The primary obstacle was the traditional manufacturing “gap”: the period where a design is finalized but production is delayed by months due to tooling. For a company pioneering new technology, this delay represents a significant strategic risk. Traditional injection molding for the drone’s protective covers proved to be “exorbitantly expensive” for a scaling operation, creating a financial barrier to entry. Furthermore, standard manufacturing cycles required a couple of months to implement design changes, whereas the speed of innovation demanded field-ready updates in a matter of weeks. To bridge this gap, the firm required a manufacturing partner capable of maintaining scaling stability, moving from a handful of prototype parts to hundreds of production-grade components per month without compromising lead times or quality.