China’s first vacuum automatic mooring system
goes live at Qingdao Port
1. Introduction
On 1
January 2026, Qingdao Port marked the beginning of
the year with a major milestone in terminal innovation: China’s first vacuum-based automatic mooring system entered
operation at the Qingdao Automated Container Terminal.
During a
live operation, the 366-metre container vessel MSC Saudi Arabia berthed without mooring lines and without
quay-side crew. The system automatically identified the vessel’s position,
aligned it and secured it using high-vacuum suction units, completing the
mooring process in under 30 seconds, compared with 20–30 minutes for
conventional mooring.
2. Key technical features
The system reportedly includes:
- 13 mooring units installed along the quay line,
- up to 2,600 kN total holding force when operating simultaneously,
- capability to serve container ships over 200 metres, including the largest vessels in operation,
- a three-layer control architecture (remote control centre, mobile terminal and local units),
- multi-sensor data fusion and intelligent decision-making algorithms, integrating: hydraulic drive, high-vacuum suction, real-time vessel motion tracking, monitoring of wind, wave and current conditions, active station-keeping control.
3. Operational impact – safety and productivity
Beyond speed, the key impact lies in:
- removing personnel from the mooring line danger zone, significantly improving safety,
- standardising and automating the mooring/unmooring process,
- estimated savings of over 200 berthing hours per year per berth,
- enabling 10+ additional vessel calls per berth annually,
- contributing to greener and more efficient port logistics.
4. Legal and contractual implications
4.1. Allocation of liability
Automatic mooring raises fundamental questions about:
- liability allocation between port, system operator, technology provider and shipowner,
- the interface with port regulations, terminal terms and conditions of entry.
4.2. Port and terminal contracts
Implementation of auto-mooring requires:
- updates to port and terminal rules,
- clear contractual treatment of system failures, downtime and fallback procedures,
- clarity as to when control of the mooring process passes from the vessel to the terminal system.
4.3. Insurance considerations
The new operational model may affect:
- H&M and P&I risk assessments,
- coverage for incidents occurring during automatic mooring,
- notification and endorsement requirements under existing policies.
5. Global context – smart ports and automation
The Qingdao example illustrates how:
- automation is expanding beyond cranes and TOS into core berth-side processes,
- smart ports are moving toward end-to-end, high-reliability operations,
- human exposure to high-risk activities is being systematically reduced.
6. Practical recommendations
We recommend that shipowners, terminal operators and technology providers:
- Review port regulations and terminal terms where automatic mooring is implemented or planned.
- Assess liability and insurance frameworks for auto-mooring operations.
- Ensure robust fallback and contingency procedures are contractually and operationally defined.
- Involve legal and insurance advisors early when deploying similar systems elsewhere.
7. Our advisory role
With extensive involvement in port, offshore and maritime projects in Poland and internationally, Marek Czernis & Co. advises on:
- liability allocation in automated port operations,
- adaptation of port and terminal contracts to new technologies,
- insurance and risk allocation for smart port solutions,
- legal frameworks supporting automation and digitalisation in maritime operations.