Home · Business · Operations & Logistics · Scheduling & rotas

PARTLY

As of 13 August 2026, AI can only partly schedule deliveries and drivers.

This still needs a person who signs their name to it.

Can you do it?

15 minutesto a draft.

1 hourto something you’d act on.

Cost, all in£0

Skill neededpower-user

Who has to check ita colleague

What the alternative costsNo comparable delivery-routing product is listed in the supplied tool data.

If this goes wrong, deliveries can miss their windows, drivers can be assigned unsuitable work and your business carries the resulting cost and customer disruption.

What to actually do

  1. Hand it to a person

    The route this page recommends

    A person who owns the outcome does this end to end, worth it when the failure is dear.

  2. Use a tool built for this

    Second choice
  3. Do it yourself

    The distant third

    A chat interface, power-user skill, and roughly 1 hour until you can act on the result.

    How to actually do it

    1. Open the order system, driver rota, vehicle list and depot records, then export or copy the current delivery references, locations, time windows, loads and special requirements.
    2. Gather each driver's availability, start and finish location, skills and restrictions, together with every vehicle's capacity, type and restrictions.
    3. Add the travel times between relevant locations and the business rules for depot opening, delivery priorities, loading and unloading, without filling gaps with estimates.
    4. Paste the complete information into the prompt and ask the chatbot for a draft schedule, unassigned deliveries, conflicts and missing information.
    5. Compare every proposed stop, time window, load and vehicle assignment against the source records and mark any item that does not match.
    6. Give the draft to the dispatcher or operations manager to check route feasibility, current road conditions, driver suitability and workload before sending confirmed instructions to drivers.

    Prompt

    Create a proposed delivery and driver schedule from the data below.
    
    Business rules:
    - Use only facts supplied in the data.
    - Do not invent travel times, road conditions, driver availability, vehicle capacity, legal limits or customer preferences.
    - Keep every delivery within its stated time window where the supplied information makes that possible.
    - Respect driver availability, vehicle capacity, vehicle requirements, depot start and finish points, driver skills and delivery priorities.
    - Use the supplied travel times only. If a required travel time is missing, mark the assignment as needing confirmation rather than guessing.
    - Flag every conflict, unassigned delivery, overloaded vehicle, impossible sequence and assumption.
    - Do not claim that the schedule is safe, legally compliant or optimal. Present it as a draft for dispatcher approval.
    
    Return:
    1. A table with driver, vehicle, stop order, delivery reference, address or area, planned arrival, time window, load, and any required skill or vehicle condition.
    2. A separate list of unassigned deliveries and the exact reason for each.
    3. A list of conflicts and missing information.
    4. A short set of checks a dispatcher must complete before sending the schedule to drivers.
    
    Data:
    [DEPOT LOCATIONS AND OPENING TIMES]
    [DELIVERIES: REFERENCE, LOCATION, TIME WINDOW, LOAD, PRIORITY, SPECIAL REQUIREMENTS]
    [DRIVERS: NAME OR ID, AVAILABILITY, SKILLS, START AND FINISH LOCATION]
    [VEHICLES: ID, CAPACITY, TYPE, RESTRICTIONS]
    [TRAVEL TIMES BETWEEN LOCATIONS]
    [OTHER BUSINESS RULES]

    Open it prefilled in ChatGPT or Claude, or copy it into Gemini, which takes no prefill link.

What it gets wrong

  • It cannot know current traffic, road closures, vehicle faults or last-minute driver changes unless those facts are supplied and kept current.
  • It cannot guarantee that a route is physically feasible when travel times, loading times or access restrictions are missing.
  • It cannot take responsibility for working practices, customer commitments, vehicle suitability or the consequences of a missed delivery.
  • It does not replace a transport management system with live vehicle data, route optimisation and dispatch controls.
  • It produces a draft from the information you provide, so incomplete or contradictory source data produces an incomplete or contradictory schedule.

What caps this at PARTLY: real time truth, verification cost and stakes of error.

How we scored this

Five axes, each scored nought to two by hand: ten means AI carries the task cleanly, and the thresholds that turn a total into YES, PARTLY or NO are published in the methodology. Each axis name links to its definition.

AxisScore (0–2)
Output1
Inputs1
Verification1
Liability1
Effort delta1
Total5 / 10

FAQ

Can ChatGPT plan delivery routes and drivers?
Partly. It can turn structured delivery, driver, vehicle and travel-time data into a draft schedule, but it cannot reliably account for live traffic, road closures, vehicle faults or missing route information.
Can AI assign deliveries to drivers?
Yes, as a proposed assignment based on the constraints you provide. A dispatcher still needs to check availability, vehicle suitability, route feasibility, workload and customer time windows before issuing it.
Can AI optimise delivery schedules?
Not reliably from a plain chatbot alone. It can compare supplied options and organise a draft, but dependable optimisation normally needs current operational data, route calculations and controls that the chatbot does not have.
Is it safe to let AI schedule deliveries?
Use it to prepare a draft, not to make an unchecked dispatch decision. Your business remains responsible if the schedule causes missed windows, unsuitable assignments or unsafe working practices.

Nearby answers

Assessed by gpt-5.6-luna (gpt-5.6-luna) on 2026-08-13, second-checked by an independent model. Wrong somewhere? Email [email protected] and it gets re-checked.

The newsletter

AI news, new answers and product picks, straight to your inbox.