ATARS system

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SUMMARY

Red 6's ATARS system features the EVE Headset (Enhanced Visual Environment) with a 160-degree field of view, 1.8% optical efficiency, 18,000 nits brightness, and 10 ms latency. The 18,000-nit specification refers to the helmet display brightness, enabling visibility in direct sunlight and high-speed outdoor environments. The image source technology is not officially confirmed, but micro-OLED is the most likely display technology due to its ability to achieve high brightness, low power consumption, and suitability for augmented reality headsets.

PREREQUISITES

  • Augmented Reality (AR) Display Technology
  • Micro-OLED Display Characteristics
  • Helmet-Mounted Display Systems
  • Brightness Measurement in Nits for AR Devices

NEXT STEPS

  • Research Micro-OLED Display Technology for AR Applications
  • Study Optical Efficiency Metrics in Helmet Displays
  • Explore Latency Optimization Techniques in AR Headsets
  • Investigate Field of View (FOV) Standards in Wearable AR Devices

USEFUL FOR

Augmented reality developers, wearable technology engineers, display technology researchers, and professionals involved in designing high-brightness helmet-mounted displays for outdoor and high-speed environments.

LTT9
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Does anyone happen to know what kind of image source Red6's ATARS system uses? Does the 18,000-nit brightness specification listed on the official website refer to the display's brightness?
 
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That level of brightness would refer to the helmet display - where supplemental information needs to be visible even against direct sunlight.

Here are the specs provided by red6ar:

Turning Science Fiction Into Reality​

160H FOV
1.8% OPTICAL EFFICIENCY
18000 nits BRIGHTNESS
10 ms LATENCY

Our EVE Headset (Enhanced Visual Environment) is a transformational leap in wearable augmented reality technology. Previously there has been no means by which virtual assets could be visually represented in the real world, outdoors, and at high speeds. Red 6’s EVE hardware is the brightest headset available, allowing for outdoor use in full daylight and, critically, in high-speed environments.
 
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.Scott said:
Here are the specs provided by red6ar:
1780926182306.webp
 
And, as you can tell from the image in @berkeman's post, this is the helmet that Darth Vader will be upgrading to.
 
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.Scott said:
And, as you can tell from the image in @berkeman's post, this is the helmet that Darth Vader will be upgrading to.
Thank you very, very much for your reply! May I ask if you know what kind of image source is used in the headset? I really can't find it and would love to learn about it.
 
berkeman said:
Thank you very much!Cool helmet! I want to know what kind of image source is used for the headset?
 
You would need to contact the manufacturer to get an authoritative answer. But I would guess it is micro-OLED technology. Micro-OLED can reach that nit rating (18,000), it's low power, and often used in this kind of application.
 

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