Shailesh Dhuri’s Post

"What if a fighter aircraft could fly straight through an enemy’s radar… and remain completely invisible?" For years, plasma stealth has been a fascinating idea discussed in research circles, but always dismissed as impractical; too much power, too little persistence. That’s exactly the challenge my approach is designed to solve. If I succeed in completing this research, India will never look back in aerial combat technology. This is beyond 6th generation; this is 7th gen+ stealth innovation. The Integrated Plasma Stealth System This solution combines three breakthrough components into a practical, mission-ready architecture: • Conformal Nano-Electrode Array A distributed mesh of nano-electrodes generates a uniform plasma sheath across the aircraft’s surface, absorbing radar over a broad frequency spectrum; making the aircraft effectively disappear from detection. • Intelligent Power Drive An onboard computational system dynamically allocates power. Depending on tactical priority, it can emphasize thrust generation for speed or stealth shielding for invisibility, switching seamlessly in real time. • Threat-Responsive Activation The system doesn’t waste energy activating every surface. It selectively energizes only those panels facing an enemy’s radar emitter, ensuring exceptional power efficiency and long mission endurance. What This Means in Combat • Missile Lock Response: If an aircraft is locked by an incoming missile, activating Plasma Stealth erases its radar signature instantly. With no reflected signal, the missile loses its target and flies’ blind. • Covert Operations: For missions requiring complete secrecy, the aircraft can engage stealth mode from take-off. The plasma sheath absorbs every incoming radio wave, rendering detection impossible. Why It Matters ? This is more than just survivability; it’s about pushing the boundary of aerospace defense strategy. By solving the age-old bottlenecks of power and persistence, plasma stealth can finally move from theoretical research into real-world application. The future of stealth won’t just hide aircraft; it will redefine dominance in the skies. Jai Hind 🇮🇳 Dibyajyoti Nayak 🇮🇳 #ISRO #DRDO #NASA #ESA #JAXA #DLR #IIT #NIT #Spacex #Roscosmos #MakeinIndia #JayBharat #PMO #NarendraModi #PrimeMinisterofIndia #PMofIndia #JayMaaBharati #India #Stealth #Technology #Aerospace #Defense #Innovation

I used to think air power ended where space begins. Turns out, there’s a whole war zone in between. Near space is India's quiet new battlefield. It's the layer above jets and below satellites. Platforms there can watch, relay, and persist for weeks. Why does it matter? Because it offers eyes in the sky for weeks, not hours. And unlike satellites, it’s far cheaper and easier to control. Here’s a 3-part framework to understand how "near-space" changes defense: 1. Observe - India’s DRDO, Ministry of Defence, Govt. of India (Defence Research and Development Organisation) maiden flight of a Stratospheric Airship from Sheopur, Madhya Pradesh reached ~17 km altitude. - Carried instruments to collect sensor data - Tested envelope pressure control and emergency deflation systems - Showed lighter-than-air systems can work for surveillance over large zones 2. Persist - Council for Scientific and Industrial Research (CSIR)-NAL (Council of Scientific and Industrial Research - National Aerospace Laboratories) did a subscale High-Altitude Pseudo-Satellite (HAPS) flight test. - A model with wingspan ~12 m, weight ~22 kg - Logged many sorties (~22) and ~37 flight hours - Tested solar cells, batteries, basic surveillance payloads. 3. Integrate - Private startup GalaxEye tested Synthetic Aperture Radar (SAR) sensors mounted on a HAPS-type platform developed by NAL. - SAR works through clouds or bad weather, unlike optical cameras - It extends spotting ability regardless of light or cloud cover - It promises real-time imagery and intelligence fusion India isn’t just theorizing near space, it's already making “eyes-in-the-sky.” The next challenge is to link all the 3 layers together: Satellites, Near-space vehicles, and Aircrafts.

✈️ Aerospace & Defense Capital Shift From hypersonics to space launch to secure AI systems, the A&D industry is at a crossroads. Programs are growing more ambitious, but so are the capital requirements. What I’m seeing: Traditional defense contracts still drive stability ⚙️ Dual-use tech (AI, drones, satellites) is pulling in private capital 🚀 Geopolitical uncertainty is pushing governments to accelerate modernization 🛡️ The challenge? Many innovative mid-market A&D firms have breakthrough solutions but struggle with non-dilutive funding to scale. 💡 My question for you: Will the next wave of A&D innovation be funded more by governments, or by private/global investors ready to bet on dual-use technologies? #Aerospace #Defense #CapitalMarkets #Innovation

Proudly engineered and manufactured in Victor, NY, New Scale Technologies manufactures micro actuators and piezo motors designed for the most demanding aerospace and defense applications. Our solutions are: • Low SWaP-C: Optimized for size, weight, and power. • Ruggedized: Built to withstand temperature extremes, shock, vibration, vacuum, and radiation. • High-Precision: Ensuring reliable performance in mission-critical systems. From UAV payloads to low-Earth orbit satellites, our components enable sharper imaging, precise targeting, and enhanced system capabilities: https://ow.ly/O9GG50X4E7l #MadeInUSA #AerospaceEngineering #DefenseTech #PrecisionMotion

Star Trackers: Precision in a Rapidly Changing Industry   In the latest defense and aerospace news, one theme is clear: resilient and autonomous navigation is no longer optional, it’s essential. From Europe’s new drone defense initiatives to Canada’s growing aerospace investments, innovation is being driven by the need for reliability in contested environments. A star tracker is a high-precision optical device that determines a spacecraft’s orientation by observing the positions of stars. Unlike magnetometers or GPS, it’s immune to electromagnetic interference, spoofing, and jamming.   - Ultra-precise attitude determination - Independent operation in GNSS-denied environments - Critical for defense, Earth observation, and deep-space missions   As industry priorities shift toward autonomy and resilience, star trackers are becoming a cornerstone technology, enabling next-gen missions to operate with confidence.   The future of navigation is written in the stars.   #Aerospace #Defense #StarTracker #SpaceTechnology #Innovation #Autonomy

Shaping the Future of Power: ALE Mega Factory Launch: Taking 18650 Orders Energy is the foundation of tomorrow’s breakthroughs. At American Lithium Energy, we’re building the power systems that will enable the next generation of defense, aerospace, and advanced mobility platforms. Our 18650 cells, with up to 350 Wh/kg, deliver the lightweight, high-energy density that UAVs, eVTOLs, and space systems demand. With our upcoming mega factory, ALE is scaling production into the millions of cells, ensuring partners can innovate at speed and at scale. More than just batteries, ALE offers domestic supply chain assurance, proprietary safety technologies, and mission resilience—all built in the USA for the toughest missions on Earth and beyond. ⚡ Innovation at scale 🚀 Enabling the next generation of aerospace & defense ✅ Made-in-USA, NDAA-compliant 🌍 Powering the future of mobility and exploration The future of energy isn’t coming—it’s being built right now at ALE. #Innovation #Aerospace #Defense #EnergyStorage #MadeInUSA #MegaFactory

Shaping the Future of Power: ALE Mega Factory Launch: Taking 18650 Orders Energy is the foundation of tomorrow’s breakthroughs. At American Lithium Energy, we’re building the power systems that will enable the next generation of defense, aerospace, and advanced mobility platforms. Our 18650 cells, with up to 350 Wh/kg, deliver the lightweight, high-energy density that UAVs, eVTOLs, and space systems demand. With our upcoming mega factory, ALE is scaling production into the millions of cells, ensuring partners can innovate at speed and at scale. More than just batteries, ALE offers domestic supply chain assurance, proprietary safety technologies, and mission resilience—all built in the USA for the toughest missions on Earth and beyond. ⚡ Innovation at scale 🚀 Enabling the next generation of aerospace & defense ✅ Made-in-USA, NDAA-compliant 🌍 Powering the future of mobility and exploration The future of energy isn’t coming—it’s being built right now at ALE. #Innovation #Aerospace #Defense #EnergyStorage #MadeInUSA #MegaFactory

Powering Security and Growth: ALE Mega Factory Scales to Millions of 18650 Cells American Lithium Energy is getting ready to open our new mega factory, a major step toward securing the U.S. supply chain for high-performance lithium-ion batteries. By scaling production of our 18650 cells into the millions, ALE is not only enabling the next generation of UAVs, eVTOLs, satellites, and defense systems, but also creating jobs, strengthening domestic manufacturing, and ensuring NDAA-compliant, ITAR-ready energy solutions. Our cells deliver up to 350 Wh/kg, operate in extreme conditions from –40 °C to +70 °C, and integrate ALE’s proprietary Zero Volt Technology for unmatched safety and reliability. ⚡ Scaling to millions of cells 🇺🇸 Strengthening domestic supply chains 💼 Driving U.S. jobs and manufacturing growth 🚀 Enabling land, air, sea, and space platforms ALE: Building America’s energy security while powering tomorrow’s missions. #Defense #Aerospace #EnergySecurity #MadeInUSA #MegaFactory

Powering Security and Growth: ALE Mega Factory Scales to Millions of 18650 Cells American Lithium Energy is getting ready to open our new mega factory, a major step toward securing the U.S. supply chain for high-performance lithium-ion batteries. By scaling production of our 18650 cells into the millions, ALE is not only enabling the next generation of UAVs, eVTOLs, satellites, and defense systems, but also creating jobs, strengthening domestic manufacturing, and ensuring NDAA-compliant, ITAR-ready energy solutions. Our cells deliver up to 350 Wh/kg, operate in extreme conditions from –40 °C to +70 °C, and integrate ALE’s proprietary Zero Volt Technology for unmatched safety and reliability. ⚡ Scaling to millions of cells 🇺🇸 Strengthening domestic supply chains 💼 Driving U.S. jobs and manufacturing growth 🚀 Enabling land, air, sea, and space platforms ALE: Building America’s energy security while powering tomorrow’s missions. #Defense #Aerospace #EnergySecurity #MadeInUSA #MegaFactory

🚀Complete Guide of "Aerospace Wiring Harness" Download free sample PDF : (https://lnkd.in/grJednRH) Download exclusive insights before your competitors do. 💼 The global aerospace wiring harness market was valued at USD 6.5 billion in 2024. It is projected to increase from USD 6.8 billion in 2025 to USD 8.7 billion by 2030, reaching USD 10.9 billion by 2034. This growth reflects a compound annual growth rate (CAGR) of 5.5% over the forecast period from 2025 to 2034. 🛩️ In 2024, the avionics segment held the largest share of the aerospace wiring harness market, valued at USD 1.8 billion. The growing volume of global air travel—anticipated to reach 8.2 billion passengers by 2033 according to the International Air Transport Association (IATA)—has significantly boosted the demand for advanced avionics systems supporting navigation, communication, and surveillance functions. 🌎 In 2024, North America led the aerospace wiring harness market, contributing USD 2.4 billion in revenue. This growth is driven by substantial investments in advanced aircraft programs and electrification initiatives. Moreover, strong commitments from NASA and private sector companies toward electric aviation projects are accelerating the demand for customized high-voltage harness solutions across the region.