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INTRODUCTION
A navigation or observation periscope and a targeting periscope, often known as the commander’s periscope, were features of classic submarines. These periscopes were initially positioned in the conning tower of diesel-electric submarines, one forward of the other.
A periscope’s main component is a long tube with mirrors on either end. The mirrors are fastened in such a way that they are 45 degrees off-parallel to one another. The mirrors’ arrangement causes light reflections to bounce back and forth between them. For instance, light reflects off the thing that the periscope is used to view.
The Laws of Reflection, which state that light from an object strikes a mirror at an angle of 45 degrees from its surface and is reflected, are the foundation of a periscope. After hitting one mirror, the light is reflected by another, and so on until it reaches the eye.
Submarine periscopes can be up to 60 feet long (18 m). A submarine is said to be at periscope depth when it is submerged to a depth equal to the length of the periscope tube.
GLOBAL SUBMARINE PERISCOPE MARKET SIZE AND FORECAST
Global Submarine Periscope market accounted for $XX Billion in 2022 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2023 to 2030.
NEW PRODUCT LAUNCH
Drones known as “flying periscopes” are being installed on U.S. Navy submarines.
A submarine can deploy a camera-equipped drone that can detect targets that are too far away to be seen through a periscope using the Submarine-Launched Unmanned Aerial System (SLUAS).
An undisclosed Latin American Navy has awarded HENSOLDT a follow-up contract to increase capability with night vision capability and replace the current submarine periscope with the SERO 250S periscope as part of a refit programme.
A Latin American customer’s navy will receive a SERO250S submarine periscope from HENSOLDT. This customer has already placed a second order. The SERO 40 Stab type periscopes, also from the firm, were previously installed on the two submarines of the 209 series. The SERO250 has upgraded optics, which come standard with high-definition and low-light cameras.
The SERO250 has upgraded optics, which come standard with high-definition and low-light cameras. A second infrared (IR) camera provides night vision functionality. Additionally, the SERO250S has an active laser and a passive stadiameter for range finding. All SERO250 variants can be used as a standalone system or incorporated into current (or updated) battle management systems, which will make integration easier.
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