Vetronics
are the electronics systems integrated in military vehicles for
streamlining activities such as communications, navigation,
surveillance and vehicle health management among others. The global
market for military vetronics is primarily driven by escalating need
for real time data to improve battlespace awareness of soldiers and
mission specific operational efficiency of the military vehicles. The
development of embedded technology is rapidly transforming the
military’s capabilities for highly network centric operations. In
addition, the initiatives undertaken for reduction of size, weight
and power consumption (SWaP) of electronics within the military
vehicles in order to increase internal space for solider
accommodation and ammunition reserves is also driving the growth of
the market for vetronics. Moreover, increasing investments in
developing unmanned ground vehicles for military applications are
also pushing the market forward. Owing to these factors, the market
for military vetronics is growing at a significant pace globally.
Coupled
with the adoption of advancing technologies and transforming military
operations, the military vetronics market is currently experiencing a
surge globally. The escalating threats from insurgencies and growing
geopolitical conflicts among nations currently boost the need for
enhanced vetronics systems in the armored personnel carriers and
infantry fighting vehicles. Concerns to improve the robustness of the
military vehicles in order to support various tactical operations,
several initiatives were undertaken both by the governments and
defense contractors worldwide
The
growing demand for real-time data in the defense industry and
enhanced size, weight, and power (SWaP) specifications for embedded
technology will boost the growth of the global military vetronics
market. However, demilitarization initiatives adopted in North
America and Europe, coupled with open architectural design of
vetronics are expected to hamper the market’s growth during the
forecast period. The overall military vetronics market has a
considerable scope of growth with the development of advanced
vetronics and SWaP reduction initiatives.
Military Vetronics and About Its Technology at : http://bit.ly/1R5BpAI
Geographically,
North America is estimated to continue dominating the global military
vetronics market throughout the forecast period and accounted for a
market share of more than forty percent in 2014. Increasing
investments in modernizing military vehicles and growing adoption of
technologically enhanced systems in ageing vehicles are the major
factors driving the growth of the military vetronics market in North
America. The U.S. is estimated to be dominating the market for global
military vetronics throughout the forecast period. Europe military
vetronics market is currently growing at a stable pace owing to the
various initiatives undertaken to upgrade military vehicles in
countries such as Russia, Germany, the U.K. and France among others.
Asia Pacific is estimated to be the fastest growing market for
military vetronics with a CAGR of 6.0% from 2015 to 2023. Countries
such as China, India and Japan are the leading markets for military
vetronics in the Asia Pacific region. Countries in Middle East and
Africa are investing in the upgradation and procurement of improved
electronic systems in military vehicles to sustain domestic security
and fight anti-national organizations in the region. Brazil is
estimated to be the largest market for military vetronics in the
South America. The report includes the market revenues of 15 major
countries in the global military vetronics market.
The
company profile segment includes the company overview, financial
overview, business strategies, historical roadmap and recent
developments in the field of military vetronics. Major vetronics
manufacturers profiled in this report include Curtiss-Wright
Corporation, Oshkosh Corporation, Ultra Electronics Ltd., TE
Connectivity, SAAB A.B., Kongsberg Gruppen ASA, General Electric
Company, BAE Systems plc, Rheinmetall Defence, Moog, Inc., Lockheed
Martin Corporation, Elbit Systems Ltd., Thales Group, The Raytheon
Company and General Dynamics Corporation among others.
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