Watt

I had to pull it, pull it up on the website.

I don't know if you have it still pulled up, but, uh, it's probably close to 12 to 1500 Watts.

I don't know the math off the top of my head, but the point or the reason why that is, is because each channel gets its own driver.

And, um, The reason why it has so many wattages is because if at any time you wanted to run just one channel, we wanted to have enough wattage on that one channel so that you could turn it up and get enough PPFD, right? So our two

They're able to convert, I think like 93, 95, 97, some crazy high percentage with modern LEDs is actually being converted straight to light.

It all will eventually turn to heat.

If you're looking at like British thermal units, amount of Watts being put out into a sealed environment, a thousand Watts is a thousand Watts, right? So it's like 3,400 BTU or British thermal unit.

where LEDs, I think, have two main advantages, especially in the homegrower's perspective in a tent.

So, so, and a good thing with that is you get a really good sense of your left, right balance, the leg balance.

So if it's quite common that somebody has, if you have a FTP or a threshold power for 300 Watts, it's, it's not uncommon that one leg is pushing 147 and the other one is 153.

And that might be fine, but it's usually a good thing to know how that is.

And if it's too big difference to start kind of getting them more equal in capacity.

So using, like you said, to do some fatiguing unipedaling before you do other intervals or the other way around, you do your two-legged intervals because of course that's still going to be a bread and butter of your training.

And then you add on, for example, if you do like three, five minutes intervals at that is a classical like VO2 max session.

And you're, and when you do that, you're riding at 300 Watts, for example.

And when you, when you're done with that, you might do one or two more five minute intervals with unipedaling also at 150 watts per leg or maybe if it feels if you feel you can well then you do it at 160 or 170 maybe even higher

Uh, I know it's the same with sprinting.

Uh, you know, the best number I'll see on my trainer is maybe 1150 Watts in a sprint.

And on the road, I might, uh, last year, I think I almost went to, I went to 1299 was my highest number.

I want to say it was 1300, but, uh, to be fair to myself, uh, it wasn't.

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At a very high level, RADS2WATTS is using nuclear radiation to drive electricity with direct energy conversion methods.

So that's as compared to indirect energy conversion, which is what we use now.

It generates, it's got same joules per second, are similar units of measure.

So it's unfortunate, but, and it tends to make it very hard to explain because people get glassy eyed over here talking about Watts and joules and all this other stuff, but it's really important.

And it's something that I've been doing optical design and modeling for 40 years.

And I never quite thought it through all the way to how light goes into the body, because in all the optical models that are out there, the assumption is that a photon comes in, gets absorbed, that's it.