AMR, AGV & Intralogistics Automation calculator

Material Delivery SLA Capacity Calculator Calculator

Material delivery SLA planning helps ensure line-side, kitting, WIP, dock-to-stock, or replenishment moves arrive within the promised window. This calculator estimates delivery demand over an operating window and the cost exposure tied to SLA misses or expediting.

What this calculator does

  • Estimate SLA delivery demand and cost from required delivery rate, operating window, and cost per late or expedited delivery.
  • a logistics planner needs to quantify delivery demand and SLA cost exposure for an AMR, AGV, or route plan
  • Returns expected delivery count for the SLA window and a cost exposure tied to delivery misses or expediting.

Formula used

  • Required deliveries in SLA window = required material delivery rate × SLA operating window
  • SLA delivery cost exposure = required deliveries in SLA window × cost per late or expedited delivery

Inputs explained

  • Required material delivery rate: undefined
  • SLA operating window: undefined
  • Cost per late or expedited delivery: undefined

How to use the result

  • Use it for line-side service levels, kitting SLA planning, dock-to-stock commitments, and automation dispatch priorities.
  • The estimate does not predict actual late deliveries; it sizes demand and cost exposure based on entered SLA assumptions.

Common questions

  • What is the required delivery rate? It is the number of material deliveries, totes, pallets, carts, or replenishment missions required per hour to meet the service promise.
  • What should the SLA operating window cover? Use the shift, production window, dock window, or customer service period where the delivery promise applies.
  • What does cost exposure mean? It values the delivery volume using the entered late or expedite cost so planners can understand the financial importance of the SLA.
  • How can I use this result? Use it to set dispatch priorities, justify fleet capacity, plan buffers, or compare manual and automated delivery reliability.

Last reviewed 2026-05-12.