The Port Equipment Manufacturers Association, TT Club and ICHCA International have jointly published recommended minimum safety features for container yard equipment, identifying features and functional requirements to improve the safety of people, equipment and cargo.
The impetus for the joint publication, entitled Recommended Minimum Safety Features for Container Yard Equipment, came from global analysis of more than 4,000 claims made over a six-year period by port and terminal operators insured with the TT Club. The analysis revealed that 53% of the total cost of claims and 75% of the cost of injury claims related to yard equipment. Additionally, 67% of costs related to fires were attributed to yard equipment.
"These findings point to a heavy concentration of avoidable incidents," said Laurence Jones, TT Club's director of global risk. "Analysis of the Club's data shows that up to 1,600 claims amounting to $130 million resulted from yard incidents. Changes to operational procedure, additional training and/or fitting safety equipment to machinery could significantly reduce these claims." For example, lift trucks were involved in 30% of bodily injury claims analyzed, mainly as a result of trucks reversing into people. The simple installation of collision prevention devices could potentially have saved $30 million and prevented 51 workers from being killed or suffering serious injury over the six-year period.
In the new document, the three organizations have pooled the respective expertise of their members to identify ways that port and terminal operators can minimize yard safety risks by adopting equipment features and technologies proven to reduce injury or damage, but which are not currently standard. The document covers all major types of container yard crane and mobile equipment, including RTGs, RMGs, ASCs, straddle carriers, lift trucks and reach stackers, AGVs and terminal tractors.
The recommendations address key risk items such as collisions, high winds and storms, overloaded or misdeclared container weights, people being caught under wheels or falling between moveable parts of equipment, equipment fires, drivers being overcome by emissions and more.
Tables and illustrations clearly list the major safety risks, features and functional requirements for each of the equipment types.
The three organizations stress that international, national and local regulations are mandatory, while these recommendations are voluntary. The three bodies also recognize that technology alone will not eradicate all incidents and that installation of safety equipment and systems should always be adopted in parallel with routines, training, effective maintenance and good yard design and operations.
However, the hope of all three bodies is that these minimum recommended safety features will be adopted generally by equipment suppliers and buyers both on new and existing equipment to improve safety levels at the world's ports.
The full recommendations can be downloaded at http://www.pema.org/resources/public-downloads/, where PEMA's growing body of Information Papers, Surveys and Recommendations are also available.
Recommendations Published on Container Yard Equipment Safety
The Port Equipment Manufacturers Association, TT Club and ICHCA International have jointly published recommended minimum safety features for container yard equipment, identifying features and functional requirements to improve the safety of people, equipment and cargo
More Fleet Management

DTNA Partners with Class8 to Expand Digital Services for Freightliner Owner-Operators
A new partnership brings free wireless ELD service plus load optimization and dispatch planning tools to fourth- and fifth-generation Freightliner Cascadia customers, with broader model availability planned through 2026.
Read More →Reducing Fleet Downtime with Advanced Diagnostics
This white paper examines how advanced commercial vehicle diagnostics can significantly reduce fleet downtime as heavy duty vehicles become more complex. It shows how Autel’s CV diagnostic tools enable in-house troubleshooting, preventive maintenance, and faster repairs, helping fleets cut emissions-related downtime, reduce dealer dependence, and improve overall vehicle uptime and operating costs.
Read More →Stop Watching Footage, Start Driving Results
6 intelligent dashcam tactics to improve safety and boost ROI
Read More →
Werner Expands Dedicated Fleet Nearly 50% With FirstFleet Acquisition
The $283 million acquisition of FirstFleet makes Werner the fifth-largest dedicated carrier and pushes more than half of its revenue into contract freight.
Read More →
Bobit Business Media Launches B2X Rewards Engagement Program
B2X Rewards is a new, gamified rewards program aimed at driving deeper engagement across BBM’s digital platforms, newsletters, events, and TheFleetSource.com.
Read More →
AI is Reshaping Trucking in 2026, from the Back Office to the Shop
Trucking’s biggest technology shifts in 2026 have one thing in common: artificial intelligence.
Read More →
Why Small Trucking Fleets Are Still Standing [Commentary]
Why discipline, relationships, and focus have mattered more than size for smaller trucking fleets during the freight recession.
Read More →
Cargo Theft Is Surging. A Bill in Congress Could Help. [Video]
Cargo theft losses hit $725 million last year. In this HDT Talks Trucking Short Take video, Scott Cornell explains how a bill moving in Congress could bring federal tracking, enforcement, and prosecutions to help address the problem.
Read More →
Cargo Theft Losses Jump 60% in 2025 as Criminals Target Higher-Value Freight
Cargo theft activity across North America held relatively steady in 2025 — but the financial damage did not, as ever-more-sophisticated organized criminal groups shifted their cargo theft focus to higher-value shipments.
Read More →
Phillips Connect, McLeod Integrate Smart Trailer Data into TMS Workflows
A new partnership between Phillips Connect and McLeod allows fleets to view trailer health, location, and cargo status inside the same McLeod workflows used for planning, dispatch, and execution.
Read More →
