Your import-export questions, answered

A freight forwarder's cost is not just the base freight: it also includes surcharges (BAF, GRI, peak season), terminal handling charges (THC) at origin and destination, documentation, customs clearance, and possible demurrage and detention. To avoid hidden fees, insist on a quote itemized line by line and have them spell out what can be added to it.

Surcharges dress up a freight invoice beyond the base freight: BAF covers fuel, CAF currency fluctuations, LSS compliance with low-sulphur fuel, GRI a general increase decided by the carriers, and the peak season surcharge strong seasonal demand. Demurrage and detention penalize a container immobilized for too long. A good freight forwarder itemizes each line and helps you anticipate them.

Importing from China follows a clear sequence: negotiate the right Incoterm with the supplier (often FOB), choose the mode (ocean FCL/LCL or air depending on volume and urgency), book the freight, organize factory pickup and Chinese export, track the transit (30 to 45 days by ocean to Europe), then clear customs on arrival (duties + VAT) before final delivery. A freight forwarder runs the whole process and secures the sensitive points: documents, transit times, customs.

Ocean is the default choice for large volumes and non-urgent goods: the cheapest, but 30 to 45 days transit from Asia. Air costs several times more but delivers in 5 to 8 days - relevant for the urgent, the perishable, the very small high-value volume, or to avoid a stockout. The rule: compare the total cost (transport + inventory tie-up + risk of stockout), not just the freight price. For small volumes, also compare LCL and air.

Project cargo covers goods that do not fit in a standard container: machinery, heavy equipment, out-of-gauge pieces. It requires a case-by-case study - choosing the right equipment (flat rack, open top, conventional, breakbulk), lashing and stability calculations, transit permits, sometimes exceptional handling. Dangerous goods (hazmat/IMDG) add strict rules. It is a logistics engineering job: a specialized freight forwarder secures the route, the documents, and compliance end to end.

The freight forwarder organizes and manages the movement of your goods (booking freight, coordinating modes, tracking). The customs broker files customs declarations on your behalf. These are two distinct jobs, but many freight forwarders - including OVRSEA - bring the two together: you then have a single point of contact for both transport and customs clearance, which simplifies coordination and reduces the risk of error.

On import, customs duties are owed by the importer (the consignee), except under the DDP Incoterm where the seller bears them. They are calculated by applying a rate, set by the goods' HS code, to the customs value (generally the CIF value: goods + insurance + freight). VAT is then added on top of that total. To reduce the bill: classify your products correctly, use preferential origin agreements, and apply the right customs procedures.

Incoterms 2020 define, for each shipment, where the seller's responsibility ends and the buyer's begins: who pays for transport, who bears the risk, who handles customs. EXW: the buyer takes everything from the factory. FOB: the seller delivers on board at the port of departure, the buyer pays the freight. CIF: the seller pays freight and insurance to the port of arrival. DDP: the seller delivers cleared at destination, all included. For an importer, FOB often offers the best cost control.

To choose the right freight forwarder, assess five criteria: coverage of the modes and trade lanes you need, transparent quotes (everything itemized, no hidden fees), the quality of tracking and alerts, the responsiveness of a named point of contact, and the ability to handle customs and carbon reporting. Always request several quotes and compare them line by line.

A digital freight forwarder brings pricing transparency, fast quotes, and online tracking; a traditional forwarder relies on the human relationship and field experience. The right choice no longer pits the two against each other: the best digital players combine a modern platform with a dedicated team, bringing together transparency and personalized support.

Delays come mainly from external causes (port congestion, Red Sea/Panama reroutings, blank sailings, weather) and avoidable causes (customs prepared too late, incomplete documents, no plan B). You make your transit times reliable by working with realistic rather than optimistic transit times, tracking the shipment in real time with proactive alerts, preparing customs before arrival, and choosing a freight forwarder who acts on a delay - not one who merely reports it. Real resilience is built with buffers and a documented plan B.

Tracking a shipment in real time now runs through a platform that aggregates data from carriers, terminals, and partners: vessel position, milestones passed, customs status, documents. What matters is not just seeing, but being alerted automatically as soon as a drift appears, and being able to act. A good digital freight forwarder offers a centralized portal (quotes, tracking, documents), proactive alerts, and above all a team that reacts when the dashboard turns red. Visibility without action is useless.

You switch freight forwarders when the signals add up: ignored emails, no dedicated contact, repeated delays, opaque invoices, no visibility. Switching is less risky than it seems if you proceed in stages: scope your need, run an RFQ with a precise specification, compare the offers line by line (and not just on the base price), then migrate gradually while keeping an overlap. A good incoming forwarder knows how to organize the transition without interrupting your flows.

Verifying a freight forwarder rests on concrete proof: legal existence and track record, certifications and accreditations (AEO in Europe, FIATA, FMC license for US flows), insurance and the ability to cover your goods, pricing transparency, and references in your sector. Be wary of abnormally low prices, payments requested to personal accounts, and the absence of a clear address or point of contact. The quality of the answers during the quoting phase remains the best indicator.

Freight transport weighs heavily in a company's scope 3 (indirect emissions). Reducing it runs through the choice of mode (ocean emits far less than air per tonne-kilometer, rail less than road), optimizing load factor and lanes, and diversifying toward low-carbon solutions. To measure and report it (CSRD), you need reliable, traceable emissions data per shipment - which few freight forwarders provide yet. A forwarder able to produce usable CO2 reporting becomes an asset for compliance and differentiation.

In international freight, AI is not a marketing pitch: it automates the tasks that used to waste time - reading documents (packing lists, invoices), extracting product references and HS codes, finding a shipment by its SKU, spotting an anomaly or a delay before it costs. Used well, it removes re-keying and makes data reliable, provided it is backed by a team that acts. The real value is not AI alone, but AI inside a control platform, serving concrete decisions.

Useful transport reporting is not rebuilt by hand in Excel at the end of the quarter: it relies on reliable, dated, and exportable data, produced continuously by the freight forwarder's platform. The indicators that matter: on-time rate, transit times by supplier and by lane, cost per unit, gaps between pre-invoice and invoice, and CO2 emissions per shipment for scope 3 and CSRD. Automating this reporting means moving from observation to steering - and ending the chase after data.

A modern freight forwarder exposes an API (and supports EDI) so that shipment data - ETD/ETA statuses, costs, documents, CO2 emissions - flows automatically into your ERP or TMS, with no re-keying. Before you sign, ask for: a documented REST API, webhooks for events, EDI support for high volumes, scheduled exports, and a sandbox to test. The goal is not integration for its own sake, but a single source of data between your IT systems and the forwarder's.

Yes - that is what MCP (Model Context Protocol) makes possible: a freight forwarder can expose your shipment data to an AI assistant (Claude, ChatGPT...) so you ask your questions in plain language - 'my shipments to Chicago', 'which invoices are still due?', 'my on-time rate last quarter?'. It is the step after the API: data is no longer just dumped into a system, it becomes queryable in everyday language, by you or by your own AI agents. All of it read-only and strictly scoped to your organization.

Managing transport by email scatters the truth: a status in one thread, a document in another, a decision lost in a ten-person loop. The result: constant follow-ups, errors, and delays spotted too late. A control platform centralizes shipments, documents, messages, and alerts in one place, shared with the freight forwarder's team. Email becomes the exception again, not the system of record - and you stop chasing information.

Re-keying - copying the same data from quote to order, from order to customs, from customs to reporting - is the leading source of errors and wasted time in a supply chain. Operational excellence is not piling up tools: it is entering data once and letting it flow. Automatic document reading, a single source of truth, automatic checks (pre-invoice against invoice), and a few indicators to keep improving. The goal is not technology for its own sake, but fewer errors, faster cycles, and decisions based on reliable data.