Questions and answers on transport optimisation
The primary objectives of transport optimisation are always to achieve a significant reduction in costs whilst simultaneously increasing efficiency across the entire supply chain network. Operationally, this is achieved by minimising empty runs, optimising the utilisation of transport resources and ensuring highly precise route planning. Another key objective is to increase customer satisfaction, as on-time deliveries and transparent processes ensure the high level of service expected today. Sustainability (green logistics) is also becoming an increasingly central focus of optimisation projects due to the goal of reducing CO₂ emissions. Concerns regarding a long ROI can easily be allayed, as initial tactical adjustments often generate noticeable savings within the same quarter.
For globally operating companies, structural approaches such as redesigning the network (storage tiers, centre of gravity) and adapting global distribution strategies are crucial. The strategic selection of 3PL or 4PL partners, rather than relying solely on spot market bookings, brings the necessary stability to volatile global transport flows. Furthermore, adjusting Incoterms – such as switching from DAP to FCA – is an excellent way to actively control freight costs and protect margins. Global networks absolutely require the use of simulation software and control towers to ensure the necessary real-time transparency. The resources committed to implementing these tools pay for themselves extremely quickly thanks to the massive increase in response speed when delivery disruptions occur.
Prioritisation in projects should always begin with a structured needs and data analysis to identify the greatest inefficiencies in a targeted manner. Often, the greatest immediate potential for savings lies in reducing freight costs through professional logistics controlling and tendering processes. This is followed by structural adjustments such as load space optimisation (increasing MOQs, introducing milk runs), before highly complex and resource-intensive IT projects are implemented. We actively address concerns regarding long project durations with this step-by-step approach: the rapid operational ‘quick wins’ thus finance the strategic, long-term adjustments to your supply chain.
Without modern IT systems, comprehensive transport optimisation is practically impossible in today’s highly complex supply chains. IT solutions provide the fundamental transparency and real-time data required to simulate transport networks and plan routes in a highly dynamic manner. They enable KPI-based logistics management and automate processes, which drastically reduces manual administrative workloads. Companies often fear high implementation costs and complex training requirements. However, our project experience shows that the investment in software support pays for itself very quickly through the avoidance of unnecessary journeys and error-free processes.
At ebp-consulting, we do not simply conclude a project after the final handover of the concept; instead, we ensure its success through consistent monitoring and ongoing adjustments. We establish regular reviews and a robust logistics control system that continuously measures the performance of transport processes against defined KPIs. Should dynamic market conditions change, we take immediate corrective action and adapt our strategies in an agile manner. We address any concerns about a return to old process patterns through intensive staff training and strong change management, starting as early as the implementation phase.