Two Failures, Two Different Lessons

Two weeks in a row, the bench has handed me a failure.

Last week, the lesson was blunt: rushing cost me the work. I tried to push a riveted ring faster than the piece would allow, and the result was exactly what it should have been. The holes opened up, the alignment fell apart, and the shank went back to scrap.

This week was different. I was not rushing. I put in the time. I checked, adjusted, slowed down, and gave the gyroscope ring the attention it deserved. And still, by the end of the week, I was staring at another failure.

The main focus this week was remaking the gyroscope setting, the small jump-ring structure that will eventually hold a pearl. The first version had come out slightly off, so I decided to rebuild it. The challenge was not just soldering the rings together. The challenge was getting them to stay in the right position long enough for soldering to happen at all.

Clockwise from top left: the gyroscope setting balanced and ready for its final join to the shank; fresh silver ingots poured for the next riveted ring; the gyroscope components gathered in the tray before assembly; and the final jump ring being soldered into place. This was the week’s real lesson in miniature architecture: before the solder can do its job, every small part has to be held exactly where it belongs.

In the training video, Peter makes this kind of setup look almost effortless. A few small components are arranged on the soldering block, the torch comes in, and everything behaves. At my bench, it was not effortless. It was six hours of trial, collapse, adjustment, and starting again.

I tried copper staples pushed into charcoal. They held the rings firmly, but not subtly. The charcoal gave way under pressure, and any small adjustment became a full reset. I tried titanium strips as a kind of scaffold. That looked promising for about a minute, until the whole thing shifted with the slightest touch.

The solution that finally worked was simpler: reverse-action tweezers holding the rings in place. They gave enough grip to keep the parts from collapsing, but still allowed the tiny adjustments I needed. Once that setup was right, the soldering went well. I used a smaller torch tip, kept the heat under better control, and the joints came out clean enough that they only needed light cleanup with a brownie disc.

For a while, it felt like the week had turned.

Then came the final join.

The gyroscope setting had to be soldered onto the ring shank. Everything looked right before the heat. The setting was straight. The shank was ready. The alignment looked good. I checked it, checked it again, and kept checking from every angle I could.

Then, during soldering, the setting shifted and locked itself crooked onto the shank.

That was the low point of the week.

Not because the work had been careless. That is what made it sting. Last week’s failure came from rushing. This week’s came after slowing down. That is harder to accept, but maybe more useful to learn from. Care is necessary, but it is not always enough. Precision still needs support. A setup can look right and still fail if it cannot physically hold its position under heat.

I took the rest of the day off to decompress.

The next morning, I inspected the damage. The good news was that the ring was not ruined. The setting had shifted, but it had not melted. The shank was still intact. I carefully reheated the joint, released the setting, and pickled the parts. There is old solder to remove, and the join has to be attempted again, but the project is salvageable.

The next attempt needs a better holding strategy. I ordered Hold-It soldering clay, but I am not waiting around for it. Binding wire may be the next move. It takes patience to set up, but once it is tight, the parts should stay where they belong.

I also started preparing the next Stage 2 project, the spinning top pendant. I printed the paperwork, watched the video, dug through my brass stock, and ordered a few specialized burs. It feels like a different kind of challenge: forming, doming, and piercing patterns into a curved brass surface. Less soldering, more shaping and control.

Starting it helped. I am beginning to think two active projects may be the right rhythm for this apprenticeship. Not a scattered bench. Not five unfinished things. Two. When one project hits a wall, I can set it down, keep my hands moving somewhere else, and return when the frustration has cooled.

Two weeks of failure does not feel good. I will not pretend otherwise.

But they were not the same failure. Last week taught me that rushing kills presence. This week taught me that careful work still needs the right support. Both lessons cost time. Both were earned the hard way.

Back to the bench. For the next chapter, check in here next week—and follow along on Instagram @pinedaandco.