How to Dispatch Trucks: A Step-by-Step Planning Guide for Bulk Fleets

What dispatching trucks actually involves

On a bulk or tank fleet, "dispatching" covers two different jobs. The first is dispatch planning: building tomorrow's dispatch board, every load matched to a driver and put in order. The second is live dispatch: sending those assignments to drivers, tracking them through the day, and handling what goes wrong. Your trucking dispatch software or TMS is built for the second job. The first job usually happens in a dispatcher's head, on a whiteboard or in a spreadsheet, between about 3 and 7 in the afternoon.

The plan decides most of what the day is worth. A good plan starts each driver near their first pickup, chains each drop close to the next load, keeps every driver inside their hours of service and every load inside its window. A rushed one does none of that, and no amount of live dispatching the next morning can fully recover it.

How to dispatch trucks by hand: the nine steps

This is the method experienced bulk dispatchers converge on. It works on a whiteboard, in a spreadsheet or on the dispatch board in your TMS. The order matters: each step narrows the choices for the next.

1. Close out today first.Know where every truck will finish tonight and when. Tomorrow's first load should start near where today's last one ends, so an accurate end position is worth more than any later step.
2. Build the load list.Every load for tomorrow with its pickup and delivery, appointment window, product, equipment needed, driver requirements (hazmat, tanker, TWIC, customer-approved drivers) and urgency. Flag aged loads and anything already promised to a customer.
3. Build the driver list.Who is on, where each driver starts, their start time, hours left on the 14-hour, 11-hour and 70-hour clocks, endorsements, and who has to be home tonight.
4. Place the hard-constrained loads first.Loads only one or two drivers can legally or practically take go first: hazmat, a customer's approved-driver list, the tightest windows, urgent and aged loads. Lock them.
5. Chain loads to cut deadhead.For each driver, pick a first load near their start, then a second load whose pickup is near the first drop, and so on. Think in chains, not single loads. This is where loaded miles are won or lost.
6. Sequence against the clock.Check every chain against appointment windows, rack and terminal hours, load and unload times and known congestion. Leave a buffer so one late gate doesn't push the whole day.
7. Balance the drivers.Even out hours and loads so one driver isn't run to the limit while another sits half-empty. It protects both the plan and retention.
8. Check the numbers before you release.Add up planned loaded miles and total miles. If the plan's loaded-mile percentage is below your usual, look for the driver with the longest empty leg and try a swap.
9. Release, and keep an exceptions list.Send assignments through your dispatch software, and write down what you had to compromise on. Tomorrow's exceptions are next week's rules.

Where manual plans lose miles

The method is sound. The problem is scale. Five drivers and fifteen loads can be planned well by hand. Seventy drivers and two hundred loads have more possible plans than anyone can check in an afternoon, so a dispatcher settles on the first plan that works rather than the best one. The losses show up in the same places:

• Truck-by-truck planning. Each driver's day is built on its own, so a load that would chain perfectly for driver 12 is already taken by driver 3.
• Estimated clocks. Remaining hours are guessed from when today's loads should deliver. Sixty estimates stacked together make an unreliable plan.
• Late changes. A driver calls out at 4:30 or a customer moves a window, and the last hour of planning gets compressed into twenty minutes.
• No check on the result. Few fleets compare the planned loaded-mile percentage with what a better plan would have produced, so the gap never gets measured.

We cover the cost of that afternoon in more detail in The 3pm Problem, and how the gap is measured in What Is a Loaded-Mile Percentage.

How to dispatch trucks with Nivio

Nivio Dispatch is dispatch planning software. It doesn't replace your trucking dispatch software, TMS or ELD; it sits on top of them and builds the plan they run. The steps are the same nine. What changes is who does the arithmetic.

1. Bring in loads and drivers.Import the spreadsheet you already keep, key them in, or pull them from your TMS or dispatch software over the API. Driver clocks and positions can come from Samsara, Geotab or Motive.
2. Set the shape and the objective.Plan by operating area, commodity, or day and night crew, and choose what "best" means: fewest deadhead miles, highest loaded-mile percentage, most loads per driver or most profit.
3. Let the Proprietary Algorithm build the board.It weighs hours of service per driver, windows, qualifications, equipment, incompatible loads, rack geography and lane chaining across the whole fleet at once, not truck by truck.
4. Review it on the map.Every driver's day is drawn end to end, so a pairing that looks wrong can be checked rather than taken on faith.
5. Lock, swap and re-solve.Pin the assignments you have promised, swap what you know better than the data, and the rest of the plan re-solves around your calls.
6. Compare two ways of running it.Solve for fewest deadhead miles, then for most loads per driver, and read the difference side by side.
7. Release.Export the plan or push assignments back to your TMS, so drivers are dispatched from the system they always were.

The planning that used to take the afternoon becomes a review: under 30 minutes for a full shift. Nothing is dispatched without the dispatcher's approval.

Manual and Nivio, step by step

Step	By hand	With Nivio
Loads and drivers	Typed onto the board	Spreadsheet, keyed in, or from your TMS
Hours of service	Estimated per driver	Read per driver: 14, 11, 30-minute and 70-hour
Constrained loads	Placed first from memory	Qualification tags matched before any lane
Chaining loads	One driver at a time	Whole fleet at once
Windows and congestion	Checked as you go	Sequenced with buffers you set
Checking the plan	Often skipped	Loaded-mile %, deadhead and utilization on screen
Time	2 to 3 hours a day	Under 30 minutes

If you are setting up a schedule for day and night crews, the companion guide on dispatch scheduling goes deeper on shifts and buffers, and How to Reduce Deadhead Miles covers step 5 in detail.

Questions

How do you dispatch trucks?

Plan first, then dispatch. Close out where every truck finishes today, list tomorrow's loads and drivers with their windows, requirements and hours of service, place the hard-constrained loads first, chain the rest to cut deadhead, check the sequence against windows, balance the drivers, check the plan's loaded-mile percentage and release it through your dispatch software.

How long does it take to dispatch trucks for a bulk fleet?

Building tomorrow's plan by hand typically takes a dispatcher 2 to 3 hours each afternoon for a mid-sized bulk fleet, longer when loads or drivers change late. With Nivio Dispatch the same plan is built and reviewed in under 30 minutes.

What software do you need to dispatch trucks?

Most fleets run trucking dispatch software or a TMS to send and track assignments, plus an ELD for hours of service. Neither builds the plan itself. Nivio Dispatch is the dispatch planning layer that sits on top of them: it builds the plan, the dispatcher approves it, and it goes back to the TMS.

Is Nivio Dispatch a replacement for my dispatch software?

No. Nivio Dispatch is dispatch planning software, a companion to your trucking dispatch software or TMS. You keep the systems you dispatch from; Nivio decides the best plan for them to run.