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Create a complete equipment list. Include precise dimensions (length, width, height), weight, and any unique features (e.g., fragile parts, centre of gravity). Use high-resolution photos (at least 300 dpi) from multiple angles, showing all sides and any damage. Clear identification labels are essential. These photos are vital for damage assessment and customs clearance.
Thoroughly assess risks at every transport stage (loading, transit, unloading, storage). Consider weather, handling, and security risks.
Verify both origin and destination ports can handle oversized/heavy (OOG) cargo. Conduct port surveys and pre-transport site visits to check accessibility, crane capacity, ground access, storage, and route limitations.
Identify route constraints (bridges, tunnels, weight limits, low-hanging power lines). Specialised route planning software may be necessary.
Design strong, custom crates using materials like plywood, steel, or specialist composites. Include shock absorption (e.g., foam, air cushions) and climate control (e.g., desiccant packs, temperature-controlled containers) as needed. Consider transit conditions.
Obtain all export/import licenses, permits (especially for oversized/heavy cargo), and customs documents well in advance. Allow ample processing time.
Choose the best transport mode (sea, road, rail, air) based on cost, transit time, and infrastructure. A multimodal approach is often best.
Mode | Advantages | Disadvantages |
---|---|---|
Sea Freight | Cost-effective for long distances, high capacity | Slow transit, potential damage |
Road Haulage | Flexible, door-to-door service | Higher cost for long distances, traffic delays |
Rail Freight | Cost-effective for medium distances, high capacity | Limited accessibility, slower than road |
Air Freight | Fastest transit time | Most expensive, limited capacity for OOG cargo |
Select a reputable heavy-lift specialist experienced with satellite ground infrastructure. Shipping International offers expertise in this area. Check certifications (e.g., ISO 9001), track record, insurance, liability, and reviews.
Supervise loading to ensure proper securing using appropriate lashing and bracing (refer to standards like ISO 6683). Document with photos and videos.
Prepare and submit all customs documentation at origin and destination. This includes commercial invoice, packing list, certificate of origin, and other required documents. Use a customs broker if needed.
Follow all international and national regulations for hazardous materials (if applicable) and oversized/heavy cargo.
Create a contingency plan for delays due to weather, port congestion, customs, or other issues. Include alternative transport and communication protocols.
Arrange for specialised heavy-lift equipment (cranes, forklifts) at the destination. Conduct site surveys to assess unloading and installation feasibility.
If needed, coordinate with on-site installation teams.
Get comprehensive cargo insurance covering all risks. Consider all-risks coverage or Institute Cargo Clauses.
This section will contain frequently asked questions.
Incoterms (International Commercial Terms) define responsibilities and costs between buyer and seller in international trade. For satellite ground infrastructure, relevant Incoterms include:
The chosen Incoterm significantly impacts cost and liability. Careful consideration is crucial.
Shipping satellite ground infrastructure may involve hazardous materials (e.g., batteries, refrigerants). Adherence to environmental regulations is mandatory. This includes:
High-value satellite ground infrastructure necessitates robust security measures:
Shipping International provides logistics expertise for this type of shipment.
shippinginternational.co.uk
Tel: 0330 027 0450
We understand the complexities of international shipping. Let us help you navigate them.
Start the Conversation Today.