The RAZAR Riflescope Brings Easy Zoom Functionality to the War Zone
Rahul Kalvapalle — October 23, 2014 — Tech
References: share.sandia.gov & gizmag
The RAZAR or Rapid Adaptive Zoom for Assault Rifles riflescope is a revolutionary contraption that allows soldiers to switch between high zoom and low zoom at the push of a button, making it easier for them to concentrate on their targets rather than be distracted by having to adjust their scopes. Regular riflescopes require soldiers to look away form their targets or take their hands off the trigger to change magnification, something that can prove costly .
The RAZAR riflescope uses adaptive zoom technology wherein the magnification is changed by moving optical components along the scope's axis. It also features a special 'zero-power hold' features that, unlike regular camera-based zooms, maintains focus even if the power is switched off. This means a soldier can continue to use the scope even if its battery dies.
The RAZAR riflescope uses adaptive zoom technology wherein the magnification is changed by moving optical components along the scope's axis. It also features a special 'zero-power hold' features that, unlike regular camera-based zooms, maintains focus even if the power is switched off. This means a soldier can continue to use the scope even if its battery dies.
Trend Themes
1. Adaptive Zoom Technology - Developing riflescope technology that allows seamless switching between high and low zoom without distraction.
2. Zero-power Hold - Integrating 'zero-power hold' features into optical systems to ensure continuous focus even when the power is switched off.
3. Smart Scope Technology - Advancing scopes to incorporate intelligent features such as adaptive zoom and power-saving capabilities.
Industry Implications
1. Defense and Military - The RAZAR riflescope brings disruptive innovation to the defense industry by enhancing the efficiency and accuracy of soldiers' rifles.
2. Optics and Imaging - The development of adaptive zoom technology opens up new possibilities for the optics industry, revolutionizing the way scopes and other optical systems are designed and used.
3. Consumer Electronics - The incorporation of 'zero-power hold' features in optical systems not only benefits military applications but also offers potential opportunities in the consumer electronics industry, such as camera technology and virtual reality devices.
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