Thanks, Jorge. This is Tal. Yeah, we did get an inbound interest for a while. You know, because we did get a lot of inbound interest from the various eVTOLs manufacturers whose focus has, you know, understandably been getting FA certification for their vehicles versus, ensuring that that adequate infrastructure is in place to actually accommodate eVTOLs at scale. So this is, you know, I think it got took us a while to get, to get focused on this. And what we what we decided and implemented is as follows, the eVTOLs is happening. That that I think is clear to us. We're, you know, I think way past the point of no return in terms of kind of the technology, the funding, the regulatory, environment for it. This thing is coming. We're not sure exactly when, though. I know a lot of EV talk providers are projecting, you know, 2024, 2025, which, you know, we hope this happens, but, you know, don't know for sure. And what we found is we are in a kind of a special position as, you know, probably the biggest greenfield developer in business aviation, today that by going greenfield, it's much less expensive to put down the kind of infrastructure that's going to accommodate electric aviation. Than it is to, kind of re rework or redevelop existing infrastructure. So we found a way to, I think, economically, provide for a kind of an option to go electric at any point. And that means internal organic generation of electricity primarily through solar panels. You know, we're off of the largest rooftop at an airport we do have a lot of, ability to generate solar electricity, on-site, but, by the, sorry, on top of that, also a sufficient cabling to augment that from the grid. Second is on-site electricity storage. You need transformer capacity of pull from the grid. You want the organic, electricity generation. In many cases, both of those together are not going to be sufficient, if we're gone achieving anything near scale that the eVTOLs industry is forecasting. So we're going to need on-site, power storage, which we've made, provisions for. And then finally, a transmission mechanism, you know, where we have, again, there's no patent around this or anything like that. I think we think it's pretty straightforward. You know, the current transmit power transmission method, which is the aircraft pulls up to a to a power source that's fixed somewhere on the tarmac, is good for this kind of prototyping phase that, you know, placed like [indiscernible], beta archer, the manufacturers, we think that when this thing goes to commercial scale, the power is going to come to the aircraft, much in the same way that the, you know, fuel comes to the aircraft today, on, on trucks. So we put that all together conceptually designed all of our campuses to accommodate that with a kind of an easy flip of the switch down the road. But we don't see the case for making the investment of actually flipping the switch, today. It's just an easy option, you know, for when this comes online. I do understand where the question is coming from. And, I think, you know, it sounds like you you've got the same presupposition we do, which is that the vast, vast majority of the infrastructure for electric aviation is going to be on FA regulated air fields. We think it's going to be very difficult. You know, we, we, we know the heliport space think it's going to be very difficult to do, kind of significant off airport operations for eVTOLs. That includes, you know, not just flat operations, but the charging, storage, servicing, all of that. We think the vast majority of that actually is going to have to take place for regulatory reasons on airport.