| | | | | | The FAA requires that the simulator provide full-spectrum pilot training, including initial qualification, recurrent training, instrument refresher, landing and approach currency... |
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| | Sponsored | | The MTS-3060A SmartCan™, the pinnacle of flightline armament test sets, excels in testing all Alternate Mission Equipment (AME) and Aircraft Armament Equipment (AAE), including pylons, launchers, bomb racks, and pods. Serving as the ACE and Mission-Ready Airmen enabler, it streamlines logistics and training, reduces test times, and supports all smart and legacy weapons systems. |
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| | | | NC3 architecture enables command authorities to control land-, sea-, and air-based nuclear weapons to enable the president to deploy nuclear weapons. |
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| | The SSC lands surface assault forces from the sea, at over-the-horizon distances, while operating from amphibious ships operating offshore. |
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| | | | Upon closing, the passenger division will operate as a standalone unit within Joby. |
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| | This Chinese heavy-lift drone is a game-changer for offshore missions, Kaif Shaikh writes for Interesting Engineering. |
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| | Sponsored | | White paper examines a Dymax light-cure conformal coating that passes NASA ASTM E595 low outgassing for printed circuit board applications in extreme space environments. Certified to MIL-I-46058C, on the DOD QPL, and assigned NASA MAPTIS #09841, the dual-cure coating cures with UV/Visible light and moisture to reach shadow areas. It’s resistant to corrosion, temperature, and humidity. |
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| | | | Microsystems are vulnerable to strong acids and bases, oxidizers, and high-energy ions that can cause damage, and require special protective packaging. |
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| | Potential military applications include biosensors; autonomous systems; augmentation devices; and self-repairing or adaptive mechanisms. |
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| | | | The mission’s objectives include analyzing lunar resources such as water and hydrogen, and studying the Moon’s radiation and thermal environment. |
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| | PWND2 will develop models and tools to improve the deployment and detection of hidden communication networks -- also known as weird networks. |
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| | | Wide Field Space Imaging Project Overview Meeting the growing demand for large-area Earth observation requires optical systems that combine wide field of view, high optical performance, and compact design. One such solution is a space camera optical system based on an off-axis four-mirror freeform design, achieving a&... |
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| | | Discover how AI-powered object detection, tracking, and imaging are transforming edge devices. This whitepaper shows how Teledyne FLIR OEM’s advanced algorithms deliver real-time intelligence on compact, power-efficient processors—enhancing performance, reducing complexity, and unlocking new possibilities for embedded vision systems.  ... |
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| | | Beam Management in High-Power Directed Energy Laser Projects |
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| | | Key Takeaways Design optimizations enhanced telescope manufacturability and performance. Replacing the optical tube with carbon fiber reduced weight and improved thermal stability. A redesigned secondary mirror mount with locating pins and adhesive injection holes ensured precise, long-term alignment. Adding shims and positioning... |
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| | | Instruments use Siglent SPO with a maximum waveform capture rate as fast as 160,000 waveforms per second, and 256-level intensity grading display. |
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| | | These digital oscilloscopes feature as much as 13-GHz analog bandwidth and a 40-gigasample-per-second sampling rate, and high-speed signal capture. |
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| | | Avantier’s fused silica mirrors are engineered for demanding laser system applications, offering exceptional performance in terms of surface quality, thermal stability, and damage threshold. Designed for use with YAG lasers and other high-power systems, our silica mirrors are optimized for precision and durability. Substrate Material Our optic... |
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| | | •Developments will bring ultra-precise inertial sensing to new markets •Join us on booth 327 |
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