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JS-M3000 SERIES · PARKING ROBOT

Lifts the whole car by its tyres. 105 mm tall.

A laser-SLAM parking robot 2,642 × 1,150 × 105 mm and 600 kg that slides under a car, clamps the four tyres and carries up to three tonnes across the car park on its own. Automatic, manual and remote modes switch with one key.

JS-M3000-A parking robot
JS-M3000-A · split-body clamping structure
3t
Rated payload — from compact saloons to large SUVs and MPVs on one machine
105mm
Overall height — thinner than a folded A4 sheet; any chassis above 115 mm clears it
±10mm
Repeatable parking accuracy — the basis of zero-scratch handling

POSITIONING

A parking robot designed for unmanned car parks, not a converted warehouse AGV

Many parking robots on the market are converted warehouse AGVs. JS-M3000 was designed from day one for 7×24 unmanned car-park duty, and has been running in real projects. Navigation, scheduling and the management system are all developed in-house.

WHERE IT RUNS

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SPECIFICATIONS

Full specification, JS-M3000-A

Download the spec sheet →

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TWO VARIANTS

Intelligent or remote-controlled — how to choose

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HOW IT WORKS

One storage cycle, five steps — retrieval runs in reverse

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STRUCTURE

Five things the structure gets right

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JS-M3000-A tyre-clamping mechanism in detail
Above: the front and rear clamping units separate to match any wheelbase from 2.1 m to 3.4 m. Below: the structured car park reference building at the Jiangsong plant, where the robots run in a live project.

COMPATIBILITY

Five conditions — meet all five and the car can be moved

Condition Requirement Notes
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Outside the range: heavily lowered or modified cars and some sports cars, motorhomes and vans above 3 t, and stretched vehicles with a wheelbase over 3.4 m. Measure in the handover bay before committing.

SAFETY

Do not collide. Survive a collision. Never lose control.

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System-level backstop: a three-stage safety confirmation before the door closes (area cleared, work zone physically isolated, confirmed start), and no more than 1.8 s between door closing and the robot starting.

SITE REQUIREMENTS

Floor, clearance and network — check these before quoting

Item Requirement Notes
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CHARGING & NETWORK

Runs around the clock without anyone swapping batteries

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MAINTENANCE & SPARES

A daily, weekly and monthly checklist

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Design life is 8–10 years. Drive wheels, clamp-arm rollers and batteries are consumables; the clamp arms and load-bearing structure need an annual weld inspection.

ALARMS & RESPONSE

What the machine is telling you, and what to do

Symptom Likely cause Response
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Before any maintenance inside the robot's operating area: switch to manual mode, press the emergency stop, and confirm the scheduling system has stopped issuing tasks to that robot.

FAQ

Questions we are asked most

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NEXT STEP

Send the site conditions, get a model selection and a layout

Ground flatness, aisle width, handover bay position, charging station location and network coverage — these five decide whether the project runs. Our engineers join the survey.

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ENQUIRY RECEIVED

Thank you. Our engineers will read the site conditions you sent and reply within one business day.

Urgent? Call 15961285103 directly.

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