HTC Vive Focus 3 Archives

The program will run on the HTC VIVE Focus 3 VR headset.

VR medical simulation platform SimX today announced that its Virtual Advancement of Learning for Operational Readiness (VALOR) program has been selected by the United States Space Force to design an immersive training program for astronaut recovery and space launch missions.

The US government agency will commit an initial $1.7 million USD towards the integration of various space components and medical scenarios based on the Pre-Hospital Space Medicine Care Course (PHSMCC) into the SimX Virtual Reality Medical Simulation System (VRMSS). This includes ocean personnel recovery missions, such as the one depicted in the image below.

Credit: U.S. Airforce, Airman 1st Class Dwane Young, Nellis AFB

“The mission of the VALOR program is to adapt VR medical simulation training to enable high-quality, repeatable, and accessible clinical training for any scenario,” said Karthik V Sarma, PhD, VALOR Principal Investigator and SimX CTO in an official release. “We’re honored to have the opportunity to take the VRMSS to the next frontier by helping the DOD’s elite medical personnel protect the health of our astronauts and space launch personnel.”

The virtual training program is being developed in collaboration with and tested alongside the USAF 24th Special Operations Wing and 1st Air Force, Detachment 3, Human Space Flight Support Operations, and will run on the HTC VIVE Focus 3 wireless VR headset. According to SimX, the program will enable more frequent and effective training for Combat Rescue Officers, flight surgeons, and Pararescuemen.

“The mission impact of this project will be increased overall medical capability for global rescue forces responding to Human Space Flight contingency landings,” added Brent Maney of the Department of Defense Human Space Fight Support Office. “These capabilities are critical for ensuring the highest standard of care is provided by our PJs as they prepare for the continued expansion of Human Space Flight operations.”

Moving forward, the company will continue to expand the program with additional scenarios to accommodate the growing commercial space flight sector.

Feature Image Credit: SimX

A new report states that the device could feature a unique modular design.

XR hardware analyst Brad Lynch has released a new video revealing what he claims to be HTC’s next VR headset. The information, according to Lynch, comes from “many industry sources,” most of which from the supply chain. Lynch once again partnered with product designer Marcus Kane to provide realistic 3D renders of the product based on black-and-white photos shared by his sources.

According to the report, HTC is working on a standalone VR device similar in design to the HTC Vive Flow, HTC’s smartphone-powered VR glasses that were released last year. Referred to by Lynch as the “HTC Vive Flocus,” the device supposedly features four black-and-white tracking cameras as well as one RGB passthrough camera, similar to the Pico 4.

Lynch says that the device features separated 1920×1920 per eye LCDs running up to 120hz. The company is using pancake lenses to reduce the overall size of the device. Lynch was unable to confirm exactly which chipset is being used, though his sources have claimed that the device will feature a “much faster” chip than the XR2 Gen 1, the same one used in the Meta Quest 2.

Unlike the HTC Vive Flow, which uses your smartphone as a controller, the HTC Vive Flocus will be compatible with the HTC Vive Focus 3 motion controllers. Other neat features include a physical IPD adjustor, a removable face pad, and a USC-C port located inside the facial gasket area. Lynch speculates that this port could be used for eye-tracking accessories seeing as the device supposedly lacks any form of built-in eye-tracking technology.

Most interesting, however, is the HTC Vive Flocus’ modular design. According to Lynch, you can actually disconnect the back half of the headset, aka “cradle,” to enter what he refers to as “glasses mode. You can then connect to other power sources, such as a PC. With the cradle removed, you’ll actually be able to fold the arms of the device for easy storage.

According to Lynch, HTC is aiming to release the headset sometime in early 2023. No word yet on an official price, though Lynch says we can expect the device to cost under $1,000.

HTC has been teasing its new VR headset for the past few weeks on social media, but the company has yet to provide any details. Hopefully, we’ll learn more next year during CES 2023 in Las Vegas, Nevada.

Image Credit: Brad Lynch

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