Industrial and engineering history contains a vast body of designs optimized for durability, repeatability, and low resource dependency.
Many of these systems were developed before modern supply chains and high-energy inputs became standard—before planned obsolescence became a business model.
It is important to be precise here: there is no verified evidence that large-scale engineering knowledge is systematically deleted for political reasons.
However, it is well documented that:
*Market incentives tend to favor newer products over maintaining legacy systems. {Buying new is not always the best, older designs were longer lasting and more durable}
*Older designs and methods can become inaccessible due to digitization gaps. {3D-printed solutions being created for fixing parts of products that are no longer produced can lend mass producers to lawsuits}
*Patents expire (typically after ~20 years in the U.S.) and are often underutilized afterward. {Don’t get me started on Patent Trolls…}
These dynamics can result in useful knowledge becoming difficult to find or apply.
(Either by complicated threats from patents holding firms or the fear of manufacturers, to produce items that are no longer covered by patents, or modify them for their own uses.)
Our approach is simple: recover, evaluate, and adapt. Many older designs, if implemented today, would solve the majority of needs without reinventing solutions.
When our design teams develop significantly improved versions using modern materials or techniques that were not previously available, those new designs can also be patented.
