Most Manufacturers Are Building Products Nobody Asked For - Here's the Framework to Fix It

Sameer P
May 14
5 min read

A manufacturing facility floor with industrial equipment and production lines

By Sameer P, Founder, Sarga

There's a product sitting in a warehouse right now - beautifully engineered, technically sound, passed every internal review - that nobody is buying. The team that built it is frustrated. The sales team is frustrated. Leadership is calling it a "market timing issue" or blaming distribution. Nobody wants to say what's actually true: the product solved a problem the engineering team found interesting, not a problem the customer was willing to pay to fix.

This is not a rare failure mode. It is the default failure mode of engineering-led organizations. And in 2026, as manufacturers face pressure to innovate faster, launch new product lines, and differentiate on more than price, the cost of this pattern is accelerating. The fix is not to hire better product managers. It's to change the sequence in which decisions get made.

The Engineer's Trap: Building What You Can, Not What the Market Needs

Engineers are trained to solve problems. Give them a technical constraint and they will find a way through it. The issue is that the problems they self-select to solve are often chosen for their technical elegance, not their commercial value.

In manufacturing environments, this shows up predictably. A team identifies a genuine inefficiency - a process step that's slow, a component that fails prematurely, a system that requires too much manual intervention. They build a solution. The solution works. Then they try to sell it and discover that the customer either doesn't experience the problem as acutely as the engineering team does, has already found a workaround, or - most painfully - isn't the one who controls the purchasing decision.

A product that works is not the same as a product that sells. Every manufacturer who has ever launched a technically superior product that underperformed commercially has lived this distinction.

Engineering team reviewing product plans and technical specifications around a table

Why Traditional Stage-Gate Fails Here

Most manufacturers run some version of a stage-gate process: concept review, feasibility, development, validation, launch. Gates are staffed by engineering leadership, operations, and finance. They evaluate technical readiness, capital requirements, and projected margins.

What they rarely evaluate with rigor is whether anyone outside the building actually wants the thing.

Customer input in traditional stage-gate tends to be: one or two customer visits early in the process, a survey sent to the existing customer base, and a sales team forecast based on gut feel. None of this is a substitute for structured market validation. By the time a product reaches the development gate, tens of thousands - sometimes millions - of dollars have been committed. The psychological and political pressure to continue is enormous, even when early signals are soft.

The result is a portfolio filled with products that were "validated" by the team that built them.

The Customer-Centric Product Development Framework

The fix is not radical. It does not require scrapping stage-gate or adopting startup methodologies wholesale. It requires inserting market validation discipline at the front of the process - before significant capital is committed - and maintaining it at every subsequent gate.

Step 1: Start with the Pain Statement, Not the Solution

Before any engineering work begins, the product team should be able to articulate the customer's pain in the customer's language. Not "our customers experience inefficiency in process X" - but "a plant manager at a Tier 1 automotive supplier loses approximately 4 hours per shift to manual intervention at the de-palletizing stage, costing roughly $180K annually, and has been trying to solve this for 18 months without a viable option under $250K."

That level of specificity only comes from direct customer conversations - not surveys, not distributor feedback, not assumptions. The pain statement should include: who feels the pain, how often, what it costs them, what they've already tried, and what they'd pay to make it go away. If you cannot answer all five, you are not ready to scope a solution.

Step 2: Talk to the Buyer, Not Just the User

In manufacturing, the person who uses the product and the person who buys the product are rarely the same person. The operator on the floor experiences the problem. The procurement manager or VP of Operations controls the budget. The plant manager signs off. Each of these stakeholders has different success criteria, different risk tolerances, and different language for describing value.

Most engineering teams talk to the user - because users are accessible, technically fluent, and enthusiastic. Buyers are harder to reach and ask uncomfortable questions about ROI, implementation risk, and competitive alternatives. Skipping that conversation is a mistake that shows up at the close, not during development.

Build a stakeholder map early. Identify every person involved in the purchase decision and every person who can block it. Design your product - and your go-to-market narrative - around the full buying committee, not just the technical champion.

Product team meeting with stakeholders to understand customer requirements and buying criteria

Step 3: Define Market Success Before You Define Technical Specs

The technical specification for a product should be derived from the commercial requirements, not the other way around. This sounds obvious. In practice, engineering teams routinely write technical specs first and then work backwards to construct a business case.

Before engineering scope is defined, the product team should be able to answer: What is the target price point? What is the minimum viable performance threshold the customer will pay for? What does the competitive landscape look like and where does this product need to be positioned? What does year-one revenue look like at realistic adoption rates?

These are not sales questions. They are engineering inputs. A product designed to hit a $40,000 price point with a 45% gross margin has completely different design constraints than one built to maximize technical performance at any cost. Getting those constraints wrong early produces the most expensive rework in the product lifecycle.

Step 4: Validate the Business Case at Each Gate, Not Just Technical Readiness

Rewrite your gate criteria. Every gate review should include a market validation checkpoint alongside the technical one: What new customer evidence do we have since the last gate? Has the pain statement been confirmed with at least N conversations with qualified buyers? Has pricing been tested? Have we identified the first three customers who would purchase at launch?

If the answer to these questions is "we haven't had those conversations yet," the gate should not pass - regardless of where the engineering work stands. Technical readiness without commercial readiness is not readiness.

What This Looks Like in Practice

A mid-size industrial equipment manufacturer was eighteen months into developing a new automated inspection system for a welding application. The product was technically impressive. At a program review, a straightforward question surfaced that nobody had formally answered: which customers had confirmed they would buy this at the target price point?

The answer was informal - positive conversations with two existing customers, both of whom had said the product "looked interesting." No formal LOI, no pricing validation, no conversation with the procurement function at either company. The product launched eight months later. First-year sales were 30% of forecast. The product worked exactly as designed. The market validation had simply never been done.

The root cause was not engineering. It was a gate process that never required the commercial evidence to exist before committing capital.

The Payoff: Products That Actually Sell

The manufacturers who consistently launch successful products are not the ones with the best engineering talent. They are the ones who build commercial discipline into the front end of the product development process - before the engineering team falls in love with a solution, before capital is committed, and before organizational momentum makes it politically difficult to stop.

The framework is not complicated: define the pain with precision, talk to the buyer not just the user, set commercial constraints before technical constraints, and validate the business case at every gate.

Engineering excellence matters. But engineering excellence applied to the wrong problem is just expensive. Build the right thing first, then build it well.

Sameer P is the Founder of Sarga, an engineering and management consulting firm that works with manufacturers, life sciences teams, and industrial organizations to improve how they build, deliver, and scale.