provided valuable opportunities to present our robotic parking solutions, connect with architects and developers, and engage in conversations shaping the future of smart urban environments.
Seminars
Education and professional collaboration were central priorities in 2025. MPSystem successfully conducted:
4 seminars for architects in Korea
1 seminar in Malaysia
where we introduced MPSystem’s solutions and products, explained system operations, and highlighted key benefits.
Each session featured focused discussion and Q&A, enabling productive exchange with industry professionals.
MPSystem is marking a significant step forward in the evolution of smart mobility in South Korea, especially in a residential environment.
Together with Hyundai Engineering & Construction, we are introducing fully automated robotic parking system to Hillstate Jangan-dong Rabonita – an exclusive residential project in the heart of Seoul.
Project Profile:
-Location: Seoul, South Korea
-Building Type: Residence
-Completion: 2025.10
-Delivery System: Turning Trolley
-Parking Spaces: 102
-Robot Type: Duo Pro
This project is especially significant because it arrives at a pivotal moment in South Korea’s policy landscape. For the first time, there is a possibility of introducing robotic parking into apartment complexes, directly tied to the Ministry of Land, Infrastructure and Transport’s revised “Parking and Building Standards,” scheduled to take effect in December 2025.
Hyundai Engineering & Construction collaboration demonstrates
how AVP robotics can be safely integrated into dense housing environments, addressing urban parking shortages while eliminating risks of human error, collisions, and mechanical-system bottlenecks.
In 2025, MPSystem continued turning vision into reality. Through innovation, collaboration, and real-world implementation, we took meaningful steps toward smarter urban mobility.
Guidebook
To simplify and clarify robotic parking planning, MPSystem launched the AVP Robot Guidebook in the Korean market – a first-of-its-kind guide in the industry.
Created for architects and planners, the guidebook answers key questions on:
system operation
layout examples
design guidelines
product details
regulatory compliance
All in one comprehensive reference.
Projects
One of the year’s most significant achievements was the successful completion of a residential project in Seoul, South Korea.
Partnering with Hyundai Engineering & Construction, MPSystem delivered a fully automated robotic parking system for Hillstate Jangan-dong Rabonita, a high-end residential complex in a prime urban location.
Alongside the completed project, MPSystem continues to work on ongoing projects across the world.
Events
In 2025, MPSystem strengthened its industry presence through participation in major EXPOs:
Korea Build Week
The Korea Architecture Fair & Festival
These events provided valuable opportunities to present our robotic parking solutions, connect with architects and developers, and engage in conversations shaping the future of smart urban environments.
Seminars
Education and professional collaboration were central priorities in 2025. MPSystem successfully conducted:
4 seminars for architects in Korea
1 seminar in Malaysia
where we introduced MPSystem’s solutions and products, explained system operations, and highlighted key benefits.
Each session featured focused discussion and Q&A, enabling productive exchange with industry professionals.
MPSystem is marking a significant step forward in the evolution of smart mobility in South Korea, especially in a residential environment.
Together with Hyundai Engineering & Construction, we are introducing fully automated robotic parking system to Hillstate Jangan-dong Rabonita – an exclusive residential project in the heart of Seoul.
Project Profile:
-Location: Seoul, South Korea
-Building Type: Residence
-Completion: 2025.10
-Delivery System: Turning Trolley
-Parking Spaces: 102
-Robot Type: Duo Pro
This project is especially significant because it arrives at a pivotal moment in South Korea’s policy landscape. For the first time, there is a possibility of introducing robotic parking into apartment complexes, directly tied to the Ministry of Land, Infrastructure and Transport’s revised “Parking and Building Standards,” scheduled to take effect in December 2025.
Hyundai Engineering & Construction collaboration demonstrates
how AVP robotics can be safely integrated into dense housing environments, addressing urban parking shortages while eliminating risks of human error, collisions, and mechanical-system bottlenecks.
In 2025, MPSystem continued turning vision into reality. Through innovation, collaboration, and real-world implementation, we took meaningful steps toward smarter urban mobility.
Guidebook
To simplify and clarify robotic parking planning, MPSystem launched the AVP Robot Guidebook in the Korean market – a first-of-its-kind guide in the industry.
Created for architects and planners, the guidebook answers key questions on:
system operation
layout examples
design guidelines
product details
regulatory compliance
All in one comprehensive reference.
Projects
One of the year’s most significant achievements was the successful completion of a residential project in Seoul, South Korea.
Partnering with Hyundai Engineering & Construction, MPSystem delivered a fully automated robotic parking system for Hillstate Jangan-dong Rabonita, a high-end residential complex in a prime urban location.
Alongside the completed project, MPSystem continues to work on ongoing projects across the world.
Events
In 2025, MPSystem strengthened its industry presence through participation in major EXPOs:
Korea Build Week
The Korea Architecture Fair & Festival
These events provided valuable opportunities to present our robotic parking solutions, connect with architects and developers, and engage in conversations shaping the future of smart urban environments.
Seminars
Education and professional collaboration were central priorities in 2025. MPSystem successfully conducted:
4 seminars for architects in Korea
1 seminar in Malaysia
where we introduced MPSystem’s solutions and products, explained system operations, and highlighted key benefits.
Each session featured focused discussion and Q&A, enabling productive exchange with industry professionals.
MPSystem is marking a significant step forward in the evolution of smart mobility in South Korea, especially in a residential environment.
Together with Hyundai Engineering & Construction, we are introducing fully automated robotic parking system to Hillstate Jangan-dong Rabonita – an exclusive residential project in the heart of Seoul.
Project Profile:
-Location: Seoul, South Korea
-Building Type: Residence
-Completion: 2025.10
-Delivery System: Turning Trolley
-Parking Spaces: 102
-Robot Type: Duo Pro
This project is especially significant because it arrives at a pivotal moment in South Korea’s policy landscape. For the first time, there is a possibility of introducing robotic parking into apartment complexes, directly tied to the Ministry of Land, Infrastructure and Transport’s revised “Parking and Building Standards,” scheduled to take effect in December 2025.
Hyundai Engineering & Construction collaboration demonstrates
how AVP robotics can be safely integrated into dense housing environments, addressing urban parking shortages while eliminating risks of human error, collisions, and mechanical-system bottlenecks.
In 2025, MPSystem continued turning vision into reality. Through innovation, collaboration, and real-world implementation, we took meaningful steps toward smarter urban mobility.
Guidebook
To simplify and clarify robotic parking planning, MPSystem launched the AVP Robot Guidebook in the Korean market – a first-of-its-kind guide in the industry.
Created for architects and planners, the guidebook answers key questions on:
system operation
layout examples
design guidelines
product details
regulatory compliance
All in one comprehensive reference.
Projects
One of the year’s most significant achievements was the successful completion of a residential project in Seoul, South Korea.
Partnering with Hyundai Engineering & Construction, MPSystem delivered a fully automated robotic parking system for Hillstate Jangan-dong Rabonita, a high-end residential complex in a prime urban location.
Alongside the completed project, MPSystem continues to work on ongoing projects across the world.
Events
In 2025, MPSystem strengthened its industry presence through participation in major EXPOs:
Korea Build Week
The Korea Architecture Fair & Festival
These events provided valuable opportunities to present our robotic parking solutions, connect with architects and developers, and engage in conversations shaping the future of smart urban environments.
Seminars
Education and professional collaboration were central priorities in 2025. MPSystem successfully conducted:
4 seminars for architects in Korea
1 seminar in Malaysia
where we introduced MPSystem’s solutions and products, explained system operations, and highlighted key benefits.
Each session featured focused discussion and Q&A, enabling productive exchange with industry professionals.
MPSystem is marking a significant step forward in the evolution of smart mobility in South Korea, especially in a residential environment.
Together with Hyundai Engineering & Construction, we are introducing fully automated robotic parking system to Hillstate Jangan-dong Rabonita – an exclusive residential project in the heart of Seoul.
Project Profile:
-Location: Seoul, South Korea
-Building Type: Residence
-Completion: 2025.10
-Delivery System: Turning Trolley
-Parking Spaces: 102
-Robot Type: Duo Pro
This project is especially significant because it arrives at a pivotal moment in South Korea’s policy landscape. For the first time, there is a possibility of introducing robotic parking into apartment complexes, directly tied to the Ministry of Land, Infrastructure and Transport’s revised “Parking and Building Standards,” scheduled to take effect in December 2025.
Hyundai Engineering & Construction collaboration demonstrates
how AVP robotics can be safely integrated into dense housing environments, addressing urban parking shortages while eliminating risks of human error, collisions, and mechanical-system bottlenecks.
In 2025, MPSystem continued turning vision into reality. Through innovation, collaboration, and real-world implementation, we took meaningful steps toward smarter urban mobility.
Guidebook
To simplify and clarify robotic parking planning, MPSystem launched the AVP Robot Guidebook in the Korean market – a first-of-its-kind guide in the industry.
Created for architects and planners, the guidebook answers key questions on:
system operation
layout examples
design guidelines
product details
regulatory compliance
All in one comprehensive reference.
Projects
One of the year’s most significant achievements was the successful completion of a residential project in Seoul, South Korea.
Partnering with Hyundai Engineering & Construction, MPSystem delivered a fully automated robotic parking system for Hillstate Jangan-dong Rabonita, a high-end residential complex in a prime urban location.
Alongside the completed project, MPSystem continues to work on ongoing projects across the world.
Events
In 2025, MPSystem strengthened its industry presence through participation in major EXPOs:
Korea Build Week
The Korea Architecture Fair & Festival
These events provided valuable opportunities to present our robotic parking solutions, connect with architects and developers, and engage in conversations shaping the future of smart urban environments.
Seminars
Education and professional collaboration were central priorities in 2025. MPSystem successfully conducted:
4 seminars for architects in Korea
1 seminar in Malaysia
where we introduced MPSystem’s solutions and products, explained system operations, and highlighted key benefits.
Each session featured focused discussion and Q&A, enabling productive exchange with industry professionals.
Could You Be Our Next Partner?
Ever wondered who stands behind MPSystem’s global success?
At MPSystem, we are continuously expanding our global presence and actively seeking reliable partners worldwide to deliver cutting-edge robotic parking solutions.
Interested in partnering with MPSystem?
We welcome collaboration with:
• Elevator and lift companies • Project management & coordination consultants • Design and planning consultants • Building services consultants • Sustainability & environmental solutions consultants • Specialized technical consulting firms • Entrepreneurial individuals
Our partnership model is built on:
• Trust • Transparency • Sustainable growth
What you gain as an MPSystem partner: • 100% country exclusivity – full ownership of your market with no internal competition or overlapping agents • Attractive and scalable margins, flexible pricing, and recurring revenue through maintenance and service contracts • Comprehensive onboarding support, including free technical training for your team, delivered remotely or on-site • A complete branded partner kit, including logos, project references, templates, and marketing banners • Ongoing access to product updates, new developments, and R&D-driven customized solutions
If you’re ready to represent a future-focused technology and grow alongside a globally trusted brand, MPSystem is the right partner for you. Together, we can redefine urban mobility, optimize space, and deliver smarter parking solutions to cities around the world.
AVP Robot Guidebook Launched in Korea | Industry’s First
In Korea, more and more architects have been asking:
-How does the system ensure safety for users and vehicles?
-What are the design rules and saferty standards?
-Are there any successful project examples I can look at?
-What’s the average parking time for one vehicle?
-How much space can I save with AVP compared to traditional parking?
-How does MPSystem‘s AVP robot parking actually work?
So – we listened
To make everything simple and clear, we created the AVP Robot Guidebook – all-in-one manual designed especially for architects and planners and proudly the first guide of its kind in the entire industry.
This guidebook answers the most frequently asked questions, including how our AVP robot parking system works, sample layout plans, design guidelines, detailed product descriptions, and our regulatory achievements. Everything you need, in one book.
Architects are loving it already.
We’ve already shared the first edition of the guidebook with architects across Korea – and the responses have been amazing.
-So practical – I can actually use this for my next project.
-It’s like having a parking expert sitting next to you.
-I didn’t realize automated parking could be this flexible.
-This guidebook answered all the questions I’ve had about robot parking.
-I didn’t realize automated parking could be this flexible.
-The visuals make everything so easy to understand.
-The layout examples are super helpful for real projects.
The Missing Piece of the Smart City – Robotic Parking
As the development of ‘smart cities’ accelerates both domestically and internationally, the efficient operation of urban spaces and the adoption of eco-friendly technologies have emerged as key priorities. However, there is one challenge that many cities have yet to solve – the inefficiency of parking spaces.
MPSystem’s robotic parking system goes beyond simple parking automation. It is recognized as a core technology that enhances the overall quality of urban infrastructure. With over 30 years of expertise and experience, we provide innovative parking solutions that maximize urban space utilization while minimizing environmental impact.
1. Maximum Space Efficiency (Tandem Parking)
Fully automated horizontal and vertical movement enables 2–3 times more vehicle capacity within the same area.
2. Eco-Friendly & Low-Noise Design
Automatic parking and retrieval systems eliminate idling, minimizing exhaust emissions and noise.
3. Smart Management System
IoT-based control technology allows real-time monitoring, fault diagnostics, and remote operation.
4. Customizable Design
Optimized structural designs for various building types – residential complexes, offices, and mixed-use facilities.
MPSystem is more than a technology provider — we are a partner in shaping the future of smart cities. With a parking system that meets both urban efficiency and user convenience, we are building a smarter and safer urban environment.
2025 RECAP
In 2025, MPSystem continued turning vision into reality. Through innovation, collaboration, and real-world implementation, we took meaningful steps toward smarter urban mobility.
Guidebook
To simplify and clarify robotic parking planning, MPSystem launched the AVP Robot Guidebook in the Korean market – a first-of-its-kind guide in the industry.
Created for architects and planners, the guidebook answers key questions on:
– System operation
– Layout examples
– Design guidelines
– Product details
– Regulatory compliance
– All in one comprehensive reference.
Projects
One of the year’s most significant achievements was the successful completion of a residential project in Seoul, South Korea.
Partnering with Hyundai Engineering & Construction, MPSystem delivered a fully automated robotic parking system for Hillstate Jangan-dong Rabonita, a high-end residential complex in a prime urban location.
Alongside the completed project, MPSystem continues to work on ongoing projects across the world.
Events
In 2025, MPSystem strengthened its industry presence through participation in major EXPOs:
– Korea Build Week
– The Korea Architecture Fair & Festival
These events provided valuable opportunities to present our robotic parking solutions, connect with architects and developers, and engage in conversations shaping the future of smart urban environments.
Seminars
Education and professional collaboration were central priorities in 2025. MPSystem successfully conducted:
– 4 seminars for architects in Korea
– 1 seminar in Malaysia
where we introduced MPSystem’s solutions and products, explained system operations, and highlighted key benefits.
Each session featured focused discussion and Q&A, enabling productive exchange with industry professionals.
Architonic
In 2025, MPSystem became part of Architonic, the leading platform for architecture and design. Now architects, planners, and developers can easily explore:
– explore product information
– compare different delivery systems
– review various layout configurations
This supports more efficient and informed project planning.
As we move forward, MPSystem remains committed to advancing automation, improving urban efficiency, and supporting smarter architectural design. We look ahead with confidence and enthusiasm for what’s next.
What if parking evolved with the homes we build today?
MPSystem is marking a significant step forward in the evolution of smart mobility in South Korea, especially in a residential environment.
Together with Hyundai Engineering & Construction, we are introducing fully automated robotic parking system to an exclusive residential project in the heart of Seoul.
Project Profile:
-Location: Seoul, South Korea
-Building Type: Residence
-Completion: 2025.10
-Delivery System: Turning Trolley
-Parking Spaces: 102
-Robot Type: Duo Pro
This project is especially significant because it arrives at a pivotal moment in South Korea’s policy landscape. For the first time, there is a possibility of introducing robotic parking into apartment complexes, directly tied to the Ministry of Land, Infrastructure and Transport’s revised “Parking and Building Standards,” scheduled to take effect in December 2025.
Hyundai Engineering & Construction collaboration demonstrates how AVP robotics can be safely integrated into dense housing environments, addressing urban parking shortages while eliminating risks of human error, collisions, and mechanical-system bottlenecks.
