Apr 24, 2023
V2X’s chief growth and client service officer Sue Deagle joins the podcast to explain the rationale for putting this new company together by merging Vectrus and Vertex, plus how the combined team is looking to grow beyond the foundation already in place.
Vectrus and Vertex joined forces in the summer of 2022 to form what is now V2X — a global government services provider roughly double in size to approximately 14,000 employees.
It was one of the larger deals of 2022.
For this episode, V2X’s chief growth and client service officer Sue Deagle describes how the combined company is looking to build off that foundation and expand into new areas of the market.
One significant leg of the corporate strategy is converged infrastructure, which V2X defines as integrating digital offerings into large physical assets with the end goal of creating smarter buildings including many military bases.
V2X also has to be a scout for technologies and partners to make that converged infrastructure a reality. Deagle also explains how V2X thinks about technology and goes about identifying the right tools and partners for more than just an individual program.
Listen to the full podcast here: https://washingtontechnology.com/podcasts/2023/04/wt-360-what-are-v2xs-next-big-steps/385444/
Apr 18, 2023
A Virginia-based company has transformed the section of a submerged training facility to help Artemis astronauts train for upcoming moonwalks.
Teams at an underwater facility in Houston, Texas, are making preparations to train astronauts who are preparing for future missions to the Moon. This facility is being modified to recreate the harsh lunar environment by submerging future moonwalkers in a pool that’s 40 feet deep.
Astronauts have been training at the Neutral Buoyancy Laboratory (NBL) at NASA’s Sonny Carter Training Facility for more than 30 years, with the buoyancy of 6.2 million gallons of water simulating the weightlessness of zero gravity. As NASA prepares to send astronauts back to the Moon for its Artemis program, the bottom of the massive pool is undergoing a makeover to replicate the conditions on the lunar surface.
“We are in the midst of installing sand that mimics the lunar regolith,” Clay Tomlinson, V2X program manager, told Gizmodo. This will “allow astronauts to traverse through that environment just to have an understanding of how it will feel.”
Moonwalking simulation, and it’s doing so by building a replica lunar environment at the bottom of the tank. Aside from the sandy floors, the bottom of the pool is being equipped with boulders and rocks, both real and manufactured, to recreate the Moon’s rock-littered surface.
Astronauts making their way through the simulated lunar surface will also be trained to work in the dim-lit conditions expected at the Artemis landing sites. V2X is in the process of recreating the lighting conditions found at the Moon’s south pole, where astronauts will land as part of the Artemis 3 mission scheduled for later this decade.
Divers are currently testing the underwater lunar environment in advance of the Artemis training. “The main focus right now is perfecting our technique for making sure that we can weigh out at one-sixth [of the Earth’s] gravity,” Tomlinson said. “As we perfect that and as mission requirements demand, training will become more and more specific and the environment itself will become more high fidelity as needs are identifying.”
During the days of Apollo, astronauts trained at the Water Immersion Facility at NASA’s Johnson Space Center. NASA needed a bigger pool, however, to train astronauts for upcoming missions on board the Space Shuttle and for long duration flights aboard the International Space Station. That’s when NBL came into the picture—a massive diving tank that’s 202 feet long (62 meters), 102 feet wide (31 meters), and 40 feet deep (12 meters).
Until now, astronauts used the facility when training for missions on board the ISS. In addition to using it for spacewalk training, astronauts use the pool for simulated landing and recovery exercises; at the completion of their missions, astronauts make their way back to Earth aboard capsules that splash down in the ocean. Teams also used the facility to practice for the recent Orion spacecraft recovery, which splashed down in the Pacific Ocean after completing the inaugural Artemis mission in December 2022.
Future ISS training is still planned for the shallower end of the pool, while Artemis astronauts will train at the very bottom in their simulated lunar environment. “We’re not just simulating zero-G in the middle of the water column,” Tomlinson said. “We’re utilizing the top of the water column on the surface for landing recovery activities and now we’re also executing at the bottom of the tank for lunar surface activities.”
Most of the training that takes place at the facility is for familiarization purposes, especially for newer astronauts. The pool also hosts targeted training for specific missions, in addition to training emergency responses in the event something goes wrong.
For now, ISS training is the main focus at the NBL. “We still have an astronaut crew aboard the space station 24/7, so they are in [a] real time mission at all times and that has to be the mission focus for now because we play an integral part in their success and their safety,” Tomlinson said. “However, now we do have lots of additional focus on Artemis as well.”
Aside from training astronauts for moonwalking, the underwater facility will also be used to prepare them for the future orbital outpost around the Moon known as the Lunar Gateway. “There are just so many different exciting things in their infancies and beginning to develop, it’s just an extremely exciting time,” Tomlinson said. “I love being a part of history, I love being a part of the excitement.”
Apr 17, 2023
By Elizabeth Howell
A famed NASA facility that trains astronauts has a new pool area designed for future moon missions.
Before walking on the moon, future astronauts may go for a swim.
The famed Neutral Buoyancy Laboratory (NBL) near NASA’s Johnson Space Center in Houston has trained hundreds of spacewalkers since 1992. All International Space Station crews spend many hours by simulated space modules in the large, indoor pool of water. There, they gradually get used to floating, turning screws, mounting hardware and other activities — all within reach of trained safety divers.
But with NASA now aiming to put astronauts on the moon, a part of the underwater facility is rapidly changing.
Nearby the ISS training area is a growing lunar-like world. Simulated sand and boulders (both natural and artificial) ornament the pool floor. Prototype spacesuits and lunar vehicles take dives.
Even the strange sun conditions on the moon are coming into focus, as company V2X experiments with the lighting that NASA astronauts will face at the moon’s south pole in 2025 or so, when Artemis 3 goes on the surface.
As NASA expands its Artemis program at the moon, the agency expects that commercial companies will quickly follow it there. Already an agency-supported program called Commercial Lunar Payload Services (CLPS) has a set of payloads, landers and rovers aiming to touch the surface as soon as this year.
V2X expects the demand to quickly grow, and they want to be ready with their underwater moon world for whoever needs to train for spacewalks in a strictly monitored environment.
Walking underwater, on the moon
Two spacesuited test divers work in the Neutral Buoyancy Laboratory in an underwater, simulated lunar landscape. The lab is already used by NASA for International Space Station missions, and early-stage work is ongoing by V2X to ready part of the pool facility for moonwalks.
The company emphasizes that the work is being done carefully and procedurally to keep all participants safe and aware of the environment, just like other clients in NBL training (as the facility serves both NASA and commercial customers.)
“Everybody has to be laser-focused on safety at all times,” Clay Tomlinson, V2X program manager, told Space.com in an interview.
“It’s a very, very important thing to do not only for our people, but if you think about the astronauts who are training, we supply their breathing gas. We supply their cooling water. We supply all their videos,” he added.
Other moon work is also ongoing at the water surface level of NBL: V2X participated in simulated landing operations of the Artemis 1 mission after years of practice in the pool. That uncrewed 2022 mission not only sent the astronaut-rated Orion spacecraft around the moon for the first time, but had a flawless splashdown in part due to years of training and preparation for recovery operations.
“It could not have gone better,” Tomlinson said of the recovery, which happened after plenty of NBL practice to shelter from outside conditions in pristine, calm waters. As the team gained experience, they moved to the Gulf of Mexico “to simulate some more realistic states” in open water so the team would be ready for an Atlantic Ocean splashdown.
The NBL was not available to astronauts in the 1960s and 1970s when the Apollo program last brought people to the moon, so a lot of new things are being learned to simulate moonwalks. Weights and flotations are used to keep spacesuited divers at one-sixth of the Earth’s gravity, similar to the moon’s conditions.
Lessons learned are drawn from all the literature available, too. For example, NASA has been practicing underwater excursions for years during its NASA Extreme Environment Mission Operations (NEEMO) missions. Swims and simulated ‘spacewalks’ happen near the submerged Aquarius habitat in coastal Florida. Astronauts and divers alike have partnered there for futuristic asteroid missions by humans, among other things.
The NBL moon training will take advantage of a more controlled environment, however. Engineered sand, lying on the pool floor, is designed to mimic the regolith astronauts will step upon while on the lunar surface. Panels in the bottom of the tank are also being inserted to create inclines and declines, to help astronauts prepare for the sandy and steep slopes moonwalks require.
“It’s really becoming an impressive environment,” Tomlinson said, emphasizing the team will keep adapting and making careful safety adjustments as more experience comes in.
NASA has not put out any call for proposals yet for moonwalking training, but given how quickly commercial space is ramping up, V2X expects private customers will also need underwater simulations.
“We’re in a daring time,” said Tomlinson of the new moon push. The maturing space industry, he added, means customers are acting more like partners and working collectively to reach goals.
“You can feel that throughout the entire center,” added Tomlinson, who has been at NBL for eight years. “There’s excitement around the exploration and new challenges … it’s more [now] than I’ve seen previously.”
Apr 6, 2023
V2X has won a seven-year, $440 million U.S. Navy award under its legacy company Vertex to deliver aircraft maintenance services to the Naval Test Wing Pacific VX-30 and VX-31 at two California locations.
Services to be provided under the award include maintenance, logistics and technical support for the weapons development and test squadrons at Point Mugu and China Lake, V2X announced from its McLean, Virginia headquarters on Wednesday.
“V2X is honored to be selected to support the critical test and evaluation activities performed at Naval Test Wing Pacific. Our established history and record of performance providing maintenance, repair, overhaul and technical support for a variety of Naval Aviation platforms demonstrate our commitment to maintaining high levels of mission readiness,” said Chuck Prow, V2X CEO and nine-time Wash100 Award winner
The NTWP’s goal is to support the Department of the Navy by providing safe, effective and efficient ground and flight test, airborne flight test assistance and experimental operations of manned and unmanned aircraft, weapons and weapons systems. This contract will aid the Naval Air Systems Command in its mission to develop, assess and sustain the service branch’s current array of capabilities.
Contracting activities are expected to conclude in March 2030.
Recently, V2X won multiple awards to support various military branches. In February, the enterprise secured a $265 million contract modification within the Army’s Enhanced Army Global Logistic Enterprise program, under which V2X’s provision of logistics support services at Fort Benning in Georgia was extended.
While still operating as Vertex, V2X won a spot on a potential 10-year, $900 million Air Force contract awarded in December 2022. As one of 92 companies on the contract, V2X is currently helping the service branch identify new methods to progress the development of multidomain systems while characterizing novel systems and technologies through research and demonstrations, conducting rapid prototyping and delivering test and capability transition aid.
