Carol Wang’s Post

OMTAS’ tandem armor-piercing warhead is effective against reactive protected tanks and concrete bunkers and is equipped with an Imaging Infrared Seeker. 🇹🇷 Roketsan Roket Sanayii ve Ticaret. A. Ş. 🔻Length: 1.8 m 🔻Diameter: 160 mm 🔻Weight: 35 kg (with missile and launching tube) 🔻Warhead Types: Tandem High Explosive, Anti-Tank Blast Fragmentation, Thermobaric 🔻Range: 0.2–4 km 🔻Operating Mode: Fire-and-Forget, Fire-and-Update

The very definition of asymmetric warfare https://lnkd.in/dzWkBMnJ?

One of the newest weapons of war delivers one of the oldest.   This is a video of a drone dropping caltrops on a road in Ukraine. Caltrops are an arrangement of spikes that are designed to always have one spike pointing straight up, no matter which way they land. They puncture the tyres of wheeled vehicles (and the boots of infantry).   The first recorded use of caltrops was in the Battle of Carrhae, in 53 BC, so they have been around for well over 2,000 years. Drones are, of course, somewhat more modern.   https://lnkd.in/gRka6C9S   #ukrainewar #osint

Who knew missile testing could be slow? Legacy systems were clunky, limited by old tech, and about as mobile as a brick. Launching missiles? More like waiting in line at the Regional Transport Office (RTO). 🤣 🤣 Pinaka Aerospace, a ZETWERK company, to the rescue! We ditched the dinosaurs and built Digitized AKIPS, a sleek system that gets things done. Here's the magic: 1. Double the missiles, half the wait: We can test two missiles at once, saving you precious time. 2. Easy to use, easy to move: No more wrestling with bulky equipment. Digitized AKIPS is compact and goes wherever you need it. ️ 3. Smarter than ever: We check everything at once – radio, commands, power, the whole shebang. No more waiting for separate tests. The result? Faster, more confident launches. Digitized AKIPS adapts to new needs, so it's always ahead of the game. Read the full case here: https://lnkd.in/gjBB4k3z #missileupgrade #defenseinnovation #PinakaAerospace #ZETWERK

Pinaka Aerospace, a ZETWERK Company, addresses inefficiencies in missile testing with the Digitized AKIPS. This solution enables easy deployment and simultaneous testing of two missiles, boosting throughout and overcoming legacy system issues. Curious to learn more? Read the full case study for in-depth insights into their innovative approach.

Ship stabilization systems enhance stability and reduce motion by counteracting forces that cause rolling, pitching, or yawing. The corrective action involves altering the angle of attack of the fins or adjusting the fluid level in the tanks, rotating gyroscopes. Fluid Tanks : They are often referred to as active stabilizer fins or anti-roll tanks. They work by using adjustable fluid levels within the tanks to counteract the ship's motion and stabilize it. When the ship rolls, the fluid is transferred between tanks to shift the ship's center of gravity Some examples of ships that use tanks as part of their stabilization systems include: 1. Large cruise ships 2. Military vessels such as aircraft carriers and destroyers Fins: Located beneath the hull, retractable or fixed fins can be adjusted to generate lift or resistance against water, stabilizing the vessel by counteracting rolling or pitching motions. Gyroscopes: Spinning gyroscopes resist ship motion by generating a force perpendicular to the direction of movement, effectively stabilizing the vessel against rolling or pitching. So the system utilizes movable components such as fins, tanks, or weights, gyroscopes that strategically adjust to counteract the rolling motion. #MaritimeIndustry #Shipping #MarineTechnology #MaritimeInnovation #OceanTransportation #PortsAndTerminals #MarineEngineering #MaritimeLogistics #MaritimeTrade #NavalArchitecture #Seafarers #MaritimeSafety #Oceanography #MaritimeLaw #MarineEnvironment #MaritimeEducation #MaritimeHistory #Shipbuilding #MaritimeEconomics #MaritimeSecurity #CruiseShipDepartures #ThrusterControl #MaritimeMastery #JourneyOfDiscovery #PassionForTheSea

SMART missile test validated Several state-of-the-art mechanisms such as symmetric separation, ejection & velocity control. If i am not wrong this is important for the Torpedo to work accurately & flawlessly.

Elevate your est Range multi-tracking capabilities with IAI ELTA Systems Ltd’s CINBAD ELTA Systems Ltd’s CINBAD (ELM-2086c) Radar system is the answer for those seeking to enhance their testing capabilities with cutting-edge AESA multi-target radar technology. Why CINBAD? Multi-Target Tracking: Simultaneously track multiple targets using single radar system with high precision, ensuring comprehensive testing of aircraft, missiles, rockets, and munitions. Advanced Data Analysis: Generate and utilize Time, Space, Position Information (TSPI) for both real-time monitoring and detailed post-processing analysis. Efficient Resource Management: Optimize your radar resources with CINBAD’s sophisticated resource management, tailored to your test plans. Simulation Capabilities: Prepare for any scenario with advanced simulation features, improving test preparation and operator training. Contact us at market@ELTA.co.il

Ship stabilization systems enhance stability and reduce motion by counteracting forces that cause rolling, pitching, or yawing. The corrective action involves altering the angle of attack of the fins or adjusting the fluid level in the tanks, rotating gyroscopes. Fluid Tanks : They are often referred to as active stabilizer fins or anti-roll tanks. They work by using adjustable fluid levels within the tanks to counteract the ship's motion and stabilize it. When the ship rolls, the fluid is transferred between tanks to shift the ship's center of gravity Some examples of ships that use tanks as part of their stabilization systems include: 1. Large cruise ships 2. Military vessels such as aircraft carriers and destroyers Fins: Located beneath the hull, retractable or fixed fins can be adjusted to generate lift or resistance against water, stabilizing the vessel by counteracting rolling or pitching motions. Gyroscopes: Spinning gyroscopes resist ship motion by generating a force perpendicular to the direction of movement, effectively stabilizing the vessel against rolling or pitching. So the system utilizes movable components such as fins, tanks, or weights, gyroscopes that strategically adjust to counteract the rolling motion. #MaritimeIndustry #Shipping #MarineTechnology #MaritimeInnovation #OceanTransportation #PortsAndTerminals #MarineEngineering #MaritimeLogistics #MaritimeTrade #NavalArchitecture #Seafarers #MaritimeSafety #Oceanography #MaritimeLaw #MarineEnvironment #MaritimeEducation #MaritimeHistory #Shipbuilding #MaritimeEconomics #MaritimeSecurity #CruiseShipDepartures #ThrusterControl #MaritimeMastery #JourneyOfDiscovery #PassionForTheSea

so interesting to know more about this system 👏👏