MMC Ports Keeps Malaysia Moving Forward

As Malaysia cements its position as a leading destination for industrial investment, MMC Port Holdings Berhad (MMC Ports) is playing a pivotal role behind the scenes, keeping the country’s most complex cargo moving.

Operating a nationwide network of strategic gateways along the Straits of Malacca, MMC Ports handled more than 36 million freight tonnes of conventional cargo in 2025, including over six million tonnes of breakbulk. From oversized industrial components and heavy-lift project cargo to rolling stock and out-of-gauge shipments, its ports have become critical links in the supply chains supporting Malaysia’s rapid economic growth.

The scale of these operations is best illustrated by three standout projects completed at the company’s Johor Port, Penang Port and Northport. Each project shows the expertise required to deliver high-stakes cargo under demanding conditions.

Case Study 1: Johor Port Supports Malaysia’s Data Center Boom

Johor Port Berhad (JPB) successfully executed a coordinated breakbulk handling solution for data center-related infrastructure cargo, supporting the delivery of oversized and high-value equipment for several hyperscale developments in southern Malaysia.

The operation involved some 500,000 cubic meters of breakbulk cargo, including prefabricated data hall modules, power distribution systems and cooling equipment, discharged from vessels originating in Asia. Some of the individual units measured up to 28 meters in length and weighed between 90 and 120 metric tonnes, requiring specialized heavy lift planning and execution.

The project required precise sequencing, engineered lifting studies and close coordination across marine, yard and landside operations in order to meet the tight construction timelines and just in time delivery requirements. Cargoes were discharged using high-capacity mobile harbor cranes and staged within dedicated project cargo yards, enabling direct onward delivery to site while minimizing double handling and storage congestion. Enhanced handling controls were implemented throughout to manage these sensitive and high value equipment.

Case Study 2: Penang Port Handles Modular Housing Units

Penang Port’s Butterworth Deep Water Wharves (BDWW) has demonstrated its project cargo capabilities through the export of oversized modular housing units manufactured by SIBS in Batu Kawan and destined for Sweden.

Measuring up to 12.75 meters long, 4.5 meters wide and weighing about 37 tonnes apiece, the units were transported from the manufacturing facility to BWCT by a third-party heavy-haulage provider using specialized equipment. On arrival, the cargo was stored in a dedicated 29,000-square-meter open yard for heavy-lift and project cargo before being shunted internally to the quayside for loading.

Despite challenges including limited stockpile space and the need for externally sourced lifting equipment, the project was completed on schedule. The shipment is part of a growing modular construction trade, with Penang Port handling approximately 1.04 million tonnes of modular house exports in 2024, reflecting strong demand from European markets and the port’s role in supporting complex industrial supply chains.

Case Study 3: Northport Handles Türkiye-bound Project Cargo

Northport handled five packages of marine loading arm structures and accessories weighing a combined 168 tonnes destined for Sanko in Türkiye.

The cargo comprised oversized and high-value units measuring up to 27.4 meters in length and 4.1 meters in height, requiring specialized handling due to their dimensions and precision nature. The shipment was executed on a gearless vessel, which required specialized planning and full reliance on shore-based lifting solutions due to the absence of onboard cranes.

Given the gearless configuration, the operation was executed using two 160-tonne shore cranes in a tandem lifting arrangement to handle the heavy and long-length cargo. The process was supported by multi-axle trucks and executed through controlled, slow lifting to ensure proper alignment and stability.

The primary challenges stemmed from the vessel’s gearless configuration and the nature of the cargo. These included the need for precise synchronization during tandem lifting, maintaining cargo stability and managing wind sensitivity due to the cargo’s height. In addition, the requirement for slow and controlled movement impacted productivity, while the high-value and precision nature of the cargo demanded minimal tolerance for any handling deviation or damage.

MMC Ports said the successful execution of the project shows “the terminal’s capability in handling complex breakbulk and project cargo operations,” while highlighting “strengths in heavy-lift coordination, oversized cargo management and the ability to safely execute operations under gearless vessel conditions.”

MMC Ports To Exhibit at Breakbulk Asia 2026

MMC Ports will be exhibiting at Breakbulk Asia 2026. Asia is entering a new era of growth, with rising investment in energy, infrastructure and industrial projects creating unprecedented opportunities across the region. The event in Singapore on 18-19 November will bring together the decision-makers, project owners and specialist logistics providers driving this momentum.

“For MMC Ports, Breakbulk Asia is an opportunity to demonstrate the breadth of our breakbulk cargo handling capabilities across Malaysia, from heavy-lift and breakbulk handling to highly complex, time-critical operations,” Dato’ Azman Shah Mohd Yusof, Group CEO, MMC Port Holdings Berhad, told Breakbulk.

“Our completed projects reflect the Ports’ meticulous planning, technical execution and safety culture that define how we handle some of the region’s most demanding cargo. Engaging with the global breakbulk community at this event helps us connect, learn, explore opportunities and build the partnerships that support shared, continued growth.”

TOP PHOTO: Northport handles five packages of marine loading arm structures and accessories. CREDIT: MMC Ports

SECOND: JPB executes breakbulk-handling solution for data center-related infrastructure cargo. CREDIT: MMC Ports