Ideation to Deployment. Production Unleashed.
At our core, we are an advanced research, design, and troubleshooting house operating primarily in the defense contracting industry. We solve problems that others deem impossible. Our pedigree includes contract work for billion-dollar companies with vast engineering teams, yet they turn to us when conventional approaches fall short. This is because we possess a unique blend of expertise and an unparalleled ability to navigate the most complex design and manufacturing hurdles.
Our advantage extends to our vertically integrated, decentralized manufacturing pipeline.
We first formulate every aspect of the production process, from designing proprietary fixtures, to speeds, feeds, and specialized tool paths and tooling.
We then leverage a hand-selected network of high-quality manufacturing contacts. We have chosen the best we've done business with over the last decade and a half. We can rapidly transform initial concepts into functional prototypes and seamlessly scale to high-volume mass production. It's a strategic advantage that eliminates the typical bottlenecks and duplicative efforts faced by even the largest defense contractors, ensuring our projects move from ideation to deployment with unmatched speed and efficiency.
As an added layer of protection of process IP and trade secrets, no one supplier has access to more than a small portion of any project.
Our ecosystem means a significant reduction in time-to-market and the assurance of quality and efficiency that only a deeply interconnected and experienced network can provide.
Our speed is a key differentiator: we've brought a complete (specific-use contract) proprietary weapons platform from initial conception and design to functional prototype ready for production testing within a month.
The Manufacturing Process
The Manufacturing Process
The parts for our projects are machined from solid billet to extremely precise tolerances. In order to achieve the type of machining required, i.e. thin walls, small internal radiuses, and very deep machining depths with small tools, the parts had to be made on the most rigid, expensive CNC machines available. You cannot run these parts on, for example, a HAAS UMC (even though it offers high speed 5 axis machining). What’s required is the rigidity of a machine like the DMG Mori.
The parts also require the most skilled and talented machinists and extensive machining time.
These projects were each designed as a no-compromise article--specifically designed to appeal to precise desires and tastes. Our prices are set as a need of the process. We believe we will find appreciative recipients, but our products are not for everyone.
While we do not feel there are any comparable articles on the market, those that may be considered comparable are made from heavy, thick-walled extrusion. Akin to comparing a 2x4 with a violin.
The Manufacturing Process
The parts for our projects are machined from solid billet to extremely precise tolerances. In order to achieve the type of machining required, i.e. thin walls, small internal radiuses, and very deep machining depths with small tools, the parts had to be made on the most rigid, expensive 5 axis CNC machines available. You cannot run these parts on, for example, a HAAS UMC (even though it offers high speed 5 axis machining). What’s required is the rigidity of a machine like the DMG Mori.
The parts also require the most skilled and talented machinists and extensive machining time.
These projects were each designed as a no-compromise article--specifically designed to appeal to precise desires and tastes. Our prices are set as a need of the process. We continue to find appreciative recipients, but our products are not for everyone.
While we do not feel there are any comparable articles on the market, those that may be considered comparable are made from heavy, thick-walled extrusion. Akin to comparing a 2x4 with a violin.
