Search this question and you will find estimates of $5,000, $8,000 to $100,000, $20,000 to $150,000, and $300,000 to $800,000. All published by development agencies. All describing the same thing.
They are not lying. They are answering different questions and not telling you which one. A dispatch tool for a five-truck carrier and a multimodal platform for a global shipper are both "a TMS," and they differ by a factor of twenty.
So this article does the thing those pages skip. It sorts the cost by the size and shape of your operation, shows where the money actually goes, and lists the expenses that turn up after the quote is signed.
Worth knowing why the question is being asked more often. Fortune Business Insights puts the global TMS market at $21.3 billion in 2026, heading to $44.8 billion by 2034. Note that market-size estimates for this category vary widely between research firms depending on what they count as a TMS, so treat any single figure as directional. The trend is not in dispute: more operations are outgrowing spreadsheets, and a good share of them find that off-the-shelf platforms do not match how they actually run.
Why the published estimates disagree so wildly
Three things drive the spread, and none of them are usually stated.
- Scope. "TMS" covers everything from load entry with a tracking screen to a rate engine with carrier bidding, multi-leg planning and customs documentation.
- Integration count. A system that stands alone is a fraction of the cost of one wired into an ERP, an accounting package, two ELD providers and a load board.
- Where it is built. Blended rates run roughly $25 to $45 an hour offshore and $90 to $180 in North America or Western Europe. Same scope, triple the invoice.
Once you fix those three variables, the number stops moving around.
TMS development cost by size of operation
Here is the breakdown that matters, based on what each type of operation actually needs in a first production release.
Small carrier, 5 to 25 trucks: $18,000 to $35,000
You are replacing spreadsheets and a WhatsApp group. The build covers load entry, driver assignment, a mobile app for drivers to update status and upload proof of delivery, basic customer tracking and simple invoicing.
Timeline is typically three to four months. At this size, seriously price up SaaS first. If your workflow is standard, a subscription will beat a build.
Freight broker or growing 3PL, 300 to 2,000 loads a month: $45,000 to $85,000
This is where custom starts making sense, because brokers rarely run standard workflows. The scope adds a carrier portal, rate and margin management, load board integration, automated billing with factoring support, a customer-facing tracking page and real reporting.
Timeline is five to seven months. The commercial logic is straightforward: if your margin per load depends on a pricing rule no off-the-shelf system supports, that rule is worth building.
Multi-depot carrier, 100 to 500 vehicles: $95,000 to $180,000
Now you need a route optimisation engine, ERP and warehouse system integration, compliance handling for hours of service and inspections, role-based access across depots, and analytics that hold up to a board meeting.
Timeline is eight to twelve months, usually phased so the first depot goes live before the last module is finished.
Enterprise carrier or shipper, 500+ vehicles: $200,000 to $400,000+
Multimodal planning, customs and cross-border documentation, tariff logic, deep integration with existing enterprise systems, and the security and audit requirements that come with that scale. Twelve to eighteen months, delivered in phases.
Where a TMS budget actually goes
Most buyers assume the dispatch screen is the expensive part. It is not the whole story.
Integrations take a fifth of the budget and cause most of the delays. Every ELD vendor, accounting package and load board has its own API, its own quirks and its own rate limits. That work is invisible in a demo and unavoidable in production.
The driver mobile app is the other line people underestimate. It runs on cheap Android handsets, in areas with no signal, operated by someone wearing gloves. Offline handling alone accounts for a meaningful slice of the build.
The costs that never appear in the quote
These are the items that show up as change requests three months in.
The one that surprises people most is mapping API usage. Routing and geocoding are billed per request, and a busy 200-vehicle operation can generate several hundred dollars a month in calls before anyone notices.
Data migration is the other reliable overrun. Years of loads, carrier records and rate tables sitting in spreadsheets have to be cleaned before they are imported. That work is slow, unglamorous, and almost never scoped properly.
Build versus buy: the three-year maths
The honest comparison is not build cost against subscription cost. It is total cost of ownership over the period you will actually run the system.
In this example the custom build costs more for the first year, breaks even around month fourteen, and is roughly $138,000 cheaper by month thirty-six. That gap widens every time you add a user, because subscriptions scale with headcount and a build does not.
But the crossover point is sensitive. Fewer users, or a shorter horizon, and SaaS wins comfortably. Run your own numbers before treating this as settled.
The deciding question is not cost. It is whether a generic TMS fits how you actually work. If it does, buy it — you will not beat the economics. If your billing rules, carrier relationships or routing constraints are the thing that makes you competitive, those are the parts worth owning.
How your development location changes the price
Identical scope, three very different invoices. Rates are the single biggest lever on the final number, and the one buyers control most directly.
| Region | Blended rate | Same mid-market TMS |
|---|---|---|
| North America | $110 – $180 / hr | $380,000 – $600,000 |
| Western Europe | $90 – $140 / hr | $300,000 – $470,000 |
| Eastern Europe | $45 – $75 / hr | $150,000 – $250,000 |
| India and South Asia | $25 – $45 / hr | $85,000 – $150,000 |
The gap is real, but rate alone is a poor way to choose. A cheaper team that needs two extra months of rework costs more than a stronger team that gets the data model right first time. What actually protects the budget is domain knowledge: an agency that has built dispatch and settlement before will not spend three weeks discovering how detention billing works.
When you compare quotes, ask for the estimate in hours as well as currency. It exposes whether one agency has scoped less work or simply priced the same work differently, which is the comparison the headline number hides.
What makes a TMS cost more than it should
Four patterns account for most overruns we see.
- Rebuilding what you can integrate. Accounting, telematics and mapping are solved problems. Building your own is a common and expensive mistake.
- Skipping discovery. Two weeks mapping the real dispatch workflow prevents months of rework. Teams that skip it pay for the same feature twice.
- Launching everything at once. Big-bang rollouts fail against dispatchers under pressure. Phase it by depot or by module.
- Vague integration scope. "Integrates with accounting" is not a requirement. Name the system, the version and the exact fields.
How to get an estimate you can trust
Before you request quotes, write down the answers to these. You will get comparable numbers instead of a spread from three agencies guessing at different scopes.
- How many vehicles, drivers and loads per month?
- Exactly which systems must it connect to, by name?
- Does it need a driver mobile app, and does it work offline?
- Which compliance requirements apply in your operating regions?
- Who enters data today, and what will change for them?
- What does success look like in numbers — fewer empty miles, faster invoicing, lower detention?
Any agency that quotes a firm price without asking these is guessing. Treat a fixed number offered before discovery as a warning sign, not a selling point.
Getting a real number for your operation
Duple IT Solutions builds custom logistics and transport software for clients across the US, UK, Canada and Australia. We start with a short scoping session that produces a costed scope you can take to other agencies for comparison.
That includes telling you when a subscription would serve you better than a build. For operations under about 25 vehicles running standard freight, that is often the right answer, and we would rather say so than sell you a project you do not need.
Frequently Asked Questions
Frequently Asked Questions
Between roughly $18,000 for a small carrier's dispatch and tracking system and $400,000 or more for an enterprise multimodal platform. Most mid-market builds land between $45,000 and $180,000. The main variables are integration count, whether you need a driver app, and where the team is based.
Three to four months for a small carrier build, five to seven for a broker or 3PL platform, and eight to twelve for a multi-depot system. Enterprise programmes run twelve to eighteen months and are almost always phased.
Over three years, usually yes for operations above about 40 users, because subscriptions scale with headcount. Below that, SaaS normally wins. The break-even in our worked example lands near month fourteen, but it moves with user count and licence price.
Budget 15 to 20% of the build cost annually for maintenance, plus hosting at roughly $150 to $600 a month and metered mapping and routing API usage. Together these typically add 20 to 30% to true first-year cost.
Yes, and it is usually the right approach. Build dispatch, tracking and invoicing first, get it live, then add route optimisation and analytics once real usage data shows what matters. This also spreads cost across budget cycles.
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