Nuclear will scale by being simple, cheap, and mass-manufactured like a Toyota Camry, not by chasing maximal sophistication and efficiency like a Lamborghini.
Isaiah Taylor frames Valar's core philosophy: nuclear's real bottleneck is hardware execution, not design sophistication, so building a simple, cheap 'Toyota Camry' reactor at massive scale beats chasing a more efficient 'Lamborghini' design. ✦ AI generated
Isaiah Taylor · No Priors · 2026-07-02 · original ↗
starts at this moment · 23:32
“How do you how do you break out like the different use cases and the different designs here? Are are people aiming at different power levels and efficiencies? Um is it just a completely different philosophy of company? How do you how do you look at that landscape?”
the problem of nuclear today is like the Toyota Camry problem, right? Like we don't want to make Lamborghinis. We want to make a very simple, very cheap, very safe reactor that we can make literally tens of thousands of. Um and actually that is going to make the cheapest energy in the world.
verbatim transcript · starts at 23:32
23:14like making the most beautiful design, making the most sophisticated design. The design will have you know the most perfect efficiency. Um you know you look inside some of these uh these design documents and there's so much complexity and you know the materials that go into it are super rare and you have to set up entire supply chains that don't exist just to get the thing running. And I
23:32look at that and I say, okay, maybe over time the reactor grows in complexity and um you you start to use some more rare materials to try to get higher and higher performance. But the problem of nuclear today is like the Toyota Camry problem, right? Like we don't want to make Lamborghinis. We want to make a very simple, very cheap, very safe reactor that we can make literally tens
23:53of thousands of. Um and actually that is going to make the cheapest energy in the world, right? um you maybe will get a little bit better performance out of a more complicated reactor, but I'm going to beat you on cost because I'm making a thousand of them, right? And that's really what we care about. Valor is in the business of making energy 10 times cheaper for for humanity. Um and we want
24:13to continue doing that forever. There will always be ways to make energy cheaper and cheaper. Um and that's very much our goal. And I think the big difference in in philosophy is do you tackle that through building reactors and through iteration or do you tackle that through design and and we believe it's entirely a hardware problem >> where and the so the company is less than 3 years old just about to turn
24:35three. Yep. >> Um where in the timeline of you know hundreds of reactors are we >> Yeah, we just turned on number one. So we went critical back in November. That was our first criticality. Um that was what you'd call a a cold criticality or critical pile. Um and just a few days ago we made power for the first time in our first reactor. So that's the the W
24:56250 reactor. Um obviously the next goal is go turn on another one. Um but there's a sort of a success metric here that we talk about in the company and we call it tick rate. So tick rate is is how we judge ourselves and how we judge other people in the nuclear field. Um tick rate is you know comes from video games, right? And it's sort of the uh
25:15the time in between changes in the game state, right? And um for us, what this means is how long from the founding of our company to the first time we split an atom to the second time to the third time to the fourth time. And the goal of the company is to get that tick rate as low as possible. Right? So our first ever mark from filing in Delaware to