What is Dispatch Planning? Definition, Key Metrics & How It Works

Definition

Dispatch planning is the process of scheduling outbound shipments, assigning them to the right carriers, and coordinating loading sequences to meet delivery commitments. It sits at the centre of manufacturing logistics - connecting production output to customer delivery. For companies handling 100-500 shipments per day across multiple plants, dispatch planning determines whether goods reach customers on time, whether trucks leave full, and whether freight spend stays within budget. Poor dispatch planning? It’s often the single largest source of logistics cost leakage in Indian manufacturing.

Why It Matters for Manufacturing

For steel, cement, and chemical manufacturers, dispatch planning is not a back-office task - it’s an operations-critical function that directly affects revenue. A cement plant running 200 dispatches per day from three grinding units must coordinate vehicle availability, dealer priority, route selection, and E-way bill generation in a window of hours, not days. When dispatch planning breaks down, vehicles wait at the plant gate (detention), deliveries miss dealer windows, and the operations team spends the rest of the day firefighting.

The financial impact is measurable. A mid-market steel manufacturer processing 150 shipments per day can lose Rs 15-30 Lakh per month in detention charges alone when dispatch planning is handled manually through phone calls and WhatsApp groups. Add rate leakage from unoptimised carrier selection and LTL inefficiency from partially filled trucks, and the number climbs to Rs 50 Lakh-1 Cr annually.

What makes it worse is the dependency on people. In most manufacturing companies, dispatch planning knowledge lives in the heads of 2-3 experienced coordinators. When one of them is absent or leaves, the process falls apart. There’s no system capturing why a certain carrier was chosen for a route, why a particular truck was prioritised, or how an exception was handled last time.

How It Works in Practice

The traditional approach: A dispatch coordinator starts the day with a list of pending orders. They call carriers to check vehicle availability, negotiate rates on the spot, manually match vehicles to orders based on experience, and coordinate with the plant gate for loading. This involves 50-200 phone calls per day, heavy use of WhatsApp groups, and constant reconciliation between Excel sheets. Planning is reactive - decisions are made one shipment at a time with no visibility into how one decision affects the rest of the day’s dispatches.

The AI-led approach: An AI-managed dispatch planning system takes the full day’s order book, available carrier capacity, historical performance data, and current rate contracts - then generates an optimised dispatch plan in minutes. The system considers truck fill rates, carrier reliability scores, route-based cost efficiency, and customer delivery windows simultaneously. Exceptions - like a vehicle breakdown or an urgent order - are handled within the plan rather than blowing it up entirely.

The shift is fundamental. Instead of the operations team spending the day creating the plan through phone calls, they spend it monitoring execution and handling only the exceptions that genuinely need human judgment. Companies that move from manual to AI-managed dispatch planning typically see a 15-25% reduction in freight costs and an 85% reduction in tracking-related calls within the first 90 days.

Key Metrics

• Dispatch cycle time: Time from order release to vehicle departure (target: under 4 hours)
• Truck utilisation rate: Average load capacity used per dispatch (target: above 90%)
• On-time dispatch rate: Percentage of shipments leaving within scheduled window (target: above 95%)
• Cost per shipment: Total logistics cost divided by number of dispatches (varies by industry and distance)

Related Terms

• Logistics Control Tower - The visibility layer that enables better dispatch decisions
• OTIF (On-Time In-Full) - The delivery outcome that dispatch planning directly drives
• Rate Management - Contracted rates that feed into dispatch cost calculations
• Fleet Management - Vehicle availability that constrains dispatch planning

Further Reading

• TMS Software India - Manufacturing Guide - How a TMS transforms dispatch planning
• Freight Cost Optimization for Manufacturing - Where dispatch planning fits in cost reduction
• Logistics Automation for Manufacturing - How automation replaces manual dispatch coordination