$40,000 to $100,000. When a senior team builds a first version that real users can sign up for, pay for and depend on, that is the MVP development cost. It's the band we quote at EltexSoft after 11 years of taking products from a founder's spec to production. Online estimates run from $10,000 to $500,000, and both ends describe real invoices. They just aren't invoices for the same thing. The low end buys a prototype. The high end buys a version one that someone stopped calling minimal several months back.
The band holds up because the arithmetic does. The rest of this piece covers where the number comes from, the four things that move it, the cheapest lever for bringing it down, and the cases where you shouldn't spend it at all.
The Arithmetic Behind the Number
A focused MVP usually comes to 800 to 1,200 engineering hours. That covers authentication and accounts, one core workflow done properly, an admin panel so the founder can run the business without a developer, payments if the product charges money, basic analytics, QA, and a production deployment with monitoring. At a blended senior nearshore rate of $60 to $80 an hour, that's $48,000 to $96,000. Stretch our rate band to its edges, $50 to $99 an hour, and the result still falls inside $40,000 to $100,000.
Seen from the calendar side, a typical four-person team (two engineers, a part-time designer, QA and a tech lead's time) costs $25,000 to $55,000 a month. Two to three months of that team produces the same range. The two calculations agree, and that agreement is why I trust the number. A quote that doesn't reconcile with either one leaves out work that you'll pay for later anyway.
US onshore agencies commonly bill $150 an hour or more, which puts the same 1,000 hours past $150,000. The product is the same and the engineering hours are the same. The extra money pays for the location. Rate is a real lever, but it's the least interesting of the four, because it changes the price of the scope without changing the scope.
What Moves the Number
User Roles: Each Side of the Product Is Its Own Product
The biggest cost driver is how many kinds of people use the product. A single-role SaaS tool has one set of permissions, one onboarding flow and one dashboard. A two-sided marketplace has two of each, plus the matching logic between them, plus an operator view to moderate both sides. That's why our marketplace band starts at $80,000 and reaches $200,000, while a SaaS MVP sits at $60,000 to $150,000. Adding a third role, such as a tutor, a student and a parent, raises the cost faster than linearly, because every permission rule now has three cases to handle.
Money Flows: Payments Are Cheap, Payouts Are Not
Taking a card payment through Stripe is a few days of work. Splitting that payment between a platform and a seller with Stripe Connect is a different job. You need onboarding and identity checks for sellers, payout schedules, refunds that reverse part of a split, disputes, and the webhooks that keep your database in step with Stripe's. Founders tend to write 'integrate payments' as a single line in the spec. In a marketplace, that line can take 15 to 20 percent of the build.
Platforms: Every Day-One Surface Multiplies the Client Work
Native iOS and native Android on day one means building the client side twice, and designing and testing for two sets of platform conventions. React Native shares most of that code. A responsive web app skips the app stores entirely. Unless the core behaviour depends on the phone itself (location, camera, push-driven habits), the cheapest MVP ships on one surface and earns the second.
Compliance: Regulated Data Adds Test Surface
Healthcare and financial data don't necessarily add more features. They add more checks. HIPAA workflows need access logging, audit trails and dedicated validation passes before any of it touches a real patient record. For a HealthTech MVP, I budget toward the top of the band before seeing a single screen.
Cutting Scope Is the Cheapest Way to Lower the Cost
The cheapest hour in any MVP is the one you never build. Meal4U came to us as a rescue: the previous team had stalled and hadn't delivered. We didn't restart the build. We spent a week taking the scope apart and re-estimated it about ten times, cutting 30 to 50 percent on each pass until we reached the smallest product that could ship and still test the idea.
The compounding is the part worth absorbing. Three passes at a 30 percent cut leave about a third of the original scope, and three passes at 50 percent leave an eighth. No negotiation over hourly rates saves money on that scale. A founder who argues a quote down from $80 to $65 an hour saves under 20 percent. A founder who spends a week deciding what version one excludes can save more than half.
That's also why a quote that comes back well under $40,000 for a full product spec deserves a close read. Low bids tend to come from interpreting the spec generously, so that 'payments' means a checkout button and 'admin' means a database client. The work that got left out doesn't disappear. It shows up after launch as change requests. When we picked up Nautical Commerce, the codebase was a year old and the target was a 90-day go-live. Any inherited codebase has to be audited and understood before it can be trusted with production traffic. That work belongs in an MVP budget from the start. Leaving it out of the first quote only pushes it to a later invoice.
When the Money Is Worth Spending
An MVP answers one kind of question: will real people do the valuable thing repeatedly when it costs them real money or real effort? CB Insights' analysis of 101 startup post-mortems ranked 'no market need' as the top cause of failure, cited in 42 percent of them. Working software is the only reliable way to measure behaviour like paying, returning and referring. If your hypothesis depends on that kind of behaviour, $40,000 to $100,000 is a reasonable price for the answer.
It's worth spending when three things are true. The hypothesis needs live transactions or repeat usage to test. You can name the one metric that would tell you to continue or stop. And you have money left over after launch. My rule of thumb is that the build should use at most half the budget you've set aside for the product. The other half pays for the iterations that come once users show you what you got wrong, plus ongoing maintenance, which the industry usually puts at 15 to 20 percent of build cost per year.
When It Isn't
Some questions don't need an MVP at all. Whether people want this, whether the workflow makes sense, whether buyers will take a sales call: a clickable prototype, a landing page with a waitlist, or a concierge service run by hand from a spreadsheet can answer those in weeks for a small share of the cost. Spending $80,000 of engineering on a question that a Figma file could settle is the most common MVP mistake I see.
An MVP is also a poor purchase when $100,000 is the entire budget. A version one with no money left for version two is a demo with a hosting bill. And a build meant to impress investors and then be thrown away tends to cost the band twice: once for the throwaway, and again for the rebuild when the throwaway can't take real users. We don't run an MVP factory for that reason. The code we write for a first version is code we expect to still be in production years later. MyFlyRight is still running on the platform we built from scratch in 2016, with the same partnership behind it.
What the Band Should Buy
For $40,000 to $100,000, a founder should get production code they fully own under work-for-hire, with no equity taken. They should get a deployed system with monitoring, an admin panel that lets them run the business on their own, and a codebase where every pull request has been reviewed by a second senior engineer before merge. That review step adds hours to the invoice. It also keeps a version one from turning into a rescue project by its second year. AI tools like Claude Code and Cursor now take a lot of the repetitive work out of that range, and we use them as accelerators whose output gets reviewed like any other code. They lower the cost of building each feature. They don't reduce how many features you ask for, and that count is still the driver.
If your spec reads like a $150,000 product and you want a $60,000 MVP, the first step is the one that worked for Meal4U: a scope teardown before any code gets written. Our free discovery week does exactly that. We take your spec, re-estimate it pass by pass, and give you back a scoped version one with a defended number. If the number holds up, a paid pilot with no lock-in proves the team on real work before you commit to two-week sprints. Send the spec and we'll start with the cuts.
Last updated October 6, 2026