MEGAPROJECT OF TSAMA VTOL SUBMERSIBLE MODULAR AIRCRAFT, PRODUCTS DEVELOPMENT, AND MANUFACTURING FACILITY
TSAMA - VTOL Submersible Modular Aircraft, was invented and designed for the Naval warfare, Military operations conducted on, under, or over the sea and waged against other seagoing vessels or targets on land or in the air. ... The very presence of naval TSAMA simultaneously deters military aggression and assures our TSAMA, safeguards the sea lanes and the commerce that flows through them, preserves territorial waterway boundaries and the right to resources contained therein, and facilitates a response to natural disasters and the other threats.
When it comes to the defense industry, technology is advancing by leaps and bounds. Some of the innovations that were once considered downright futuristic are now very close to operational rollout, like the TSAMA - VTOL Submersible Modular Aircraft.
Identifying the technology trends that will shape the future of the defense industry is complex. It can be hard to determine which breakthroughs are most likely to make their way into tomorrow’s defense solutions. TSAMA a Breakthrough Submersible VTOL Aircraft. ... MD Aerospace gets patent for the Vertical Take-Off and Landing (VTOL) Multi Rotor Submersible/Airplane since 2013.
Looking at the technologies attracting investments on other markets and assessing their economic viability is one fact-based way of gaining insights into the future of defense technologies. Robotics, artificial intelligence, mobility, and energy are where the money is going to go. A survey of the latest industry research shows that astronomical investments are being funneled into a selection of technologies with bright futures on profitable markets. Artificial intelligence and autonomous vehicles, for example, are expected to impact the economy to the tune of $6 trillion by 2025. ... R&D is being and will continue to be funded massively. The huge investments being made in these technologies will position companies operating in the defense industry to address the market with mature solutions that are ready to be commercialized.
Today’s world is becoming increasingly connected, and battlefield operations are no exception. To respond more rapidly and in a coordinated manner, military vehicles, drones, and infantry soldiers all will use artificial intelligence and autonomous vehicles on the battlefield, like the TSAMA - VTOL Submersible Modular Aircraft.
MD's making the future of defense technology, you have to look at the highly-technical aspects of the market and the potential solutions. But creativity, curiosity, and imagination are also essential. This is what makes defense technology so fascinating and complex.
At first glance, the like the TSAMA - VTOL Submersible Modular Aircraft industry might not appear to be as exciting as the aeronautics, space, or naval industries. It is, however a highly-complex and remarkably-demanding industry. The battlefield decides: When faced with an adversary capable of knowing and controlling the naval-field, you have to put the most advanced possible technology in your men’s hands.
A race to deploy the most advanced technology at all cost is the answer, however. The TSAMA - VTOL Submersible Modular Aircraft industry might will be seeking the right balance between science, strategy, forward planning, and practicality for the navy forces.
If you are interested in learning how technology is being used in a completely different industry, visit the www.tsama-aircraft.com
Since 2003, Muayad Al-Samaraee (the inventor of TSAMA), has created an invention that can create an amphibious fleet that is a large formation of submersible warships - the largest formation in any navy - controlled by a single commander. A fleet at sea is the direct equivalent of an army on land. ... TSAMA's Fleet at Sea is the direct fleet that can be converted to be an army on land ... a permanent formation and generally assigned to a particular ocean, sea or land. … This unconventional innovation has managed to tip the scales.
The innovation and manufacture of unmanned air and land systems is the way to catch up with the capabilities of the great powers and perhaps surpass them on the battlefields, the great powers that have gained an opportunity to develop their technical and operational capabilities in traditional naval combat techniques during the past hundred years, and to a lesser extent about systems operating above water or under it. The use of unmanned systems in combat has attracted widespread attention in the legal community, and much attention and discussion has focused on the use of unmanned aerial systems and unmanned ground systems to conduct so-called targeted killing operations to target high-value targets and combat bombings in areas The use of these systems has also led the armed forces of many countries to increasingly rely on them for intelligence, surveillance, and reconnaissance purposes, ISR- Intelligence, Surveillance and Reconnaissance, and other aspects of military logistics.
The use of these systems is very different from their air and land counterparts. In future maritime security operations, the use of these systems will be very large, as they significantly increase the surveillance capabilities of the Navy, and contribute to combating piracy, drug trafficking, combating smuggling of weapons of mass destruction and refugee operations. Naval warfare is particularly promising for improving and strengthening maritime interdiction, anti-submarine warfare, and mines, and unmanned naval systems are likely to prove invaluable in maintaining the security of the fragile sea lanes on which the global economy depends.
Unmanned naval systems may not enjoy the same status as ships, according to the classifications of the United Nations Convention on the Law of the Sea (UNCLOS), and even if that is, these systems can be defined as warships, and their use is not excluded in times of peace or war.
TSAMA - VTOL Submersible Modular Aircraft, Future Vertical Lift (FVL), Optionally Piloted Aircraft (OPA). … The TSAMA - (T)Tandem Ducted-fans, (S)Submersible, (A)Amphibious, (M)Modular Standalone-Units, (A)Artificial Intelligence Ability, project contains Patents and more than 17 strategic intellectual properties in TSAMA aircraft, has been innovating, the development stared since1997 and will be ready for mass-production to serve the navy forces and gas and oil offshore sea platforms in 2027. ... It should be noted that these are unexpensive aircraft, it will not take a number of years to accumulate a significant number of TSAMA aircraft.
TSAMA aircraft will be an independent system in its navigation and relies on its embedded technologies, and is the first of its kind in the world. TSAMA Aircraft, will equipped with over water surface & under water (Navigation System) - Based on the Positioning by Earth's Magnetic Anomaly Field. a Revolutionized Subsea Positioning. ... Magnetic Anomaly Navigation works by using scalar magnetometer sensors which measure differences in the magnitude of magnetic fields as one passes by them.
TSAMA can go underwater, subsequently can use engines built for underwater use, a plane could technically fly underwater. Since air is a fluid, just like water, a plane could produce lift underwater as well, by using Bernoulli's principle. ... TSAMA Aircraft is a family of vertical lift solutions that will deliver next generation capabilities at the tactical, operational and strategic levels. They will enable joint force mission effectiveness in the transregional multidomain and multifunctional threat environment. ... This TSAMA Submersible (Platforms) aircraft was invented by Muayad Alsamaraee. ... TSAMA, was invented and designed, as Amphibious Assault platform come in a variety of forms and sizes – They are used to extend the reach of the Navy from sea to land or vice versa by TSAMA E Series. Often, troops were sent to fight. Very often, the troops sent to fight on land by an amphibious assault ship, the Marines.
The TSAMA fleet will consists of roughly 400 Naval submersible aircraft (ships) in active service or reserve. The vessels run the gamut from the massive unmanned aircraft carrier, which stretches more than 500 feet, to the submarine that slithers 300 - 900 feet below the ocean surface. ... These forces normally consist of a Battle Group & Aircraft Carrier, an Amphibious Ready Group, surface combatants, submarines as (submersible TSAMA aircraft), maritime patrol and reconnaissance aircraft, and logistics ships.
COMMERCIAL USE OF TSAMA SUBMERSIBLE AIRCRAFT:
The magnetic surveys are used in oil exploration by using TSAMA Submersible Aircraft. … Oil and gas exploration encompasses the processes and methods involved in locating potential sites for oil and gas drilling and extraction. ... Magnetic surveys are a geophysical method to image anomalies in the earth's magnetic field caused by source bodies within the sub-surface. Oil and gas exploration use magnetic anomalies to detect faults and igneous intrusions.