Keeping stuff working matters to me, more than replacing them ever will.
Two of my greatest passions in life are riding motorcycles, Triumphs, of course, and a more recent fascination with 3D printing. After almost a quarter of a century of self-employment in the IT industry, what was once challenging and rewarding had gradually become stale and uninspiring. It came as no great surprise to me, or to those around me, that I began searching for something new, a challenge that would reignite my motivation for getting up in the morning.
With a long-standing technical mindset and a deep satisfaction in fixing, refining, or improving things, few pursuits are more rewarding to me than bringing something back from the brink, rescuing it from the scrap heap or landfill and giving it renewed purpose. Bringing those passions together with a natural pull toward the technical and mechanical felt less like a conscious decision and more like an inevitability, a focus on making things that are simply designed to keep stuff working.
Too often, things that have served us faithfully for years are set aside or written off because of a single failed or unobtainable part. Something with life left in it is discarded simply because a small component is no longer available. It has always felt wasteful, not just of materials, but of craftsmanship and history.
Why scrap something that has never let you down, when the real problem is often just one small part?
That question lingered. It cropped up time and again while maintaining my own bikes, trawling forums, and seeing the same frustrations echoed by others. Parts failed as they always eventually do, sometimes through wear, sometimes through a weak original design. But because they were no longer in production, a simple failure became a terminal one. Components that were once cheap and readily available were now out of reach, sidelining otherwise sound machines for the sake of a single, small point of failure.
There are things we instinctively refuse to give up on. Things that have earned their place through years of reliability, character, or simple attachment. For those, cost and inconvenience become secondary; the search continues, no matter how long it takes. But most things never get that kind of grace, even when you feel they deserve it.
That gap is where Tiger Forge Designs began.
Not with an ambition to reinvent the wheel, but with a simple aim: to recreate, or improve upon, the small, overlooked parts that quietly stop things from working.
This is where 3D printing comes in. It’s essentially a modern-day forge that allows me to bypass the traditional factory problem. I don’t need a massive production line to bring a part back into existence; I just need the right design and the right material.
And it isn’t just about making a copy of something old. Often, a part failed because of a design flaw or a material that hasn’t aged well. Using modern tools means I can look at a component that’s been out of production for decades and ask: How can we make this better? Whether that’s refining the geometry or using high-performance polymers that didn’t exist when the machine was built, the goal is simple, when it’s fixed, it stays fixed.