Logistics Planning
Use when asked to plan how goods physically move from origin to destination — transportation mode, routing, timing, handoffs — as distinct from the broader [[supply-chain-risk-assessment]], which identifies what could go wrong across the whole chain rather than laying out the concrete plan for moving goods.
Logistics planning is the practice of planning how goods physically move from origin to destination: which transportation mode to use, what route to take, when each leg needs to happen, and who's responsible at each point the goods change hands. It's the concrete, executable plan that gets a shipment from a supplier's dock to a customer's door.
Key components
- Mode selection tradeoffs — air, ocean, rail, and truck each trade cost against speed and reliability differently; the right choice depends on the shipment's value, urgency, and how much delay the downstream plan can absorb.
- Routing and consolidation — the specific path goods take, and opportunities to combine smaller shipments into fuller loads to cut cost and simplify tracking, without adding so many stops that transit time balloons.
- Lead time buffers — extra time built into the schedule beyond the carrier's quoted best-case transit time, sized against how often delays actually happen on that route, not against the rare case everything goes perfectly.
- A clear point of accountability at each handoff — every point where goods change custody (supplier to carrier, carrier to warehouse, warehouse to last-mile) has one named owner responsible for confirming the handoff happened and flagging it if it didn't.
How this fits with demand and risk
Logistics planning turns a Demand Forecasting projection and an Inventory Management reorder decision into an actual movement plan. It's distinct from Supply Chain Risk Assessment: risk assessment identifies what could go wrong across suppliers, routes, and regions; logistics planning is the operational plan for the specific movement that's actually happening, informed by but not the same exercise as that risk map.
Common pitfalls
- Lead times planned around best-case transit time — a route that quotes 5 days but routinely runs 7-8 once customs, port congestion, or weather are accounted for still gets scheduled at 5, so routine disruptions read as emergencies instead of expected variance.
- Handoff points with no clear owner — when no one is explicitly responsible for confirming a shipment left one leg and started the next, a delay at a handoff goes unnoticed until someone downstream asks where the shipment is.
- A single carrier or route with no fallback — relying on one carrier or one route means any disruption to that carrier or route stops the shipment entirely, with no pre-arranged alternative to fall back on.
- Consolidation pursued past the point it helps — combining shipments to save cost but adding enough extra stops or wait time for a full load that the total transit time defeats the purpose of the original schedule.
- Mode chosen on cost alone — picking the cheapest mode without weighing the cost of the resulting delay against what's actually waiting on the other end (a stockout, a missed production run).
Learn more
- Supply Chain Risk Assessment for identifying the broader risks (supplier concentration, route disruption, geopolitical exposure) a logistics plan should account for.
- Demand Forecasting for the projection that determines what needs to move and by when.
- Inventory Management for the reorder decisions that trigger a shipment in the first place.
- Capacity Planning for making sure warehouse or staffing capacity is ready to receive what the logistics plan delivers.