Create a free starter account, or log in.

Get access to four free articles per month, as well as our Decisive Edge Newsletters and Daily News Bulletin.

Email Address

Password

Forgot your password? Reset by clicking here

Create a Password

[[ req.met ? '✓' : '•' ]] [[ req.text ]]

Re-enter Password

Passwords do not match

First Name

Last Name

Country

Confirm your account

Please enter the four-digit pin below that has been emailed to you.

Didn't receive the pin yet?

This pin expires in 20 minutes.

[[ error ]]

By creating an account, you agree to the Terms of Service and Privacy Policy.

Stay informed with Shephard's award-winning journalism. Unlock unlimited access and in-depth analysis with a corporate or individual subscription.

Explore your options here

USMC turns to augmented reality for better Osprey pilot safety

12th August 2021 - 08:52 GMT | by Shephard News Team

RSS

The USMC will use the Degraded Visibility Landing System with its MV-22B Osprey tiltrotor aircraft. (Photo: L3Harris Technologies)

DVLS keeps pilots spatially oriented to the terrain and obstacles and works with existing night vision devices to enable safer landings, says L3Harris.

The USMC has selected augmented reality (AR) technology in a lightweight display and processor from L3Harris Technologies, to mitigate safety risks for MV-22B Osprey pilots in brownouts and other limited-visibility conditions.

The Degraded Visibility Landing System (DVLS) increases situational awareness when landing in reduced visibility landing conditions, the company noted in an 11 August announcement, while the helmet-mounted display and processor integrates into fixed and rotary-wing aircraft such as the CH-53, H-1, H-60 and C-130.

DVLS fuses navigational and sensor data sources with AR to produce a real-time display on a helmet-mounted, flip-down display ‘for an accurate representation of the surrounding terrain and potential flight obstructions’, L3 Harris added.

The system also complies with Future Airborne Capability Environment standards, enabling new sensors and systems to be integrated.

V-22 Osprey