Anduril Shows a Glimpse of EagleEye’s Wide Field-of-view Night Vision Imaging

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Anduril, the defense startup founded by Palmer Luckey, revealed more capabilities of its EagleEye XR glasses, this time showing off its wide field-of-view (FOV) night vision.

Anduril revealed EagleEye late last year, showing off an impressive (if not outright terrifying) set of augmented reality capabilities the company hopes to eventually serve up to U.S. soldiers. The company has now showed off a little more of the system’s night vision.

“The difference is night and day,” Anduril says in an X post. “The digital night vision of the EagleEye Family of Systems delivers an 84 degree field of view, stereo thermal fusion to expose hidden threats, and a 4K display for enhanced warfighter perception.”

Image courtesy Palmer Luckey, Anduril

The company also showed off a visual comparison between EagleEye (left) and PVS-31 (right), the latter of which is a conventional binocular-style night vision system currently used in elite combat roles, such as SOCOM, Rangers, SEALs, and MARSOC.

That said, the two systems are very different—about as far from each other as a smartphone is from and a digital Casio watch.

According to Anduril, EagleEye offloads some of front-heaviness of its low light and thermal sensors by integrating them into a sensor suite connected directly to the helmet, which is then relayed to the user’s display, which is housed in a pair of AR glasses with included ballistic and laser protection.

Image courtesy Anduril Industriesduri

What’s more, the system also patches into a bevy of external data streams, including real-time info sourced from the company’s AI-driven Lattice network of surveillance and defense devices.

This comes amid Anduril’s compete for a U.S. Army contract against defense company rival Rivet. Called the Soldier Borne Mission Command (SBMC), the new contract is essentially is set to revamp the previous 10-year, $22 billion Integrated Visual Augmentation System (IVAS) project originally awarded to Microsoft in 2018, which the company hoped to fulfill by adapting its HoloLens 2 AR platform for combat roles.

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In February 2025, it was revealed Anduril would be taking over the older IVAS contract, which was thought to give the company a head start on competing for SBMC.

Notably, Anduril partnered with Meta in May 2025 on combat-focused XR systems, which at the time the companies said would aim to deliver “the world’s best AR and VR systems for the U.S. military.”

Anduril says it’s also partnered with EssilorLuxottica’s Oakley Standard Issue, Qualcomm, and Gentex, which the company says “lowers cost, accelerates development, and ensures a path for continuous innovation.”

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Well before the first modern XR products hit the market, Scott recognized the potential of the technology and set out to understand and document its growth. He has been professionally reporting on the space for nearly a decade as Editor at Road to VR, authoring more than 4,000 articles on the topic. Scott brings that seasoned insight to his reporting from major industry events across the globe.
  • XRC

    One consideration, will soldiers actually have a future on an active battlefield? Look at the current kill zone along the Ukrainian/Russian conflict lines with drones destroying anything in sight (or not)

    • Christian Schildwaechter

      While Anduril is going after a (still unproven) high tech, very high cost approach mixing AR, AI and complex data processing to give US soldiers the upper hand on the ground in future battlefields, both the conflicts in Ukraine and Iran are dominated by cheap drones. Two days ago Varjo posted a video about their XR4 HMDs being used by Ukrainian special forces to train soldiers in drone interception, including handling the actual physical weaponry, not just virtual versions of them.

      [02:47] Why counter drone simulation can't wait | Varjo x AVS youtu_be/tYgZXnnS7bU

      This VR training can be linked to the Ukranian (also VR) FPV drone pilot training program, allowing to have both human drone pilots and drone interceptors to train together, challenging each other. Using readily available HMDs and tech for the type of battlefield we actually see today. Creating this probably took a couple of programmers a couple of months using existing hardware, and the results already have a lot of impact.

      Ukraine being forced to very quickly come up with a drone based combat style and then field test it every day for years has made them pretty much the leading expert in this type of warfare, now consulting and training military from states around the Persian Gulf on how to defend against the Iranian Shahed drones used in that conflict. So it is very likely that the Ukrainian special forces' VR based training simulation using Varjo HMDs will see deployment in several active war zones many years before the DoD has even decided whether Anduril's smart soldier concept is even relevant any more.

      • XRC

        What surprised me is how quickly the terminator "future war" is coming true, as H-K's roam the battlefield with increasing levels of autonomous operation. Perhaps the augmented soldier will direct multiple drones using AI agents but from the very rear of the battle space to reduce latency.

        But as someone who was in Munster, Germany in '86, the spectre of nuclear war made our soldiering seem pointless, as drones are starting to in Ukraine and elsewhere as this technology spreads

        James Cameron's fever dream may come true quicker than we think

        • Christian Schildwaechter

          It has been less than ten years between attempts to ban still theoretical autonomous robots with deadly weapons making kill decisions themselves (with the talks about a ban going nowhere), and small rover like UGV (Unmanned Ground Vehicle) bots with mounted machine guns roaming the battle field in Ukraine and shooting at targets selected by AI object detection without a human in the loop.

          You don’t even need a T-800, a Boston Dynamics USD 75K Spot robo dog will do just fine. And there are several well documented maker projects to DIY one for a lot less using mostly 3D printing, allowing for a similar cheap production as with drones build from cheap standard components in huge numbers by a newly created military industry in Ukraine these days.

          So it is just a question of time before we not only have kamikaze drones, but also either shooting or exploding artificial dogs, cats or rats, basically walking, self-targeting IEDs at very low cost. And the only way to protect soldiers will be to keep them of the battlefield.

          Out of all the components of Anduril’s future battlefield vision, the software for coordinating lots of sensors and remotely controlled weapons is probably the most feasible part. I suspect though that like with drones, speed and flexibility of development and deployment will become more important than having superior tech created at DoD pace. Not looking forward to AI slop inevitably making it into the control sofware for killer drones to adapt to rapidly changing situations.

          Traditional infantry like the AR HMD augmented soldiers will at best play a minor part. The drone pilots controlling US Raptor drones already do that from a container sitting halfway around the world, like in a 9to5 job with pilots working/playing something akin to a video game in shifts, and then driving home afterwards. Some of them will not only never see their battlefield, but not even know where exactly in the world it is.

  • Queen of the Starry Skies

    These fucking lotr names for war corporations. Please someone toss a bomb over there

  • Molefe

    How can the VR system be of aid to the Visually impaired Students?