Container handling equipment should be specified from the terminal process backward. The crane is only one part of a system that includes trucks, stacking, traffic routes, power and maintenance capacity.
1、Why this decision matters
Terminal cranes must be planned as part of a logistics system rather than isolated lifting machines. Container flows, lanes, power and stacking strategy influence the correct equipment long before a supplier issues a price.

2、Container handling mission
Determine whether the crane serves a quay, a rail interface or a container yard. Different missions imply different reach, travel, stacking and transfer requirements.
3、Rated capacity and geometry
State single or twin-lift assumptions, container dimensions, required outreach, span, stacking height and clearance. Explain the load cases instead of relying on a single rated-capacity figure.
4、Operating cycle and automation
Describe moves per hour, operator mode, positioning accuracy, anti-sway needs, management-system integration and emergency operation. Automation scope must be stated precisely.
5、Site interface and delivery
Review ground loads, rails or tyres, power, communication systems, shipping dimensions, erection area and acceptance tests. The terminal operator and equipment supplier should share an interface matrix.
6、Practical project example
For terminals undergoing expansion, specify future interoperability with existing blocks and operating software before freezing the crane design.
7、Information to include in the RFQ
Supply container mix, throughput forecast, port layout, transfer mode, power availability, control interface, lifting geometry and local approval requirements.
8、Common procurement mistake
Do not compare offers until their scope, equipment configuration, inspection documentation and responsibilities are equivalent. Ask suppliers to identify any exclusions in writing, especially those involving site works, testing or spare parts.
The destination country, installed equipment configuration and approved project documents determine which legal, engineering and inspection requirements apply. A general article cannot replace site-specific engineering approval.
9、Frequently asked questions
① How should buyers evaluate container handling mission?
Different missions imply different reach, travel, stacking and transfer requirements.
② Why should the team review rated capacity and geometry?
Explain the load cases instead of relying on a single rated-capacity figure.
③ Which risks are connected to operating cycle and automation?
Automation scope must be stated precisely.
④ What evidence is needed for site interface and delivery?
The terminal operator and equipment supplier should share an interface matrix.
⑤ Which regulations apply to the project?
Use the rules and standards applicable to the installation country, together with the approved drawings and contract. Local professional review is necessary where required.
⑥ What should I include in the supplier RFQ?
Supply container mix, throughput forecast, port layout, transfer mode, power availability, control interface, lifting geometry and local approval requirements.
10、Procurement takeaway
A stronger purchasing decision begins with verified operating data, comparable offers and a documented acceptance plan. TAIDA GLOBAL can support industrial buyers with sourcing coordination and technical requirement clarification; final designs and approvals remain the responsibility of qualified project professionals.
Related TAIDA GLOBAL equipment information: https://heavy.dsxue.com/gantry-cranes/rubber-tyred-gantry-cranes-rtg.html
This article is an educational procurement guide; it does not certify an equipment design.