Microsoft’s HoloLens-based headset built on contract for the US Army has passed an important round of field testing by soldiers. The company is now set to fulfill a larger order to be used in more rigorous testing slated to take place in 2025.
Awarded in 2019, Microsoft’s $22 billion defense contract is aiming to supply the US Army with a tactical AR headset for soldiers based on HoloLens 2 technology, or what’s called an Integrated Visual Augmentation System (IVAS),
According to Bloomberg, 20 prototype versions of the newer 1.2 IVAS headsets were field tested by two squads of solders in late August specifically to check for improvements in reliability, low-light performance and ergonomics. It was reported in early 2022 that Microsoft was bracing for negative field testing, citing concerns with low-light performance and nausea.
Taking place at Fort Drum, New York, those tests “demonstrated improvements in reliability, low light sensor performance, and form factor,” a US Army spokesperson told Bloomberg, saying further that “soldier feedback was positive.”
The Army awarded Microsoft another contract on September 5th for the 1.2 IVAS to see if the company could scale production. Its $22 billion contract indicates an upper target, and not the full amount granted to Microsoft at present.
Varjo, maker of high-end XR headsets, today announced that it has closed a multi-million dollar deal to supply headsets for the U.S. Army’s Reconfigurable Virtual Collective Air Trainer (RVCT-A) initiative.
The US. Army’s Reconfigurable Virtual Collective Air Trainer (RVCT-A) aims to deliver virtual training modules that are easy to set up and transport, making training cheaper and more accessible. Specifically the training modules are focused on training pilots of Apache, Chinook, and Blackhawk helicopters.
Varjo says it has been selected by integrator Cole Engineering to supply XR-3 Focal Edition headsets for the program in what amounts to a “multi-million dollar” deal for the company.
Varjo isn’t saying exactly how many headsets it will furnish for the program, but a rough estimate (using a minimum floor of $2 million for the deal and the $6,500 price of Varjo XR-3) suggests somewhere in the neighborhood of 300 headsets. Varjo’s deal may include ongoing revenue from the annual Varjo Subscription service that’s required to use its professional headsets.
Varjo cites the headset’s ability to do high-quality passthrough and occlusion which enables the RVCT-A modules to support a mix of real and virtual imagery. This is especially important given the need to train pilots with their hands on the actual controls of the aircraft, rather than expecting them to fiddle with VR controllers. And of course the headset includes the company’s signature ‘bionic display’, which offers retina resolution in a small area at the center of the headset’s field-of-view.
VR flight simulation and training has been around for decades in militaries across the world. In many cases, flight training has involved full-sized cockpit replicas and dome-projection displays that are large and difficult to transport. Today it’s possible to provide an immersive field-of-view inside a VR headset, making portable flight trainers much more practical.
Image courtesy Varjo
Varjo’s headset deal is just one part of Cole Engineering’s $500 million contract to supply RVCT modules to the U.S. Army, including a Ground version for infantry training.
That broader contract is part of the Army’s Synthetic Training Environment (STE) initiative which seeks to enhance the branch’s training programs with immersive capabilities.
“[Cole Engineering’s] RVCT solution is built upon a modular hardware architecture, which allows RVCT to replicate U.S. Army ground and air vehicles through common configuration items. The combination of high-fidelity physical and virtual control interfaces utilizes real-world system hardware and immerses the Soldier via Virtual and Augmented Reality through the Synthetic Training Environment-Information System (STE-IS) software,” Cole Engineering wrote about its contract with the Army.
Varjo says its deal with Cole Engineering to supply headsets for the RVCT program is “one of the 70+ immersive defense training programs featuring Varjo’s hardware and software solutions worldwide.”
Enterprise headset maker Vrgineers has developed a portable VR combat flight sim system for training pilots on a wide range of combat aircraft, including planes and helicopters. The entire system fits into a single large case and can be deployed wherever it’s needed.
Image courtesy Vrgineers
Made from entirely commercially available off-the-shelf components, the system unpacks from a single large case with everything necessary get trainees into a simulated flight, including the company’s wide-FoV XTAL 3 headset, a computer that can power it, and a stick and throttle setup that mimics common combat aircraft. The company says that one person can get the system up and running within 30 minutes (you can see the whole process here).
Image courtesy Vrgineers
While Vrgineers is packaging all of the hardware together, partner Razbam Simulations is responsible for the simulated aircraft—including the F-15E Strike Eagle and its bevy of systems—which plugs into Digital Combat Simulator, a popular flight sim among enthusiasts and professionals.
Image courtesy Vrgineers
While the company says the system is designed for affordability, at the time of writing they have not released a specific price, though we’re guessing it will run in the tens of thousands of dollars—which seems like a lot but pales in comparison to many professional VR flight sim systems for pilot training.
