Some of the most advanced inventions have been made in the service of defending the country. Arms and armament systems have created a powerful industry that may be seen by many as anything but a provider of very useful and helpful materials. New things are constantly being though for use along defense lines and civilian companies tend to study them for more normal marketing areas.
The complete lists for military logistics might not have a specific civilian application to every item they have. But then, all of these are made of materials or processes that are truly adaptable for very useful products that are essential to the modern lifestyle. One such thing is something known as called the military fiberglass antenna mast, which is used for ships.
These masts are also in use at air bases, radar and monitoring installations, communications towers and special airplanes. In the Navy, these are used so that things like aircraft carriers, research boats, and transports can look over the horizon to identify incoming enemy threat or hazardous weather. Thus they have a dual purpose for warfare and navigational safety.
Aerials are a cousin to the masts in question, but the latter have versatility in what it is able to carry or hold up. The items attached to it are varied, like radar dishes, telecom or satellite linking equipment, systems for monitoring and long range mapping which all are important to the modern navy. And durability and strength are plus factors here, too.
Plastic is so versatile, and fiberglass is perhaps one the most versatile and durable of plastic composites. What the military needs are materials that have strength to endure battles which are simply to make or operate. When it comes to civilian use, however, fiberglass has proven its excellent utility time and time again.
Aerials or antenna masts can also be applied to drones, land roving vehicles used for mapping out terrain on Mars or the moon, for deep diving submersibles, AWACS planes and other vehicles. The fiberglass material is good as stable installations that will not be damaged by wind and wave movement. But for other usages than big ships or aircraft, they need to be downsized to the dimensions of specific vehicles.
Commercially, they are also applicable to civilian shipping, which adapts many kinds of military equipment in the naval line. These are the days of crossover usage, and the so called military industrial complex is not adverse to lending special but unclassified items for more widespread distribution. The space industry has also the same philosophy, and many products from the military and NASA have become common, providing people with great utility.
Commercial shipping lines are also great fans of military sourced materials, since most are adaptable to cargo ships or passenger cruisers. Today, it is an acknowledged fact that when the military innovates, civilians can benefit. Thus, arms and related manufacturers will make the technology transfer of declassified materials for civilian use, just like the space industry, a kind of practical philosophy that has addressed the most common human needs.
With this one piece of hardware, a lot of innovative applications have been found. Technical specialists have innovated to turn war materials into the Biblical ploughshare, which is a very humane way to go. For humanity, those things that are practical to use serve to enhance the quality of life of many, which makes war a thing of the past when deterrence and vigilance are maintained all throughout.
The complete lists for military logistics might not have a specific civilian application to every item they have. But then, all of these are made of materials or processes that are truly adaptable for very useful products that are essential to the modern lifestyle. One such thing is something known as called the military fiberglass antenna mast, which is used for ships.
These masts are also in use at air bases, radar and monitoring installations, communications towers and special airplanes. In the Navy, these are used so that things like aircraft carriers, research boats, and transports can look over the horizon to identify incoming enemy threat or hazardous weather. Thus they have a dual purpose for warfare and navigational safety.
Aerials are a cousin to the masts in question, but the latter have versatility in what it is able to carry or hold up. The items attached to it are varied, like radar dishes, telecom or satellite linking equipment, systems for monitoring and long range mapping which all are important to the modern navy. And durability and strength are plus factors here, too.
Plastic is so versatile, and fiberglass is perhaps one the most versatile and durable of plastic composites. What the military needs are materials that have strength to endure battles which are simply to make or operate. When it comes to civilian use, however, fiberglass has proven its excellent utility time and time again.
Aerials or antenna masts can also be applied to drones, land roving vehicles used for mapping out terrain on Mars or the moon, for deep diving submersibles, AWACS planes and other vehicles. The fiberglass material is good as stable installations that will not be damaged by wind and wave movement. But for other usages than big ships or aircraft, they need to be downsized to the dimensions of specific vehicles.
Commercially, they are also applicable to civilian shipping, which adapts many kinds of military equipment in the naval line. These are the days of crossover usage, and the so called military industrial complex is not adverse to lending special but unclassified items for more widespread distribution. The space industry has also the same philosophy, and many products from the military and NASA have become common, providing people with great utility.
Commercial shipping lines are also great fans of military sourced materials, since most are adaptable to cargo ships or passenger cruisers. Today, it is an acknowledged fact that when the military innovates, civilians can benefit. Thus, arms and related manufacturers will make the technology transfer of declassified materials for civilian use, just like the space industry, a kind of practical philosophy that has addressed the most common human needs.
With this one piece of hardware, a lot of innovative applications have been found. Technical specialists have innovated to turn war materials into the Biblical ploughshare, which is a very humane way to go. For humanity, those things that are practical to use serve to enhance the quality of life of many, which makes war a thing of the past when deterrence and vigilance are maintained all throughout.
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