What Is Ocean Freight?

Ocean freight is the process of transporting goods from one location to another via ships. This method of shipping has been the backbone of international trade for centuries, evolving significantly with advancements in technology and logistics. The modern ocean freight industry utilizes various types of vessels, including:

• Container ships – The most commonly used vessels for transporting a wide range of goods

• Bulk carriers – Designed for transporting dry cargoes in bulk, such as grains, ores, and coal

• General cargo ships – For goods that do not fit into standard containers

• Tankers – For liquid cargoes like crude oil and chemicals

• Ro-Ro (Roll-on/Roll-off) ships – For wheeled cargo such as vehicles and machinery

The standardization of shipping containers, introduced in 1956, revolutionized the industry by enabling efficient loading, unloading, and intermodal transport.

Types of Ocean Freight Services

Ocean freight services primarily fall into two categories, each designed to meet different shipping needs:

Full Container Load (FCL)

FCL shipments involve renting one or more containers for exclusive use by a single shipper. This option is ideal for large shipments that can fill or nearly fill a container. FCL offers several advantages:

• Better security and less handling of goods

• Faster transit times since containers are not waiting for consolidation

• Reduced risk of damage or loss

• More predictable scheduling

The container doesn’t necessarily have to be physically full—the term refers to the ownership of the container itself. FCL is available in standard sizes including 20-foot and 40-foot containers.

Less than Container Load (LCL)

LCL is suitable for smaller shipments that don’t require a full container. Multiple shipments from different customers are consolidated into a single container. This option is:

• More cost-effective for smaller loads

• Ideal for businesses with lower shipping volumes

• Flexible for shipments that don’t fill an entire container

However, LCL shipments may involve longer transit times as the container needs to be filled before shipping, and goods may be subject to more handling.

The Ocean Freight Shipping Process

Understanding the ocean freight shipping process is crucial for efficient logistics management. The journey typically follows seven key steps:

1. Export Haulage (First Mile)

Goods move from the shipper’s location to the freight forwarder’s consolidation warehouse, typically via truck, rail, or multimodal transport. This first leg of the journey is critical for ensuring cargo arrives at the Container Freight Station before the cutoff time.

2. Export Customs Clearance

Mandatory for all exports, this step involves completing necessary documentation and clearance procedures before goods can leave the origin country. A licensed customs broker typically handles this process. The freight forwarder manages this in approximately 85% of cases.

3. Origin Handling

This involves the physical handling and inspection of goods at the origin warehouse, including loading into containers and movement to the port. For LCL shipments, this is where consolidation with other shipments occurs. Terminal Handling Charges (THC) and documentation fees apply at this stage.

4. Ocean Transport

The freight forwarder books space with shipping lines for the actual transportation of goods across the ocean. This leg can take 20 to 60 days depending on the route. Cost components include base ocean freight plus various surcharges such as Bunker Adjustment Factor (BAF) and Currency Adjustment Factor (CAF).

5. Import Customs Clearance

This process begins before goods arrive at the destination country. It involves submission of declarations and documents to customs authorities and must be completed before goods leave the destination bonded area. Import duties typically average 5–15% of cargo value in most countries.

6. Destination Handling

Containers are unloaded from the ship and moved to the freight forwarder’s warehouse, where goods are prepared for pickup. This includes various destination fees such as port terminal charges and Delivery Order fees.

7. Import Haulage (Last Mile)

The final delivery of goods to the consignee’s designated address. The consignee is typically responsible for unloading unless otherwise specified.

Clear agreement on who bears the cost for each of these seven steps is essential to avoid unexpected expenses and delays.

Ocean Freight vs. Air Freight: Making the Right Choice

Choosing between ocean freight and air freight is a strategic decision that impacts your bottom line, sustainability goals, and customer satisfaction. Here’s how they compare:

Key Advantages of Ocean Freight

• Cost-effectiveness: Ocean freight is significantly cheaper than air freight—often 4 to 15 times less expensive. For example, shipping 1,000kg from Shanghai to Los Angeles by air costs $3,800–$5,800, while sea LCL runs just $450–$900.

• Greater capacity: Ocean freight offers unmatched capacity for large shipments. One container can hold 10,000 beer bottles. Modern container ships can carry over 20,000 TEU (Twenty-foot Equivalent Units).

• Lower carbon footprint: Ocean freight produces significantly lower CO₂ emissions per ton-kilometer compared to air freight, making it the more sustainable choice.

• Fewer restrictions: Ocean freight has fewer restrictions on the types of goods that can be shipped.

Limitations of Ocean Freight

• Longer transit times: Shipments typically take 30–40 days for transpacific routes

• Greater susceptibility to delays: Weather, customs procedures, and port congestion can disrupt schedules

• Increased risk of damage: Longer transit times mean more opportunities for mishandling

• More complex logistics: Ocean freight involves more documentation and coordination

The break-even point typically occurs at 150–300kg for dense cargo or under 1m³ volumetrically. For shipments above this threshold, ocean freight almost always offers superior total landed cost.

Current Challenges in Ocean Freight

The ocean freight industry faces several significant challenges that impact shippers worldwide:

Geopolitical Disruptions

Diversions away from the Suez Canal continue to take up 15%–20% of global vessel capacity. Rerouting via the Cape of Good Hope adds 10–14 days to transit times. As of early 2026, the potential return of liner services to the Red Sea could create additional short-term disruptions.

Capacity and Rate Volatility

Nominal fleet capacity is forecasted to grow by 4% in 2026, down from 7% in 2025. However, global trade growth is cooling to about 1.7%, creating an oversupply situation. Spot rates across major export lanes are expected to remain low, though carriers continue to announce rate increases.

Port Congestion

While global port congestion has eased—with the share of container capacity stuck outside ports improving from 10% in May to 8.4%—congestion continues to tie up substantial capacity at European, Latin American, and U.S. East Coast gateways. Global schedule reliability dropped from 53.7% in 2024, though June 2025 data showed improvement to 67.4%.

Regulatory Pressures

The EU Emissions Trading System became fully operational for maritime transport in January 2026, covering 100% of emissions for voyages in and out of Europe. Carriers are procuring emission allowances and passing these costs to shippers.

The Future of Ocean Freight

The ocean freight industry is undergoing transformative change driven by several key trends:

Digital Transformation

Digitalization is emerging as the core engine for transformation in the shipping industry. Technologies such as blockchain, artificial intelligence, and IoT are enabling greater efficiency, transparency, and resilience across shipping operations. Blockchain electronic bills of lading have already streamlined trade, reducing import document processing time from days to hours.

Sustainability and Green Shipping

The future of shipping hinges on digital and green transformation. Currently, 50% of new shipbuilding orders are for alternative-fuel vessels. Over a third of new vessels on order will use new or clean energy, with green methanol and LNG emerging as key transitional fuels.

Automation and Smart Ports

Smart ports are leveraging automation to optimize operations. For example, unmanned container trucks have already transported 600,000 TEU, alleviating port congestion. A smart port can help ships cut hours of docking, saving fuel and reducing CO₂ emissions.

Real-Time Visibility

Real-time cargo tracking is becoming the industry standard. Advanced tracking solutions provide live updates on port arrivals, departures, and container positions, enabling businesses to monitor their shipments with unprecedented precision.

Why Choose Midway Cargo Logistics for Your Ocean Freight Needs

At Midway Cargo Logistics, we understand that ocean freight is more than just moving goods from point A to point B—it’s about visibility, reliability, and peace of mind. Our comprehensive cargo tracking platform provides:

• Real-time shipment visibility across all major carriers and trade lanes

• Proactive alerts for delays, schedule changes, and customs holds

• End-to-end tracking from export haulage to final delivery

• Centralized dashboard for managing all your ocean freight shipments

• Integration capabilities to connect with your existing supply chain systems

Whether you’re shipping FCL or LCL, across the Pacific or to emerging markets, our team of logistics professionals ensures your cargo reaches its destination efficiently, cost-effectively, and with complete transparency.