FLIR Factory Trip and Thermal Discussion

Published on December 12, 2016
Duration: 10:21

This video provides an in-depth look at FLIR's acquisition of Armicite and the advancements in thermal imaging technology. The speaker, an expert in firearms instruction, details how thermal sights work, their advantages over night vision, and FLIR's manufacturing capabilities, including their top-tier thermal cores and sophisticated Gimbal systems. The content highlights the increasing accessibility and performance of thermal optics for both military and civilian applications, emphasizing FLIR's role in bringing these technologies to the market at competitive prices.

Quick Summary

Thermal sights work by visualizing infrared light (heat), enabling operation day or night and through obscurants. This differs from night vision, which amplifies ambient light. FLIR's acquisition of Armicite and advanced manufacturing, including proprietary thermal cores and lens production, are making this technology more accessible and effective for various applications.

Chapters

  1. 00:10Introduction to Thermal Sights
  2. 00:51Thermal Technology & Cost Reduction
  3. 01:57Armicite Acquisition by FLIR
  4. 03:01FLIR's Market Presence & Strategy
  5. 04:00Technological Advancements & Cost
  6. 04:25FLIR Thermal Cores & Manufacturing
  7. 04:55How Thermal Cameras Work
  8. 05:33Thermal vs. Night Vision
  9. 06:01FLIR Factory Tour & Capabilities
  10. 06:24The Gimbal System
  11. 07:04Gimbal Demonstration & Cross-Pollination
  12. 08:14Crystal Growth & Lens Manufacturing
  13. 09:19Modern Commercial Thermal Sensitivity
  14. 09:36Conclusion & Call to Action

Frequently Asked Questions

How do thermal sights differ from night vision?

Thermal sights detect heat signatures (infrared radiation), allowing them to work in complete darkness and through obscurants like smoke or fog. Night vision devices amplify existing ambient light, requiring some light source to function and are less effective in adverse conditions.

What is the significance of FLIR acquiring Armicite?

FLIR's acquisition of Armicite was a strategic move to expand its presence in the outdoor and sporting markets. It allows FLIR to integrate Armicite's customer base with its own advanced thermal imaging technology and manufacturing capabilities.

What are the key components of FLIR's advanced thermal imaging systems?

FLIR manufactures its own top-tier thermal cores, which are essential for thermal imaging devices. They also produce high-quality lenses through a complex crystal growth process and integrate these into sophisticated systems like the Gimbal.

How has thermal imaging technology become more accessible?

Advancements in thermal technology, coupled with FLIR's scale of production and market reach, have led to significant cost reductions. This makes sophisticated thermal optics, once exclusive to military applications, increasingly affordable for sportsmen and consumers.

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