Col Sarang Kashikar Veteran’s Post

One of the coolest things about military jets is their flexible loadout capability. Depending on the mission, these jets can be configured with different weapons, making them super adaptable for various tasks. This adaptability is crucial in military aviation. By adjusting the weaponry based on mission needs, jets stay effective and ready for anything. It's all about strategic planning and being able to switch things up quickly to meet different challenges. This is a testament to the maintenance professionals who can adapt quickly and enable the pilots to use the jets for an intended purpose. @aircrew_interview

The AE 1107 engine is set to transform U.S. Army operations with unmatched power and efficiency.

The #Chinese are closely following the development of #digitaltwintechnology in the #military developed by #Leonardo. "#Digitaltwin technology accelerates the rewriting of future #wars" On June 27, according to a report on a foreign aviation website, the #AW609AC4aircraft produced by #Leonardo, #Italy's largest #military and high-tech company, successfully completed takeoff and landing on the Italian aircraft carrier "#GiantCavour". The report specifically mentioned that digital twin technology provided technical support for the takeoff and landing test of the aircraft carrier. Simply put, digital twin technology is like a "copy-paste" hotkey that can simulate the real battlefield environment with almost no difference. The "Naval Science and Technology Strategy" published by the U.S. Navy in 2024 emphasizes that "digital twins" are the key to accelerating the rapid transformation of advanced technologies into combat effectiveness. So where did the digital twin technology come from? What are the applications? How far can we go in the future? https://lnkd.in/d_Rj_SU5

When Performance Matters, IDC Delivers From repair and replacement to full MRO support, IDC ensures your displays perform at their best when you need them most. Our expertise keeps your operations running smoothly with precision and reliability, supporting every mission-critical moment. Trust IDC for performance that stands up to the challenge. #avionics #display #military #aircraft #airforce #army  #modernization #avionicsdisplay #AMLCD #DHA #bezels #displaysolutions #idc #whenperformancematters #bezels #buttons #touchpanel

The unmanned injured soldier recovery drone pod is interesting.

Recently, an impressive video showcased a USAF F-15 Eagle flying over LFA7 in Wales. The cut to the second camera provides a thrilling perspective on just how quickly these jets can exceed speeds of 400 to 500 mph, often approaching with little to no warning. Kudos to the photographers and videographers capturing these incredible moments! Panning such fast-moving aircraft is trickier than it looks, especially when battling wind and other elements on the hillside. This challenge is just one of many reasons why I find this experience so exhilarating. #military #defense #defence #aerospace #aviation #aircraft #aircrafts #airplane #airplanes #aviationlovers #militaryaviation #militaryaircraft #fighterjet #engineering #technology #militarytechnology #defensetechnology #defenseinnovation #defenseindustry #airforce #pilots #F15 #wales

Developing and acquiring military vehicle systems is a complex undertaking, demanding strategic foresight, engineering precision, and adaptive problem-solving. Over the past 20 years, numerous projects have highlighted both successes and challenges in delivering effective military vehicle programs. In Australia, key projects such as the M113 upgrades¹, the Bushmaster Infantry Mobility Vehicle², the Australian Light Armoured Vehicle (ASLAV) program³, and the Land 400 Phase 2 initiative⁴ offer critical insights into capability development. Meanwhile, in the U.S., programs like the Optionally Manned Fighting Vehicle (OMFV)⁵ and the Joint Light Tactical Vehicle (JLTV)⁶ showcase lessons in systems engineering and acquisition strategies. Read more about the key technical challenges and lessons that can inform and improve future military vehicle capability development and acquisition here: https://lnkd.in/gN5cuQJM.

In a recent article, it was reported that the Tata Group has expanded its #defense collaborations in Morocco. This marks the second significant deal, following last year's procurement of 90 six-wheel military trucks by the Royal Moroccan Armed Forces. The article highlights Tata's Wheeled Armoured Platform (WhAP), India's first #amphibious infantry #combat #vehicle. Jointly designed with the Defence Research and Development Organisation (#DRDO), this advanced platform boasts optimized #survivability, superior all-terrain performance, and enhanced lethality. Tata Advanced Systems’ flagship product features an integrated power pack with #automatic #transmission, #floatation capabilities, and propulsion systems. Here is the article which carried this report: https://lnkd.in/gtt_6ec9

📍West Africa for the Arcane Thunder 24 exercise with the U.S. Army. The U.S. Army is looking for ways to sense farther, act faster, and operate with unprecedented precision on the battlefield. We are proud that our K1000ULE played a critical role in demonstrating its ability to provide “persistent stare” surveillance and real-time intelligence that informed the Army’s strategic decisions. This deployment is a testament to how our innovative technology is reshaping the landscape of multi-domain reconnaissance. The future of defense technology is here, and the K1000ULE is leading the way. #unmannedaircraft #autonomousvehicles #aviation

In one experiment, 6 volunteers were subjected to the G-force of an F16 military aircraft . Then they tested a 96-year-old former World War II pilot ... The younger ones could not withstand G force in F16 aircraft The F-16 was designed to withstand up to 9G in a dogfight (which means anything that would weigh 1kg on the ground suddenly weighs 9kg). Flying at high-G generates enormous stress on both the airframe and the pilot. Strong generation creates strong times that then creates weak next gen. Weak next gen finally creates difficult times for all