Parking is the part of driving nobody misses. HL Robotics wants a robot to do it for you – outside, in a full-size lot, in Korean weather. The company will unveil STAN, its outdoor autonomous parking robot, at the 32nd ITS World Congress in Gangneung from October 19 to 23, in what it calls the robot’s official Korean debut.
HL Robotics, a wholly owned subsidiary of HL Holdings, describes STAN as the world’s first outdoor autonomous parking robot. That claim has a history behind it: STAN has accumulated years of operating experience at overseas airports and railway logistics sites, where outdoor lots are vast, turnover is constant and a misplaced car is a missed flight. Gangneung is the homecoming – the first time Korean visitors can watch it work on home soil.
Two robots, one hockey centre car park
The demonstration is deliberately complete. At the parking lot of the Gangneung Hockey Centre, two STAN robots will run the entire automated parking process in public: vehicle drop-off, storage and retrieval. A driver leaves the car at a drop point. The robot slides underneath, lifts it, and carries it to a space. When the owner returns, the robot brings it back. No circling, no tight ramps, no doors dinged by a neighbour who parked too close – because the spacing is set by a machine that measures in centimetres.
Outdoor is the hard part, and it is worth pausing on why. Indoor parking robots work on smooth concrete, under a roof, in predictable light. An outdoor lot adds rain, glare, puddles, worn markings, wind and surfaces that change with the seasons. A robot that parks cars outside has to read all of that while carrying several tons of someone else’s property. That is a different engineering problem, and it is the one STAN was built for.
HL Robotics will also show the system behind the robots: an integrated control platform built on digital twin technology. The physical lot is mirrored as a virtual model, so operators can monitor robot and vehicle locations, travel paths and task status together, in real time. When several robots work at once, the system coordinates their routes and tasks to cut collision risk and keep the lot flowing. Think air traffic control, at walking pace, for cars that are not being driven.
Why Korea, why now
Chief executive Kim Yoon-ki made the market case plainly: parking robots in South Korea have so far been introduced and commercialised mainly for indoor use, but outdoor parking is a major segment of the market too. Airports, ports, logistics hubs and large venues all park cars outside, at scale. HL Robotics says it intends to use the Gangneung demonstrations to expand into Korea’s parking and vehicle logistics markets.
STAN also has a sibling. The company’s indoor robot, Parkie, is being developed for residential and commercial buildings, including an apartment parking project that lets residents request parking and retrieval through a home platform. Indoor Parkie and outdoor STAN together cover the full map of where cars sleep – the garage below the apartment and the open lot beside the airport. Few robotics companies can currently offer both halves. The pattern is the same one moving robots into the home itself, where AiMOGA’s family companion robot Mobo is about to meet the world.
The setting helps. The ITS World Congress is the largest gathering of its kind in intelligent transport, rotating between Asia, Europe and the Americas, and Gangneung – a smaller host city than Seoul or Busan – has built its edition around live demonstrations on real streets and real lots. A parking robot you can watch beats a parking robot in a brochure, every time. Korea’s driverless ambitions stretch well beyond Gangneung this autumn: in the capital, Kakao Mobility’s self-driving taxi is learning Gangnam the hard way.
What it means for drivers, venues and investors
For drivers, the gain is time and calm. Drop the car, walk away, collect it when you return. Anyone who has circled a full airport lot watching the clock knows that is not a small gift. There is a second, quieter gain: robot-parked cars can sit closer together, because no one needs to open a door between them. The same lot holds more cars without pouring more concrete.
For venues, the digital twin is the product as much as the robot. A live model of every car, robot and route turns parking from a scramble into an operation you can measure, staff and improve. Airports and logistics sites buy that visibility as much as they buy the lifting.
For investors, Gangneung is a market-entry test with an audience of buyers. HL Robotics arrives with overseas operating hours already logged and talks under way with Korean airports, ports and logistics hubs. If STAN performs in public for five days, the conversation changes from whether outdoor parking robots work to who signs first. Sometimes the future arrives with a fanfare. Sometimes it slides quietly under your car and carries it away.
There is also a land question hiding inside the robot question. Cities keep paving new lots on valuable ground because parked cars sit badly – spaced for doors, arranged for human error, emptied and filled in chaotic peaks. A robot system that parks tighter and retrieves in sequence lets a venue treat parking as storage, and storage can be stacked, scheduled and priced with a precision a painted line never allowed. For a coastal city like Gangneung, hosting visitors whose cars sit idle for days, that precision is worth real money.
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