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Parking Robot

Parking Robot – Smart Robotic Valet Parking System
Parking Robot – Smart Robotic Valet Parking System
Parking Robot – Smart Robotic Valet Parking System
Parking Robot – Smart Robotic Valet Parking System
Parking Robot – Smart Robotic Valet Parking System
Parking Robot – Smart Robotic Valet Parking System
Parking Robot – Smart Robotic Valet Parking System
Parking Robot – Smart Robotic Valet Parking System
Parking Robot – Smart Robotic Valet Parking System
Parking Robot – Smart Robotic Valet Parking System
Parking Robot – Smart Robotic Valet Parking System
Parking Robot – Smart Robotic Valet Parking System
Parking Robot – Smart Robotic Valet Parking System
Parking Robot – Smart Robotic Valet Parking System
Parking Robot – Smart Robotic Valet Parking System
Parking Robot – Smart Robotic Valet Parking System
Parking Robot – Smart Robotic Valet Parking System
Parking Robot – Smart Robotic Valet Parking System

Parking Robot – Smart Robotic Valet Parking System

Autonomous Robot Parking & Distribution System — An Automated Mobility Platform
Marorobottech's smart parking robot is a robotic valet parking system: once the driver leaves the vehicle at the drop-off point, the robot automatically recognizes the vehicle and moves it to its designated space. Marorobottech was the first in Korea to c

Drop-off / Pick-up Process

Drop-off
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    Automatic license plate recognition
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    Automatic parking completed
Pick-up
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    Payment at exit
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    Vehicle automatically retrieved
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    Pick-up completed

Product Types

Pallet

Pallet Type

The vehicle is placed on a dedicated pallet, and the robot moves and parks the vehicle together with the pallet. Its stability has been verified through a demonstration at a public parking lot (Bucheon City).

Pallet-less

Pallet-less Type (Low-Profile)

Without a separate pallet, a low-profile robot drives under the vehicle and lifts it directly with a wing-type lifting mechanism. It has passed performance evaluations by an accredited testing institute (payload, max. speed, average parking time, 3-direction travel, robot height, and travel speed under load).

Key Specifications & Certifications

  • Low-profile robot model

    MP-3000

  • Max. Vehicle Weight

    2,200 kg or less (per the usage inspection certificate)

  • Applicable Safety Regulation

    MOLIT Notice No. 2022-529 (Regulations on Safety and Inspection Standards for Mechanical Parking Systems)

  • Key Certifications

    Mechanical Parking System Safety Certificate; Mechanical Parking System Usage Inspection Certificate (Bucheon City)

  • Performance Evaluation Items

    Payload, max. speed, average parking time, 3-direction travel, robot height, travel speed under load

Benefits
Case Study: Bupyeong Gulpo Food Town Parking Lot

After converting a conventional self-park facility into a smart robotic parking facility, the number of parking spaces in the same area increased by 50%, from 40 to 60.
Category Self-Park Facility Smart Robotic Parking Facility
Number of Parking Spaces 40 spaces (80 with two levels) 60 spaces (120 with two levels)
Civil Engineering Cost KRW 2.4 billion (based on a 2.7 m floor height) KRW 2.0 billion (based on a 2.4 m floor height)
Installation Cost KRW 50 million (mechanical type: KRW 140 million) KRW 810 million (5 robots deployed)
Cost per Space KRW 58 million KRW 43 million
Annual Operating Revenue (Estimated) KRW 530 million (KRW 35,000 × 30 days × 12 months × 42 spaces) KRW 810 million (KRW 35,000 × 30 days × 12 months × 64 spaces)
  • 50% more parking spaces (+20 spaces, from 40 to 60) for a permanent improvement in space efficiency
  • Lower civil engineering costs and higher operating revenue offset the initial investment
  • Deployment of 5 parking robots confirmed in March 2020; pilot operation ongoing to date

Domestic References

  • Bupyeong Gulpo Food Town

    40 → 60 spaces (50% efficiency gain); track record based on cumulative orders received

  • Gyenam Overpass Testbed

    20 → 26 spaces (30% efficiency gain)

  • LH Dongtan Parking Lot

    Public parking lot demonstration project

Pallet type

Bupyeong Public Parking Lot (Gulpo Food Town) — Actual Operating Site

Pallet type

LH Dongtan Parking Lot

Overseas Parking Robot Cases (Reference)

Category Düsseldorf Airport, Germany Lyon Airport, France Shopping Mall, Hangzhou, China
Start of Operation Since April 2016 Since March 2019 Since December 2018
Benefits Parking efficiency +40%, 190 spaces → 267 vehicles Parking efficiency +50%, low usage due to accessibility issues Parking efficiency +40%, relatively long retrieval time
Payload / Speed 3.3 tons / Max. 18 km/h 3 tons / Vehicles up to 5.5 m long 3 tons / Max. 3 km/h
Price (Reference) KRW 280 million (excl. shipping and customs) KRW 250 million (excl. shipping and customs) KRW 100 million (excl. shipping and customs)
* Overseas cases are reference data based on other manufacturers' products and do not represent Marorobottech's own specifications.

Robot Control System (RCS)

Marorobottech also provides its proprietary Robot Control System (RCS), which visualizes and controls the status of multiple parking robots and parking spaces in real time. It supports multi-task scheduling to handle vehicle drop-off and pick-up simultaneously, and it has been applied and operated reliably at the Bupyeong Gulpocheon Robotic Parking Facility.

RCS Image

RCS Screen — Real-Time Monitoring of Parking Spaces and Robot Status

  • Real-time visualization of vehicle occupancy for each parking space
  • Simultaneous scheduling of drop-off/pick-up tasks for multiple robots
  • Proven in operation at an actual site (Bupyeong Gulpocheon)

Corporate Credibility

  • The first company in Korea to commercialize a parking robot
  • T-2 technology rating from e-Credible; AA technology rating from KIBO (Korea Technology Finance Corporation)
  • Korea's first company approved under the government's Regulatory Sandbox
  • Rapid growth with a 5-year CAGR of 27.2%
  • More than 30 patents registered in Korea
    (including a vehicle parking system, a lifting robot/device for vehicle parking, a center-aligning wheelbase adjustment device for low-profile parking robots, a position correction system for pallet-type parking robots, and a parking robot with pallet posture correction means)

Summary of Benefits

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Space Efficiency

Increase the number of parking spaces by approximately 30–50% on the same site.

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Accident Prevention

Robotic valet parking prevents accidents such as door dings and theft that occur when people park vehicles themselves.

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Eco-Friendly Operation

Emission-free electric operation keeps enclosed spaces such as underground parking lots clean.

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Return on Investment

Lower civil engineering costs and higher operating revenue effectively offset the initial investment.