Logistikplanung
Also: Logistik-Planung, Supply-Chain-Planung, Logistisches Planungskonzept, Logistikkonzept
AI-generated
Logistics planning refers to the systematic design of processes, capacities, and structures in logistics to reliably and cost-effectively meet future requirements. It forms the foundation for investment decisions, tenders, and the selection of appropriate technologies.
Key facts
- Logistics planning establishes the structural framework for warehousing, transport, IT, and staffing before operational systems are deployed.
- Scenario-based volume frameworks for normal operations and peak loads are the central tool for dimensioning logistics capacities.
- Make-or-buy decisions are a typical outcome of logistics planning and depend on volume, scalability, and strategic objectives.
- Planning artifacts such as layouts, requirement specifications, and business cases form the basis for tenders and investment decisions.
- The quality of logistics planning stands or falls with the completeness and accuracy of the underlying movement and master data.
What is logistics planning?
Logistics planning is the structured process by which companies analyze their future logistical requirements and translate them into concrete concepts. It typically encompasses warehouse planning, material flow planning, transport concepts, IT architecture, staffing requirements, and investment calculations. Depending on the occasion, the planning horizon can range from a few months to several years — for example, in the case of new construction projects or extensive automation initiatives.
Logistics planning must be clearly distinguished from operational management: while a warehouse management system (WMS) or a transport management system (TMS) controls day-to-day operations, logistics planning defines the structural framework within which these systems will subsequently operate.
How does logistics planning work in practice?
Typically, logistics planning begins with the collection and analysis of movement data, inventory profiles, and growth scenarios. These form the basis for volume frameworks covering normal operations and peak loads, which serve as the dimensioning basis for warehouse capacities, conveyor technology, and staffing levels. Scenario-based analyses — for example, covering different growth paths or varying degrees of automation — help support decision-making under uncertainty.
- Warehouse planning: Space requirements, warehouse type, storage technology, and zoning are determined based on SKU count, order profile, and inventory turnover rate.
- Material flow planning: Goods flows are modeled, bottlenecks identified, and conveyor routes or manual processes dimensioned.
- Transport concepts: Network structure, delivery frequencies, and the question of in-house versus outsourced operations are analyzed.
- IT architecture: The system landscape, interfaces, and data flows are defined as part of the planning process.
- Investment and cost planning: CapEx and OpEx scenarios form the basis for business cases and decision papers.
Make-or-buy decisions — i.e., whether logistics services should be performed in-house or outsourced to service providers — are a key outcome of many planning projects. The answer depends on factors such as core competency, volume, scalability, and management effort, and varies by vendor and company.
What matters in logistics planning?
The quality and completeness of the data foundation are critical: planning conclusions are only as reliable as the underlying movement and master data. Early involvement of all affected departments — warehouse management, IT, procurement, finance — increases acceptance and prevents planning gaps later on. Planning artifacts such as requirement specifications, layouts, and business cases serve directly as the basis for tenders and vendor selection. Organizations that treat logistics planning as a one-time project step risk being unprepared when requirements change — regular review and updating of planning assumptions is therefore advisable.
Related terms
- Absatzplanung
Sales planning refers to the systematic forecasting of future sales volumes for defined products, regions, or channels. It forms the foundation for all downstream planning processes in production, procurement, and logistics.
- Absatzprognose
The sales forecast estimates future demand for products or items over a defined period. It forms the basis for inventory, capacity, and procurement planning in logistics and purchasing.
- Ausschreibungsmanagement Logistik
Logistics tender management refers to the structured overall process by which companies solicit bids for logistics services or systems on the market, make offers comparable, and prepare a well-founded award decision.
- Bedarfsplanung
Demand planning refers to the systematic process by which a company determines what quantities of materials, goods, or resources are needed and when. It forms the foundation for inventory management, procurement, and warehouse planning.
- Beschaffungsplanung
Procurement planning refers to the process by which a company systematically determines which materials or goods need to be sourced, in what quantities, at what time, and from which suppliers.
- Business Case Automatisierung
The Business Case Automation evaluates, from an economic and operational perspective, whether an investment in warehouse or intralogistics automation is justified. It summarizes costs, benefits, risks, and assumptions in a structured way, forming the basis for management approval decisions.
- CapEx
CapEx (Capital Expenditures) refers to investment expenditures for long-term assets such as plant, machinery, or IT infrastructure. These expenditures are capitalized and depreciated over their useful life, rather than being recorded immediately as an expense.
- Dimensionierung
Dimensioning refers to the systematic design of warehouse capacities, material handling equipment, and logistics systems based on volume frameworks, throughput requirements, and peak loads. It forms the planning foundation for investment decisions in intralogistics.
- Dispositionssoftware
Dispatching software is a software solution for the operational planning, control, and optimization of transports, routes, and resources in logistics. It helps dispatchers efficiently coordinate orders, capacities, and time windows.
- Distributionskonzept
A distribution concept describes the overall structure through which goods move from the warehouse or plant to the customer – including location structure, storage tiers, transport network, service levels, and returns logic. It serves as the operational target picture for logistics processes and network decisions.
- Distributionslager
A distribution center is a type of warehouse that consolidates goods and prepares them for targeted delivery to customers, branches, or downstream locations.
- Distributionslogistik
Distribution logistics encompasses all processes that move goods from the manufacturer or warehouse to the end customer – from network planning through storage and transportation to order fulfillment.