Validating Your Aerospace Concept: Feedback Before the Leap

What You Should Actually Do

The idea of taking a leap into entrepreneurship, especially in a high-stakes field like Aerospace & Defense, often comes with a cocktail of excitement and paralyzing fear. You've poured your intellect into this component concept, and now you're wondering: Is it good enough? Will anyone actually want it? This isn't just about the technical viability; it's about the emotional investment you've already made. Before you make any irreversible moves, let's channel that energy into smart, low-risk validation.

Your first step isn't to build a prototype; it's to have what Rob Fitzpatrick calls "Mom Test" conversations. This means talking to potential customers – engineers, project managers, procurement specialists within aerospace companies – not about your solution, but about their problems. Ask open-ended questions like: "What are the biggest frustrations you face with [current component type]?" or "Tell me about a time when [existing solution] failed to meet your needs." Avoid leading questions or pitching your idea directly. You're not looking for validation of your concept; you're looking for evidence of a problem significant enough that someone would pay to solve it. This helps you avoid the cognitive bias of confirmation, where you only hear what you want to hear.

Next, consider a "smoke test" or a "concierge MVP." A smoke test in aerospace might involve creating a detailed, high-fidelity render or a comprehensive technical specification document for your component. Then, without building anything, present this to a select group of industry experts or potential early adopters. Gauge their interest not just by their words, but by their willingness to invest time, sign an NDA, or even express a hypothetical intent to purchase. A concierge MVP means you manually deliver the core value of your component concept without the full-scale manufacturing. Could you, for instance, manually simulate a critical function or provide a service that mimics the component's benefit? This allows you to gather real-world feedback on the value proposition before you commit to expensive production.

Remember, the goal here is to de-risk your idea, not perfect it. What would you do if you knew that understanding market need was more important than having a flawless design at this stage?