Vietnam Ocean Freight Transport Market Size & Share Analysis - Growth Trends and Forecast (2027 - 2032)

Vietnam Ocean Freight Transport Market Trends and Insights

Manufacturing Relocation Increasing Export-Oriented Cargo Volumes

The Vietnam ocean freight transport market is supported by the continued relocation of export manufacturing into Vietnam. Realized foreign direct investment disbursements reached USD 13.03 billion in the first half of 2026, the highest first-half level in 5 years^[1]. New plants add exports of finished goods and inbound shipments of machinery, components, and production materials before export operations mature. The Federal Reserve reported that Chinese-owned firms moving production to Vietnam continued to source inputs through Chinese supply networks. This structure creates two-way container movement between Vietnam and regional supply centers, rather than demand based solely on final exports to the United States or Europe. Electronics, machinery, and textiles all depend on imported inputs before finished products leave Vietnamese ports, so shipping demand spans several stages of the manufacturing cycle.

Electronics Production Strengthening International Shipping Demand

Electronics production remains a major cargo source for the Vietnam ocean freight transport market. The shift from consumer-electronics assembly into higher-value semiconductor work raises the importance of dependable schedules, controlled handling, and direct connections to major destination markets. Foxconn's Shunsin subsidiary began trial integrated-circuit production in Bac Giang in June 2026, while another Foxconn facility in Quang Ninh was expected to begin operations later in 2026. These investments add cargo from equipment installation and components, as well as the finished semiconductor and electronics products that will later be exported. They also connect the growth of Hai Phong and Lach Huyen more closely to the manufacturing activity inland from the coast.

Deep-Water Port Expansion Increasing Vessel Handling Capacity

Port expansion is increasing the ability of the Vietnam ocean freight transport market to handle larger vessels and more direct calls. Gemadept and CMA CGM began Gemalink Phase 2 in April 2026, with VND 8.4 trillion (USD 336 million) in planned investment, 450 meters of additional quay, and total capacity above 3 million TEU by the fourth quarter of 2027^[2]. The project expands yard space to 44 hectares and increases the port's ability to serve a larger volume of direct export calls. This investment matters because congestion can lead shippers to face uncertainty even when cargo demand and vessel schedules remain strong.

Customs Digitalization Improving Cargo Clearance and Visibility

Digital customs procedures can lower administrative friction across the Vietnam ocean freight transport market. The customs authority processed 75,897,137 dossiers electronically from January 1 through July 19, 2026, and 99.98% were submitted online. A centralized clearance model began at Hai Phong Regional Sub-Department III on June 1, 2026, allowing a declaration filed at one customs unit to be physically cleared at another port. This removes a geographic filing constraint for northern manufacturers whose production, administrative, and shipping locations may not be in the same area. It can be especially useful for exporters that need to align documentation with tight vessel cutoffs and regular factory dispatch schedules.

Vessel Overcapacity Pressuring Freight Rates and Margins

Global vessel capacity can limit revenue growth in the Vietnam ocean freight transport market even when cargo volumes rise. A large increase in container fleet capacity between 2023 and 2025 intensified supply on major east-west routes. Transpacific rates fell sharply during mid-2025 before recovering by July 2026. Carriers responded by using blank sailings to manage active capacity, but this action does not remove the underlying risk of excess tonnage. Volatile freight rates make it harder for ports, carriers, and logistics providers to plan investments and contracts. The effect is most visible for operators that depend on spot rates or leased vessel space rather than integrated terminal and network operations.

Port-Hinterland Congestion Increasing Inland Transit Delays

Port-side investment does not fully solve the inland transport limitations affecting the Vietnam ocean freight transport market. More than 98% of containers moving through Hai Phong are transported by road. The Bac Ninh-Bac Giang electronics corridor faces recurring pressure during peak shipment periods, which can make factory-to-vessel timing less predictable. Shippers may respond with additional inventory, longer buffers, or the use of alternative ports. These costs can reduce the value of faster terminal operations when inland connections do not keep pace.

*Our forecasts treat driver/restraint impacts as directional, not additive. The impact forecasts reflect baseline growth, mix effects, and variable interactions.

Segment Analysis

By Cargo Type: Containerization Supports Electronics-Led Trade

Containerized cargo accounts for 63.67% of the Vietnam ocean freight transport market share in 2026, supported by exports of electronics, furniture, garments, and footwear. Standard dry containers handle general export shipments, while refrigerated containers serve seafood and other temperature-sensitive goods. Vietnam’s container exports to the United States showed strong momentum from January through early August 2026, supported by sustained demand and consistently high weekly booking volumes. The extended period of elevated shipments indicates resilient trade flows and reinforces Vietnam’s growing importance as a manufacturing and export hub for the U.S. market. Growing volumes support demand for direct long-haul port calls, while Gemalink Phase 2 and additional Lach Huyen berths are expected to improve quay availability after 2027. In 2026, VASEP recommended developing a domestic refrigerated container fleet, highlighting continued reliance on foreign carriers for specialized equipment.

Non-containerized cargo is projected to register at a CAGR of 6.34% through 2031, supported by industrial diversification and demand for dry bulk, liquid bulk, breakbulk, and general cargo transportation. However, specialized project-cargo facilities and weak inland connections continue to constrain near-term efficiency. Improving port infrastructure and inland connectivity will be important to support the movement of these cargo types and accommodate evolving industrial freight requirements.

By End-User Industry: Electronics Leads While Healthcare Grows Fastest

Electronics and semiconductors account for 29.37% of the Vietnam ocean freight transport market size in 2026, supported by the country’s electronics manufacturing and export activity. Electronics producers depend on reliable sailing schedules because component imports and finished-goods exports often follow short production cycles. Vietnam’s electronics and semiconductor exports reached USD 107.75 billion in 2025. Given the high value of these shipments, service reliability and predictable terminal windows can be as important as freight rates, benefiting carriers with direct Vietnam services and consistent schedules.

Pharmaceuticals and healthcare are forecast to register at a CAGR of 7.29% through 2031, driven by demand for temperature-controlled transport, continuous monitoring, and cargo-handling processes that maintain product integrity beyond the port. GDP-compliant maritime logistics could support shipments between Vietnam and overseas markets. Other end-user segments also contribute to cargo demand. Chemicals and petrochemicals generate flows of resins, plastics, and solvents, alongside refinery-related exports, while food and beverage relies on refrigerated containers. Retail and e-commerce support consolidation and bonded warehousing, while automotive components, construction materials, and agricultural inputs help diversify cargo volumes during weaker electronics cycles.

Geography Analysis

Southern Vietnam accounts 51.34% share in 2026, supported by manufacturing concentration around Ho Chi Minh City and Ba Ria-Vung Tau. Cai Mep-Thi Vai can receive 24,000-TEU-class vessels on deep natural drafts. Vietnam approved the Can Gio International Transshipment Port on January 16, 2025, targeting 4.8 million TEU by 2030 and up to 16.9 million TEU by 2047^[3]. Gemalink Phase 2 and the connected CMIT-TCTT berth add capacity in the same region.

Northern Vietnam is projected to register at a 7.53% CAGR through 2031, the fastest rate among the geographic areas in the Vietnam ocean freight transport market. Hai Phong and Lach Huyen serve manufacturers in the Bac Ninh and Bac Giang electronics corridor. Lach Huyen recorded strong volume momentum in early 2026, while Hai Phong’s substantial first-half throughput reinforces its position as a major maritime gateway in northern Vietnam. Together, these trends indicate rising trade activity and strengthening port capacity in the region. PSA Vietnam and LHF plan 4.5 million TEU of capacity across berths 9 through 12. Centralized clearance can further reduce procedural friction for eligible exporters.

Central Vietnam remains the smallest contributor in 2026 and relies mainly on feeder, bulk, and breakbulk cargo. Steel, machinery, and garment production provide its current cargo base. Much containerized cargo has historically moved through southern gateways, adding handling and transit time. Direct calls could gradually improve the region's freight economics if supporting transport infrastructure develops in parallel.