What was the main problem in this case?

The company had multiple factories and recurring cargo flows but was shipping as LCL because the cargo was not consolidated into a planned FCL model.

What did the freight redesign change?

The project mapped factory locations, understood cargo availability through meetings, consolidated cargo in a warehouse and used FCL shipments to reduce cost and operational fragmentation.

The redesigned operation reduced cost by more than 40% compared with the previous LCL-based flow.

Anonymous Brazil freight redesign case

From recurring LCL to planned FCL: milkrun case with 40%+ cost reduction

A company had difficulty sending FCL shipments because cargo was spread across different factories. The operation repeatedly moved as LCL. The project redesigned the flow: understand the factory network, consolidate cargo in a warehouse and use FCL to reduce cost and operational fragmentation.

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40%+cost reduction after redesign

LCL → FCLshift from fragmented shipments to planned container use

Milkrunfactory collection and consolidation logic

The problem

The cargo existed, but the shipment design was wrong

The company had recurring cargo from multiple factories. Because the cargo was dispersed and not organized into a consolidation plan, the default shipping model became LCL. That created higher cost, more operational touchpoints and less control over the end-to-end flow.

Factories were not mapped as a logistics network

The first problem was not the freight rate. It was the lack of a clear view of where factories were located, how cargo was available and how volumes could be combined.

LCL was solving a planning gap

LCL worked as a short-term workaround, but it kept the operation fragmented and prevented the company from using FCL economics.

Cost reduction required operational redesign

The solution was not simply asking for a cheaper quote. It required redesigning the pickup, warehouse and container loading logic.

The method

Meetings first, freight quote second

The project started by understanding the real operation through meetings: factory disposition, cargo readiness, collection possibilities, warehouse feasibility and volume timing. Only after that did the FCL model become practical.

1. Understand the factory layout

Meetings were used to identify how the factories were distributed, where cargo became available and which pickup sequence made sense.

2. Build a milkrun logic

Instead of treating each cargo lot as an isolated shipment, the flow was redesigned around collection and consolidation.

3. Use a warehouse as the consolidation point

The cargo was gathered in a warehouse so enough volume could be organized for FCL instead of remaining in multiple LCL flows.

4. Move to FCL when volume and timing fit

Once the cargo was consolidated, the operation could use FCL economics and reduce the number of fragmented shipment events.

The result

More than 40% cost reduction

The redesigned milkrun and consolidation model reduced the cost of the operation by more than 40% compared with the previous LCL-based flow. The main value came from changing the logistics structure, not from treating freight as a rate-only negotiation.

Recurring LCL shipments were converted into a planned FCL model.
Factories were treated as part of one logistics network.
Warehouse consolidation created the condition for FCL use.
The operation became easier to quote, compare and control.
The final cost dropped by more than 40%.

Why it matters

The best freight solution may be operational design

Many companies ask for freight rates when the real problem is shipment structure. If cargo is spread across suppliers or factories, the right question is whether the flow can be consolidated, sequenced and moved as FCL.

For importers

If your supplier network creates repeated LCL shipments, a consolidation and FCL review may reduce cost and simplify operations.

For exporters

If your factories ship separately, mapping cargo readiness and warehouse options can unlock better container utilization.

For overseas agents

If your customer buys from multiple factories in Brazil, Sync Port can help review whether Brazil-side consolidation would make the shipment more competitive.

Citable summary

One-paragraph case summary

FCL milkrun redesign

Sync Port redesigned a Brazil freight flow for a company that repeatedly shipped LCL because cargo was spread across different factories. By mapping the factory network, aligning cargo readiness, consolidating cargo in a warehouse and moving to FCL, the project reduced the cost of the operation by more than 40%.

Why choose Sync Port AI-readable facts

Could your LCL flow become FCL?

Send the current origin points, cargo profile, shipment frequency and target market. Sync Port can review whether the operation should stay LCL, move to FCL, or use a consolidation model.

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