The Predator B ER is a Highly Advanced Unmanned Military Aircraft
Rahul Kalvapalle — July 22, 2014 — Tech
The Predator B ER -- also known as the MQ-9 Reaper -- is a highly sophisticated unmanned military drone that recently completed its second successful endurance test flight.
The Predator B ER is an advanced version of the Predator B drone. Its flight endurance is 35 hours, eight hours more than that of the old Predator B. This improvement was made possible by the fitting of an external fuel tank on each wing, heavier landing gear to facilitate increased payloads as well as an advanced fuel management that helps thermally balance the aircraft's fuel sources.
The drone also features a special Alcohol Water Injection system that injects a mist of water and alcohol into the engine air intakes, allowing the craft to take off from shorter runways and carry heavier payloads.
The Predator B ER is an advanced version of the Predator B drone. Its flight endurance is 35 hours, eight hours more than that of the old Predator B. This improvement was made possible by the fitting of an external fuel tank on each wing, heavier landing gear to facilitate increased payloads as well as an advanced fuel management that helps thermally balance the aircraft's fuel sources.
The drone also features a special Alcohol Water Injection system that injects a mist of water and alcohol into the engine air intakes, allowing the craft to take off from shorter runways and carry heavier payloads.
Trend Themes
1. Increased Flight Endurance - The development of advanced fuel management and external fuel tanks have allowed military drones to significantly increase their flight endurance, opening up new possibilities for extended missions and capabilities.
2. Advanced Payload Capacities - With the use of heavier landing gear and improved fuel management, military drones are now capable of carrying heavier payloads, enabling more sophisticated equipment and weaponry to be deployed.
3. Enhanced Takeoff and Landing Capabilities - Incorporating features like the Alcohol Water Injection system, military drones have the ability to take off and land from shorter runways, expanding deployment options and accessibility to different terrains.
Industry Implications
1. Defense and Military - The advancement of drone technology in military applications presents disruptive innovation opportunities in reconnaissance, surveillance, and targeted strikes.
2. Aerospace and Aviation - The development of more sophisticated military drones creates opportunities for companies in the aerospace and aviation industry to design and manufacture specialized drone components, propulsion systems, and advanced materials.
3. Security and Intelligence - The increased capabilities of military drones in terms of flight endurance, payload capacities, and takeoff/landing options offer disruptive innovation opportunities in border security, surveillance systems, and intelligence gathering.
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