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High-performance air-to-air missile ejector. LAUNCHER (PMEL). Modern medium- and long-range air-to-air missiles can be ejected from high-performance manned and unmanned platforms using the pneumatic PMEL launcher.
Modern medium- and long-range air-to-air missiles can be ejected from high-performance manned and unmanned platforms using the pneumatic PMEL launcher. Compared to previous launchers, PMEL can discharge stores weighing up to 190 kilograms with less compressed air and at a lower pressure.
Turnaround time is greatly decreased by this extremely effective performance, which is made possible by patented two-stage piston technology.PMEL is made to reduce the amount of staff needed.
The launcher uses a proprietary yoke alignment mechanism, self-locating connector, and automatic sway bracing throughout the loading process to enable quick weapon loading with just two people.
The Global Pneumatic Eject Missile Launcher market accounted for $XX Billion in 2022 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2023 to 2030.
The compressor SABRE has with the maximum flow rate is the RIX SABRE pneumatic eject missile launcher. The SABRE compressor can provide adequate high-pressure air for the most demanding weapon and sonobuoy ejection applications with a flow rate of up to 68 SLPM.
The SABRE compressor, which is currently installed aboard the P-8A Poseidon, supplies energy to five (5) internal weapon bay BRUs and the full sonobuoy launching system.
On the P-8A, the external wing pylon BRUs are also powered by ROTEC compressors.All pneumatic power systems used for ejecting munitions or cooling missile seekers have compressors as an essential component.The moisture separators and air filter dryers are additional crucial subsystems.
Air that is free of contaminants and moisture must be provided to keep.Comparing pneumatics to conventional pyrotechnic explosive cartridges, there are many financial, environmental, and logistical benefits.
Pneumatic ejection systems are already used by several platforms now in use, and platforms that are currently being developed are looking at non-pyrotechnic methods of securely ejecting weapons.
High-pressure clean air offers a cost-effective “green” way to carry out a mission-critical task given the desire to lower life cycle cost, labour costs, and environmental impact.
