CAT 395 Breakbulk Shipping: Disassembly, Weight, Lifting Points, and Lashing Verification
Key takeaways
Based on official CAT 395 transport dimensions and component weights, this article explains how to disassemble the main body, counterweight, boom, stick, and bucket before booking breakbulk shipping, and how to verify individual component weights, lifting plans, center of gravity, lashing, and reassembly conditions at the destination port.
First, Confirm the Specific CAT 395 Configuration
Booking breakbulk shipping cannot simply state "94-ton excavator". Caterpillar technical data indicates that a configuration with a GP 8.4-meter boom, R4.4-meter stick, 5.2-cubic-meter bucket, 900mm track shoes, and removable counterweight has an operating weight of approximately 94.1 tons; with configurations such as a mass excavation boom and a 6.5-cubic-meter bucket, the total machine weight can exceed 96 tons. All operating weights also include 90% fuel and a 75 kg operator. Before booking, refer to the configuration sheet corresponding to the serial number, the equipment nameplate, and on-site weighing results; do not simply copy rounded figures from product pages.
Why Full Machine Dimensions Are Not Suitable for Direct Loading
Cat 395 official technical specifications list a transport length of approximately 15.09 meters for the GP boom and a cab height of 3.67 meters; with 900mm track shoes, the machine width is approximately 3.88 meters when the undercarriage is retracted, and the track width can reach 4.41 meters when extended. If the boom, stick, and bucket remain attached, the machine height will vary with the stick, reaching approximately 5.10 to 5.90 meters. This profile will simultaneously affect quay crane clearance, hatch passage, stowage position within the hold, and low-bed trailer permits at the destination port. Therefore, "can be lifted onto the vessel" does not equate to "can complete door-to-door transportation".
Which Components Should Be Disassembled for Easier Lifting?
The disassembly plan should first meet the vessel's individual component weight and lifting radius limitations, then minimize reassembly work at the destination port. Official component data can be used to establish an initial weight table: removable counterweight approximately 15.51 tons, 900mm track shoe assembly approximately 11.22 tons, two boom cylinders approximately 1.82 tons, GP 8.4-meter boom approximately 8.46 tons, R4.4-meter stick approximately 5.03 tons, 5.2-cubic-meter bucket approximately 5.19 tons. The basic main body, with removable counterweight but excluding work tools, tracks, fuel, and operator, is approximately 62.31 tons. The actual lifting manifest must itemize pins, piping, handrails, walkways, and miscellaneous accessories separately, ensuring weights are not double-counted.
Typically, the bucket and stick are disassembled first. The boom, counterweight, or tracks are only removed if crane capacity is insufficient or hatch openings are restricted. Each lifted component should be marked on the stowage plan with its dimensions, weight, center of gravity, lifting lug positions, and sling angles; transport securing points should not be assumed as lifting points. Hydraulic port capping, pin rust prevention, hose numbering, and cab glass protection should be completed immediately after disconnection to prevent reassembly delays at the destination port due to contamination or incorrect connections.
Lashing Is Not Distributed Evenly Based on Total Machine Tonnage
The IMO Code of Safe Practice for Cargo Stowage and Securing (CSS Code) requires stowage and securing to be planned for the worst anticipated sea conditions of the intended voyage and executed by qualified personnel. Before loading, the weight, center of gravity, and bearing area of each lifted component must be submitted to the vessel owner for verification against hatch cover or deck permissible loads, dunnage positions, and securing plans. Tracks and metal undersurfaces cannot rely solely on friction; anti-movement structures should be implemented, and the effective forces of chains or wire ropes should be calculated for transverse, longitudinal, and overturning directions. The MSL (Maximum Securing Load), angles, welding points, and tensioning records of lashing components must be included in the loading report.
Ocean freight quotations should at least separately verify the number of main body components and accessories, loading/unloading port lifting charges, disassembly/assembly labor, lashing materials, in-hold or on-deck stowage, port miscellaneous fees, and destination port reassembly and inland oversized transport. If a quotation simply states "1 unit 94-ton CAT 395", the buyer cannot determine whether the vessel owner is charging for the complete machine or disassembled components, nor can they track any missing components.
How Easysail Assists with CAT 395 Breakbulk Delivery
Easysail can verify CAT 395 regional versions, boom-stick, bucket, track shoe, and counterweight configurations based on the specific serial number, and compile equipment photos, nameplates, work hours, and on-site operational records. After confirming the scope of the transaction, we can coordinate third-party inspections, create component numbering and packing lists, document hydraulic port capping, pin, and accessory status, and provide individual component weight, dimension, and center of gravity information to the freight forwarder and vessel owner for verification. Buyers can use the same set of lists to verify quotations, supervise loading, conduct arrival inventory checks, and reassembly; to evaluate a solution, please provide the destination port, serial number, current configuration, and local lifting and road transport restrictions.