Construction Machinery Export from Global: RoRo vs Container Shipping

China has become the world's largest exporter of construction machinery, with brands like SANY, XCMG, LiuGong, Zoomlion, and SDLG supplying excavators, wheel loaders, bulldozers, motor graders, and road machinery to construction sites on every continent. In 2025, China's construction machinery exports exceeded $45 billion, driven by global infrastructure development, mining expansion, and competitive pricing that undercuts Western and Japanese manufacturers by 30-50%.

Shipping construction machinery from Global presents unique logistics challenges. These machines are heavy, oversized, often self-propelled, and require specialized handling. The two primary shipping methods — RoRo (Roll-on/Roll-off) and container shipping — each have distinct advantages and limitations. This guide compares both options in detail, covering equipment types, size constraints, lashing methods, insurance, and destination port requirements.

Major Construction Machinery Types Exported from Global

Before comparing shipping methods, it's important to understand the types of machinery being exported and their typical dimensions:

Equipment Type	Typical Weight	Typical Dimensions (L×W×H)	Common Brands
Mini excavator (1-6 ton)	1-6 tons	3.5-5m × 1.5-2m × 2.5m	SANY, XCMG, LiuGong
Medium excavator (20-35 ton)	20-35 tons	10-12m × 3-3.5m × 3.2m	SANY, XCMG, SDLG
Large excavator (40-90 ton)	40-90 tons	12-16m × 3.5-5m × 3.5-5m	SANY, XCMG, LiuGong
Wheel loader (3-5 ton)	10-17 tons	7-8m × 2.5-3m × 3.2m	LiuGong, XCMG, SDLG
Large wheel loader (5-8 ton)	17-30 tons	8-10m × 3-3.5m × 3.5m	LiuGong, XCMG
Bulldozer (10-30 ton)	10-30 tons	5-7m × 2.5-4m × 3-3.5m	Shantui, XCMG, SANY
Motor grader	15-20 tons	8-9m × 2.5m × 3.2m	XCMG, LiuGong
Road roller	10-25 tons	6-8m × 2.3m × 3m	XCMG, SANY

RoRo Shipping: The Preferred Method for Self-Propelled Machinery

RoRo (Roll-on/Roll-off) shipping is the most common method for exporting construction machinery from Global. Self-propelled equipment — excavators, loaders, bulldozers, graders — can be driven directly onto the vessel via a stern or side ramp, eliminating the need for cranes and lifting gear.

How RoRo Shipping Works

The process is straightforward: the machinery is driven (or towed if non-operational) from the factory or storage yard to the port, positioned at the RoRo terminal, and then driven up the ramp onto the vessel's cargo decks. Once inside, the equipment is parked in designated stowage positions and secured (lashed) to the deck using chains and tensioners. At the destination port, the process is reversed — the machinery is unlashed and driven off the vessel.

Advantages of RoRo Shipping

• No crane handling: Self-propelled machines drive on and off, eliminating crane costs and lifting risks. This is especially valuable for very heavy equipment that exceeds port crane capacity.
• Lower damage risk: Minimal handling means less risk of scratches, dents, or structural damage compared to lifting.
• Faster loading/unloading: A RoRo vessel can load and discharge dozens of machines in hours, compared to days for break-bulk lifting.
• Weather independence: Loading occurs inside the vessel via ramps, so weather delays are less likely than with crane operations.
• Cost-effective for large equipment: For machines over 30 tons, RoRo is typically cheaper than flat rack container shipping.
• Battery/fuel preservation: Equipment remains operational and can be driven at the destination without reassembly.

RoRo Vessel Types

RoRo vessels range from small coastal ferries to large Pure Car and Truck Carriers (PCTC) and Con-Ro vessels (combination container/RoRo). For construction machinery, the key vessel characteristics are:

• Deck height: Must accommodate tall equipment. High and wide (H&W) RoRo vessels have deck heights of 5-7 meters, suitable for most construction machinery. Some vessels have adjustable deck heights.
• Ramp capacity: The stern ramp must support the weight of the heaviest single piece. Ramp capacities range from 50 to 250+ tons. Verify that the vessel's ramp can handle your equipment.
• Ramp width: Wide ramps (8-12 meters) allow easier maneuvering of large equipment. Narrow ramps may require skilled drivers and careful positioning.
• Deck area: Total deck area determines how many machines can be loaded per sailing.

Major RoRo Ports in China

RoRo services from Global depart from several ports, with the most active being:

• Shanghai: The largest RoRo port in China, with regular sailings to all major destinations.
• Tianjin (Xingang): Major RoRo hub for North China, serving manufacturers in Shandong, Hebei, and Beijing regions.
• Guangzhou (Nansha): Primary RoRo port for South China, serving manufacturers in Guangdong and Guangxi.
• Qingdao: Growing RoRo services, particularly for machinery produced in Shandong province.
• Lianyungang: Secondary port with some RoRo services to emerging markets.

Container Shipping: When and How to Use It

While RoRo is the natural choice for large self-propelled machinery, container shipping becomes viable — and sometimes preferable — for smaller equipment or specific logistics scenarios.

Equipment That Fits in Containers

Small and medium construction machinery can be shipped in containers if the dimensions permit:

• 20-foot container: Mini excavators (1-3 ton class), small compactors, generator sets, and disassembled equipment components. Max payload ~28 tons, internal dimensions ~5.9m × 2.35m × 2.39m.
• 40-foot container: Small excavators (5-8 ton class), mini loaders, skid steer loaders. Internal dimensions ~12m × 2.35m × 2.39m.
• 40-foot flat rack (40'FR): Medium excavators (13-22 ton class) with arm and bucket removed, wheel loaders (3-5 ton class). Overhang is possible for width and height. Max payload ~40 tons.
• 40-foot high cube (40'HC): Equipment up to 2.7m in height. Provides additional vertical clearance.

When Container Shipping Is Better Than RoRo

• No RoRo service to your destination: Many smaller ports and secondary destinations lack RoRo service. Container ships call at far more ports worldwide.
• Small equipment: For mini excavators and compact equipment, container shipping is often cheaper and faster than RoRo, especially when consolidating multiple units.
• Parts and accessories: Spare parts, attachments (buckets, hammers, rippers), and disassembled components are ideal for standard container shipping.
• Multiple small machines per container: Two or three mini excavators can share a 40-foot container, reducing per-unit shipping cost.
• Flexible scheduling: Container vessels sail more frequently than RoRo vessels on most routes, offering more departure options.

Disassembly and Reassembly for Container Shipping

To fit larger equipment into containers, partial disassembly is often required. Common disassembly operations include:

• Removing the excavator arm (boom and stick) and loading separately
• Removing the bucket or attachment
• Removing side mirrors, exhaust pipes, and other protruding parts
• Deflating tires slightly to reduce overall height (for loaders)
• Removing or folding the ROPS/FOPS cabin canopy

Disassembly adds labor cost at origin and reassembly cost at destination. Factor in 4-8 hours of labor per machine for disassembly and the same for reassembly. Ensure the destination has qualified technicians to reassemble the equipment correctly.

RoRo vs Container: Side-by-Side Comparison

Factor	RoRo Shipping	Container Shipping
Best equipment size	Medium to large (15+ tons)	Small to medium (under 25 tons)
Self-propelled requirement	Must be drivable (or towable)	No (can be static cargo)
Disassembly needed	No (ships as-is)	Often required for medium equipment
Handling method	Driven on/off via ramp	Lifted by crane/hoist
Port availability	Limited (major ports only)	Extensive (nearly all ports)
Sailings frequency	Weekly or bi-weekly on main routes	Multiple per week on most routes
Transit time	Direct, similar to container	May include transshipment
Cost (large equipment)	Generally lower	Higher (flat rack + disassembly)
Cost (small equipment)	Higher (minimum charge)	Lower (especially consolidated)
Damage risk	Lower (minimal handling)	Higher (lifting, lashing, disassembly)
Insurance premium	Lower	Higher

Lashing and Securing Methods

Whether shipping by RoRo or container, proper lashing is critical. Construction machinery is heavy, and inadequately secured equipment can shift during transit, causing damage to itself, other cargo, or the vessel.

RoRo Lashing

On RoRo vessels, machinery is lashed to the deck using heavy-duty chains or wire rope lashings attached to designated lashing points on the deck floor. The standard lashing arrangement includes:

• Four to eight chain lashings per machine, depending on weight and deck location. Each chain has a minimum breaking load (MBL) of 20-50 tons.
• Tensioners (turnbuckles) to maintain chain tension throughout the voyage.
• Chocks and blocks at the wheels or tracks to prevent rolling. Wooden or steel chocks are positioned against the tires or tracks.
• Brake engagement: The machine's parking brake must be engaged, and wheels chocked. For tracked equipment, the tracks are secured against the deck.
• Boom support: Excavator booms are lowered to the deck and supported on wooden blocks or steel cradles to reduce stress on hydraulic cylinders.

Container Lashing

For machinery in containers or on flat racks, lashing uses a combination of:

• Ratchet straps or chains securing the equipment to the container floor lashing points.
• Wooden bracing cut to fit between the equipment and container walls to prevent lateral movement.
• Anti-slip rubber mats under the tracks or wheels to increase friction.
• Welded steel stops on flat rack floors for heavy equipment.

For flat rack shipping, a certified marine cargo surveyor should inspect the lashing plan before the cargo is accepted by the carrier. The lashing must comply with the IMO CSS Code and the carrier's cargo securing manual.

Insurance for Construction Machinery

Construction machinery is high-value cargo. A single large excavator can be worth $200,000-$500,000, and a fleet shipment can exceed $5 million. Adequate insurance coverage is essential.

Types of Coverage

• Marine cargo insurance (All Risks): Covers physical loss or damage during transit, including loading, ocean transport, and discharge. This is the recommended coverage for machinery shipments.
• Total Loss Only (TLO): Covers only total loss of the cargo. Cheaper but provides limited protection.
• Institute Cargo Clauses (A, B, C): Clause A provides the broadest coverage (similar to All Risks). Clauses B and C offer progressively narrower coverage.

Special Considerations

• Fuel and fluids: Drain fuel tanks to less than 25% capacity to reduce fire risk. Remove or secure batteries. Drain hydraulic oil if required by the carrier.
• Serial number documentation: Record all serial numbers, photograph the equipment from all angles before loading, and note any pre-existing damage. This documentation supports insurance claims.
• Pre-shipment inspection: Consider a pre-shipment inspection (PSI) by a third-party inspection agency like SGS, Bureau Veritas, or TUV to certify the equipment's condition before shipping.
• Insurance premium: Typical premiums for construction machinery range from 0.15% to 0.4% of cargo value, depending on the route, shipping method, and coverage level. RoRo shipments generally qualify for lower premiums than container/break-bulk due to lower handling risk.

Destination Port Requirements

Destination port capabilities vary significantly and affect both shipping method choice and delivery timeline:

RoRo Port Requirements

• RoRo berth with suitable ramp facility
• Adequate quay strength for heavy equipment
• Open storage area for equipment staging
• Customs inspection area for self-propelled vehicles
• Low-bed trailer access for inland transport

Container Port Requirements

• Container terminal with gantry crane capacity for flat rack handling
• Heavy lift capability for unloading machinery from containers
• Bonded warehouse or inspection area if needed
• Reassembly space if equipment was disassembled

Import Regulations

Many countries require specific documentation and compliance for construction machinery imports:

• Emissions certification: Equipment must meet destination country emission standards (e.g., EU Stage V, US EPA Tier 4). Non-compliant equipment may be refused entry.
• Safety certification: Some countries require CE marking (EU), DOT compliance (US), or local safety certification.
• Used machinery restrictions: Some countries restrict or prohibit import of used construction machinery above a certain age. China's exports are typically new equipment, but verify destination rules.
• Import duties: Duties vary widely — from 0% under free trade agreements to 15-25% in protected markets. Check the HS code classification (typically under 8429, 8430, or 8426) for the destination country.

Choosing the Right Shipping Method

To summarize the decision framework:

• Large self-propelled equipment (25+ tons): RoRo is almost always the best choice — lower cost, less handling, and no disassembly required.
• Medium equipment (15-25 tons): Compare both options. RoRo is usually better, but if no RoRo service exists to your destination, flat rack container shipping with partial disassembly is the alternative.
• Small equipment (under 15 tons): Container shipping is typically more economical and offers more routing flexibility.
• Multiple small units: Consolidate into containers for maximum cost efficiency.
• Non-operational equipment: Container or break-bulk shipping is required since the machinery cannot be driven onto a RoRo vessel.

SHAQ Logistics offers both RoRo shipping and container/flat rack services for construction machinery export from Global. Our team can analyze your equipment specifications, destination, and timeline to recommend the optimal shipping method.

Conclusion

Construction machinery export from Global continues to grow as global infrastructure demand rises. Whether you choose RoRo or container shipping depends on the equipment size, destination port capabilities, budget, and timeline. For large self-propelled machinery, RoRo offers unmatched efficiency and cost-effectiveness. For smaller equipment or destinations without RoRo service, container shipping — including flat rack options — provides flexibility and accessibility.

By understanding the size constraints, lashing requirements, insurance considerations, and destination regulations for each method, you can make informed decisions that protect your equipment investment and ensure on-time delivery. Partner with an experienced freight forwarder who handles both RoRo and container logistics to get the best of both worlds.

Planning to export construction machinery from Global? Contact SHAQ Logistics for a free shipping quote and expert method recommendation within 24 hours.