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The global SONAR system market is segmented into application such as commercial, scientific and military. Among these segments, military SONAR system segment is expected to occupy the top position in global SONAR system market. Further, increasing spending on the military strengthening by many developing nations is anticipated to drive the growth of the military SONAR system market. Moreover, development of advanced military SONAR systems is envisioned to bolster the growth of the market. Global SONAR system market is expected to flourish at a significant CAGR of 6.9% over the forecast period. Moreover, the global SONAR system market was estimated at USD 2.8 Billion in 2016. Increasing manufacturing of marines and ships, heavy usage in military applications and technological innovations are some of the factors which are expected to intensify the growth of the global SONAR system market. Moreover, government initiatives to make military technologically advanced is believed to fuel the growth of the global SONAR system market. North America grabbed the highest percentage share in overall SONAR system market in 2016. Further, North America is expected to continue its dominance over the forecast period. Evolution in the SONAR system technology such as development of advanced flank array is expected to intensify the growth of the SONAR system market. Moreover, presence of major players in the region is anticipated to positively impact the growth of the SONAR system market in North America. U.S. is the major contributor to the growth of global SONAR system market. Asia Pacific is also expected to showcase significant growth in the SONAR system market. Rising expenditure on defense naval shipbuilding is expected to escalate the demand for the SONAR system. Countries such as India, China, Japan and South Korea are believed to witness the augmented demand for SONAR system. Growth in Naval Shipbuilding Market Rise in the military defense spending is anticipated to positiv

X4 Series Pipeline Sonar Inspection System is very suitable detection for full of water without emptying conditions, any traditional video testing method fails to obtain a better testing effect. However, X4 pipeline section sonar imager is just applicable to such pipelines (various pipelines with the diameter or section up to 125mm~6000mm). For structural defects (such as deformation, collapse, crack, encrustation, the secret joint of branch pipelines, etc.) and functional defects (such as deposition, floaters) of most pipelines, X4 pipeline section sonar imager can reach an accurate effect and a mouse is adopted for measurement and analysis.

When the pipeline is full of water without emptying conditions, any traditional video testing method fails to obtain a better testing effect. However, X4 pipeline section sonar imager is just applicable to such pipelines (various pipelines with the diameter or section up to 125mm~6000mm).

Antisubmarine warfare equipment is constantly getting better, and ASW forces are consistently getting more powerful. Although ASW operations have generally been focused on protecting surface ships' maritime lines of communication from submarine attack, they might be turned toward the detection, tracking, and destruction of strategic missile-carrying submarines. Thanks to COTS technology, the sonar can be swiftly and easily connected with sensors and battle management systems. The main features are enhanced tracking and detection, omni and sector transmission, electronic map overlay, sound propagation model, enhanced tracking, and an integrated training simulator.