HexaBlu® Signature Features
Infrared
HexaBlu® stands out with proven reliability and low induced vibration of the cooler compressor system. The dewar cooler assembly has virtually undetectable displacement at the sensor cold stage, and is almost nearly inaudible while in operation. The sensor radiometric performance excels with a 4.8 Me well depth. The single integration time dynamic range for this small pitch sensor exceeds that of all comparable products. This dewar has been proven to hold an extremely long life-cycle. Demanding tests and stressful loading conditions showed the cooler still operating after 27k hours (about 3 years of continuous operation). The core is optimized for both low SWaP applications such as airborne imaging as well as applications driven by long-life metrics such as security and surveillance applications.
- Extended Cooler Life
- 6-micron sensor with 1280 x 960 array
- Optimized for Low-SWaP
- Operates in Near Silence
5 HexaBlu® Videos
4 HexaBlu® Articles

HexaBlu® on Ventus HD6 – Part 1
In this two part tech talk series, we’re going to talk about our HD mid-wave products. We call all of
Read The Full Article HexaBlu® on Ventus HD6 – Part 1

Tunnel 5 Fire
On July 2nd, 2023 fire broke out in Skamania County, the southwest part of Washington. This fire would come to
Read The Full Article Tunnel 5 Fire

HexaBlu® Core System in depth
Chris Johnston, president of Sierra-Olympia Technologies, recently took the time to talk about a new mid wave infrared product called
Read The Full Article HexaBlu® Core System in depth

Introducing HexaBlu®
High Definition HOT MWIR Sensor Array, 1280×960 6 micron pixels Sierra-Olympia Technologies, Inc. is among the world’s most trusted independent
Read The Full Article Introducing HexaBlu®
Exceptional Guidance From Sales Through Support
Work with our amazing sales team to making sure you have the correct specifications and are purchasing the right camera for the job. After you’ve purchased the camera our world class support team can help troubleshoot any issues that may come up.