Скачать или смотреть Japan's automated, high tech underground bicycle parking systems:

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The system uses automated, robotic technology to move and store bikes within a subterranean cylindrical vault.

Parking: A cyclist rolls their bike into a small, street-level loading bay.
Scanning: An IC tag, or smart card, attached to the bicycle is scanned to identify the bike and its owner.

Storage: A robotic arm clamps the front wheel, and a hatch opens to transport the bicycle deep underground.

Retrieval: To retrieve their bike, the user simply swipes their card again, and the robotic system finds the bike and returns it in as little as 13 seconds.
Benefits of automated underground parking

Space efficiency: Each Eco Cycle station can store up to 200 bicycles in a cylindrical shaft that takes up minimal street-level space, reducing sidewalk clutter.

Security: The underground vault protects bicycles from theft and vandalism.

Weather protection: Bikes are kept safe from rain, snow, and other elements.

Sustainability: The systems encourage cycling by providing convenient and secure parking, helping to reduce carbon emissions from cars.

Earthquake resistance: The subterranean shafts are designed to withstand earthquake tremors.

Implementation and adoption

Locations: Automated underground parking systems are primarily located in Japan's densely populated urban areas, often near train stations and in business districts.

Availability: The manufacturer Giken has installed over 50 Eco Cycle stations across Japan, with plans for expansion.

Challenges: The initial setup cost for a single facility can be over $1 million. Some first-time users initially found the system confusing, requiring instructions to learn how to operate the fully automated process.