 Yeah, so it enables our long-range communication. What's important about today is actually the unit, the battalion that is in charge of this high Mars unit is actually at Fort Bragg, North Carolina right now. So the communications will go from Camp Lejeune to Fort Bragg, and then our battalion at Fort Bragg will actually send the mission to the high Mars unit here at Camp Lejeune. So it enables our long-range communication from here three hours away. And so it's good for not only our communication Marines, but our Marines here in the artillery unit to utilize those communication assets. It could be done here in North Carolina on the East Coast. We do it in 29 Palms as well. We do it overseas in the Middle East. We've done it in the Middle East. We can do it in an island-type environment, land and sea. And the one thing that's important is this is the first time that 10th Marines has done this with rocket artillery, and is now a capability here at Camp Lejeune that will stay here and be with 10th Marines as an organic capability, which we haven't had in the past. It could be done here in North Carolina on the East Coast. We do it in 29 Palms as well. We do it overseas in the Middle East. We've done it in the Middle East. We can do it in an island-type environment, land and sea, and the one thing that's important is this is the first time that 10th Marines has done this with rocket artillery, and is now a capability here at Camp Lejeune that will stay here and be with 10th Marines as an organic capability, which we haven't had in the past. Yeah, so before, we only had them at Camp Pendleton and at our reserve regiment down in Texas. So this is the first time 10th Marines has it where we can now support units in two MF throughout the globe with the rocket artillery capability. But with force design 2030s coming online with the artillery community, we're going to have more rocket capability, more rocket artillery. Has a much longer range, and it's much more accurate. We'll still have a cannon capability to support infantry maneuver, but this gives a much longer range capability to support Marines throughout the globe. And it's a longer range, longer communications, and a more accurate weapon system. Absolutely. So I'm confident because when I first got here, we were a new team, and just over the couple of months we vastly improved in everything from camaraderie to team building skills up to the basic to advanced level tasks. We've came a long ways, and right now we're just ready to do this. It's finally about that time the Marines need it. Everybody needs this. And it's a good display to show the new capabilities that we can provide on the East Coast. Long range precision fires with artillery. So generally we use cannons, it's not as accurate, and we can't really range as far. This provides that new depth of the battlefield for us. Just in general, just having this extra capability, whenever we actually do get targets that are pretty much way beyond in the distance, it allows us to precisely impact and make strikes on targets that just need to be strictly hit on, rather than having more just accidental casualties, infrastructure, survivability, we can just hit exactly what we need to on time with extreme precision. This year my focus is just pretty much making sure that I'm doing what I need to do for my team, and making sure that the Marines beneath me are under my charge have full faith in me so that we can lead them to success with this mission. Carer batteries stood up on September 27th of last year. There was a lot of work that happened before that, but essentially what we've done is we've taken some expertise from 5th Battalion 11th Marines in the High Mars community over there. High Mars being the launcher that we work with, you'll see firing today. And we've worked since then to get these launchers and the platoon and the Marines fully operationally capable, and this is the culmination of all that work. Today you'll see a MIC-142 high mobility artillery rocket system. It is on a five ton army chassis, and it's got a launcher module on the back. Today we're shooting the MIC-28 Alpha-1 reduced range practice rocket. Our other rockets go much further, but this one essentially validates the capability of the launcher to fire, generate safe data, and get a rocket onto target. So you'll be seeing six rockets fly out from right over there through the tree line. We're standing on sort of the safe edge of that area right now. The High Mars system brings in a lot of different types of rockets, and most of those focus on a lot of precision. So the launcher will has 5th order survey data to know where it's at, and then if we get good data of where the target location is at, that rocket should be landing exactly where you tell it within three meters. Now the reduced range practice rocket is a little bit different, but that's the rockets that we normally work with in some sort of combat scenario. Yeah, absolutely. So force design is going very heavy on rocket artillery in general. So High Mars has been around since I think 2011. The Marine Corps started using it over in First Marine Expeditionary Force. We decided to start bringing this capability out further to help with the force design missions of distributed operations, having launchers in areas far away from necessarily where the supportive unit is or from where the targets may be, and this produces that range for us. So most of our rockets go much further than cannon artillery, and as the Marine Corps sort of shifts to rocket artillery, this allows TUMEF to have the capability that one MEF has been working for quite some time, but now TUMEF is going to be moving very heavy towards rocket artillery. I think within the next 10 years, we intend to have a full battalion of rocket artillery, whether that be anti-ship or land-to-land sort of fires. Yes, so the transportability of this launcher is pretty unique. It fits on a C-130, which is a fixed-wing aircraft, and that C-130 can land on any airstrip. We push the launcher off, and then within minutes, it is able to receive a fire mission from a operational center that is anywhere from one to 3,000 kilometers away, and it does that with a lot of the communications technology and then the GPS technology that is requisite with inside the launcher. I am. Sierra Battery has been a very good crew. I've been blessed with phenomenal sergeants and lieutenants and lance corporals at every level. We've worked very hard to get to this point, and the Marines are excited and it's good, but they also know the importance of doing this in a safe and efficient manner. So I'm very proud of this team, and I think they're gonna do great. Within Force Design, there's this concept called Expeditionary Advanced Space Operations, and so when we talk distributed operations, it could be islands, it could be land-based on the continent, it could be in several methods and modes, and the C-130 transportability of the Heimar's Launcher allows for a very rapid insertion of the Heimar's Launcher, and then our extended range allows us to cover a large amount of battle space, so you basically increase your area of influence with the entire operability of the C-130 added to by the range of the launcher.