Introducing the Ventus HD6 series: Advanced Thermal Imaging Solutions
Sierra-Olympia technologies has unveiled its latest innovations in thermal imaging with the launch of the ventus HD6-2.4 and Ventus HD6-0.6 models. These state-of-the-art long-range thermal cameras are designed to deliver exceptional performance and longevity.
Innovative camera Systems for Enhanced Performance
Both models feature a high-definition (1280×960) focal plane and are equipped with a proprietary long-life cooling system, ensuring superior image clarity and a wider field of view while maintaining a lower total cost of ownership.
Ventus HD6-2.4: Compact and Powerful
The Ventus HD6-2.4 is a compact yet robust mid-wave infrared (MWIR) camera tailored for low size, weight, and power (low-SWaP) applications. Its small form factor allows for seamless integration into various systems, including imaging gimbals, dismount units, and sighting systems. This model boasts an impressive 10x optical zoom,providing detailed imagery in a 1280 x 960 resolution.
Ventus HD6-0.6: Precision at Long Distances
The Ventus HD6-0.6 is engineered for long-range precision and reliability. featuring a 14x optical zoom within the same 1280 x 960 resolution, this camera excels in detecting, recognizing, and identifying targets at meaningful distances.
Expert Insights
Chris Johnston, CEO of Sierra-Olympia Technologies, emphasized, “Each camera in the Ventus HD6 series is equipped with advanced image enhancement features that can be customized or optimized to meet the specific needs of your thermal imaging applications.”
Notable Features and Advantages
- Long-lasting camera core with a lifespan of 27,000 hours, utilizing Hexablu technology by Leonardo DRS
- Extended optical zoom capabilities in a 1280 x 960 resolution
- 6-micron pixel pitch for enhanced detail
- Options for scene object tracking, DRI capabilities, KLV metadata, and more.
For further information on the Ventus HD6 series and to explore its advanced features, please visit the product pages for the HD6-2.4 and HD6-0.6.
