#optron

[amrutmnm]

Understanding Market Dynamics in the Airborne Optronics Industry

Airborne Optronics involves the use of optical and photonic technologies in airborne systems, including surveillance, reconnaissance, targeting, and navigation. These systems are critical for both military and civilian applications, enhancing situational awareness, precision, and operational efficiency.

Advancements in Sensor Technology: There is a continuous evolution in sensor technology, leading to more sensitive, accurate, and compact optronic systems. Innovations in infrared, multispectral, and hyperspectral imaging are particularly noteworthy.

Miniaturization and Integration: The trend towards smaller, lighter, and more integrated optronic systems is significant. These systems are being designed to fit into smaller airframes, including UAVs (Unmanned Aerial Vehicles), while offering enhanced performance.

Enhanced Data Processing: The integration of AI and machine learning algorithms allows for real-time data processing and analysis, improving the decision-making capabilities of airborne platforms.

Dual-Use Technologies: The development of optronic systems that can be used for both military and civilian purposes is on the rise. These dual-use technologies are expanding market opportunities and applications.

Get a Deeper Understanding of the Industry by Visiting: https://www.marketsandmarkets.com/Market-Reports/airborne-optronics-market-45924401.html

Increasing Defense Budgets: Rising defense expenditures globally drive the demand for advanced airborne optronics systems for surveillance, targeting, and reconnaissance missions.

Growing UAV Market: The expanding use of UAVs in both military and commercial sectors creates significant opportunities for the development and deployment of advanced optronics systems.

Border Security and Surveillance: The need for enhanced border security and surveillance capabilities presents opportunities for optronics solutions that offer superior imaging and detection capabilities.

Commercial Aviation and Environmental Monitoring: Opportunities exist in commercial aviation for navigation and safety enhancements, as well as in environmental monitoring for climate and pollution studies.

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Demand for High-Resolution Imaging: There is a strong demand for high-resolution imaging systems capable of operating in various spectral bands for detailed observation and analysis.

Technological Integration: The integration of optronic systems with other airborne technologies, such as radar and communication systems, enhances the overall capabilities of the platforms.

Regulatory and Compliance Challenges: Stringent regulations and compliance requirements for the deployment of airborne optronics systems, especially in civilian airspace, impact market dynamics.

Cost and Development Time: The high cost and long development time associated with advanced optronic systems can be barriers to market entry, particularly for smaller companies.

Ask for Sample Report: https://www.marketsandmarkets.com/requestsampleNew.asp?id=45924401

Defense and Aerospace Collaborations: Partnerships between defense contractors and aerospace companies facilitate the development of advanced optronics systems tailored to specific mission requirements.

Industry-Academia Collaboration: Collaborations with universities and research institutions drive innovation and advancements in optical and photonic technologies.

International Partnerships: Cross-border collaborations and joint ventures enhance technological capabilities and market reach, fostering the development of cutting-edge optronics solutions.

OEM Partnerships: Original Equipment Manufacturers (OEMs) partner with optronics specialists to integrate advanced systems into new aircraft and UAV platforms.

Northrop Grumman: A leader in aerospace and defense, Northrop Grumman develops advanced airborne optronic systems for surveillance, targeting, and reconnaissance applications.

Thales Group: Thales offers a wide range of optronic solutions, including high-performance imaging systems and sensors for both military and civilian aircraft.

L3Harris Technologies: Known for its innovative approach, L3Harris provides cutting-edge optronic systems that enhance situational awareness and targeting accuracy.

FLIR Systems: Specializing in thermal imaging and infrared camera systems, FLIR Systems offers advanced optronic solutions for various airborne applications.

Elbit Systems: Elbit Systems develops and integrates sophisticated airborne optronic systems, focusing on enhancing operational capabilities for defense and security missions.

The global airborne optronics market is set for significant growth driven by technological advancements, increasing defense budgets, and expanding applications in both military and civilian sectors. Key industry players are leveraging innovation, strategic partnerships, and a focus on miniaturization and integration to address emerging opportunities and challenges. As the demand for high-resolution imaging, enhanced situational awareness, and precise targeting continues to grow, airborne optronics systems will play a critical role in shaping the future of aerial operations and surveillance.

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[aerospace-and-defence]

The��Global Airborne Optronics Market size is projected to reach USD 2.5 Billion by 2025, from USD 1.4 Billion in 2020 growing at a CAGR of 12.7% during the forecast period. The Airborne Optronics Industry is driven by various factors, such as growing fleet of commercial and combat aircraft and increased deployment of electro-optics in unmanned vehicles.

[electronalytics]

Optronics Device Market

[synfrait]

SYNFRA IT - Best Optronics Distributor In Dubai

SYNFRA IT A rapidly expanding IT & Networking Distribution Company for several reputable brands in the region, it was founded in the year 2010 in Dubai, United Arab Emirates. SYNFRA IT is the Best Optronics Distributor In Dubai. The company's portfolio includes goods and services for the construction, power and water, healthcare, infrastructure, and industrial sectors.

Structured cabling, networking, CCTV surveillance, telephone, PBX, VPN routers, andntech data centres are all covered by the thorough pre-Sales, sales, and post-sales assistance offered by SYNFRA IT, which is made up of committed individuals with technical experience in the whole range of goods

Address: Off. 30, Isha Building, Musallah Road Dubai, UAE.

 +971 4 3868498

info@synfrait.com

Website: https://synfrait.com/index.php/contact_us

[mrudula01]

Military Optronics Surveillance and Sighting Systems Market: Growth Overview

Sub-national conflicts involving strong cross-border dynamics are commonly witnessed across the globe, making it critical for nations to ensure military strength and advance their defense systems. In view of this, several countries have increased their defense budgets, especially for border security. This has increased the deployment of integrated observation equipment, fire control systems, mobile vehicle surveillance systems, and other such equipment, which is expected to bolster the global military optronics surveillance and sighting systems market.

Triton Market Research’s report estimates that the market will display a CAGR of 5.70% in the forecast years from 2023 to 2030. Military optronics surveillance and sighting systems enable rapid & early detection of illegal border activities and offer strong situational awareness by tracking movement across rough terrains, thus preparing armies for combat. Also, along with traditional warfare equipment, many countries are focusing on the R&D of modern warfare equipped with AI and other technologies, thus advancing market prospects.

Beyond Borders – Evaluating Regional Markets’ Performance

North America and Europe occupy key positions in the global market, which can be accredited to the presence of large-scale arms manufacturers and other key market players in these regions. Whereas, the Asia-Pacific military optronics surveillance and sighting systems market is also expected to flourish due to an increased focus on domestic manufacturing and extensive investments in R&D.

Israel, an important market in the Middle East and Africa, is a major supplier of advanced military systems, such as missiles, drones, radar systems, and others, and exported weapons worth over $345 million to 16 countries in 2020. On the other hand, in most Latin American countries, specific drug control units have been highly militarized to tackle the growing threat from transnational crime & drug trafficking organizations. This has necessitated the demand for guns, armored vehicles, clothing, and tactile equipment, to facilitate logistical support.

Military Optronics Surveillance and Sighting Systems Market Segmentation

Military Laser Systems is expected to grow at a CAGR of 5.99% in the Machinery segment during 2023-2030

Fiber lasers, semiconductor diode lasers, solid-state lasers, and CO2 & other gas lasers are some of the laser systems used in the military. They are used for target designation & tracking, guidance, and range finding, and are also used in conjunction with squad weapons. Vectronix by Safran Group is a widely used military laser system; the high-performance handheld equipment is embedded with high resolution & superior quality optics.

Aerial is estimated to grow at a 6.03% CAGR in the Medium segment during the forecast period

Modernization of aerial warfare is being witnessed with the addition of combat aircraft and unmanned aerial vehicles (UAVs). They are generally used for surveillance, target acquisition, intelligence gathering, and also for transporting aircraft ammunition. Advanced technologies like multispectral imaging are being increasingly used in UAVs. Besides, the use of some emerging technologies, such as hyperspectral imaging and infrared thermography, will offer lucrative opportunities for the growth of this segment.

Seismic and Acoustic Sensors held a revenue share of $4217.22 million in the Product Type segment in 2022

Seismic and acoustic sensors are used in the military because of their ability of identifying & tracking targets in non-LoS conditions and carrying out missions in a docile manner. These sensors are used in numerous applications, such as defense security, monitoring, and surveillance. They are also being used in several modern surveillance sensor systems called unattended ground sensors (UGS). A UGS has inbuilt sensors with magnetic, acoustic, seismic, and infrared capabilities. The combination of features from various sensor technologies largely optimizes their target recognition ability.

What Our Experts Say

Stealth technology presents growth scope due to growing investments by countries to gain a tactical advantage over enemy forces. Also called low observable technology, it is a core element of modern military warfare to make one’s own forces discreet and ideally invisible to the enemy. Some well-known stealth aircraft include the F-22 Raptor by Lockheed Martin Corporation and Chengdu J-20 by Chengdu Aerospace Corporation.

Also, there is an enhanced focus on developing defense systems with hypersonic technology. There are two main types of hypersonic weapons, which include hypersonic glide vehicles and hypersonic cruise missiles. The latter travel 5 times faster than the speed of sound, and on a lower trajectory in the atmosphere, potentially reaching a target more quickly. Moreover, these missiles can tackle the opponents by further compressing their counter-responses. As a result, major world powers are in a race to develop hypersonic military warfare. Further advancement of such technologies presents growth opportunities for the military optronics surveillance and sighting systems market.

FAQs:

Q 1) Which are the leading and fastest-growing regions in the global market?

North America (leading) and the Asia-Pacific (fastest-growing).

Q 2) Which industry components are covered in the market report?

Raw Material Suppliers, Manufacturers, Defense OEM/Prime Contractors, and End-users.

[kaciseonline]

The Ultimate pH Testing Solution: Kacise's PH Probe

As more people become interested in maintaining their health and the health of their environment, measuring pH levels has become increasingly important. Whether you are testing the pH of soil, water, or bodily fluids, accuracy is crucial. This is where Kacise's  PH Probe comes in - the ultimate pH testing solution for all your pH testing needs. Kacise's  PH Probe is a high-quality, durable device that accurately measures pH levels in a variety of different substances. The probe is made from high-quality materials that ensure it is long-lasting and reliable. It is easy to use, and comes with detailed instructions that make it simple for anyone to operate.

One of the key features of Kacise's PH Probe is its accuracy. The probe uses advanced technology to ensure that its readings are highly precise, so you can trust the results that it provides. This is especially important when testing pH levels in sensitive environments, such as medical facilities or research laboratories. Another important feature of Kacise's PH Probe is its versatility. The probe can be used to test the pH levels of a variety of different substances, including soil, water, and bodily fluids. This makes it an essential tool for anyone who is interested in monitoring their health or the health of their environment.

In addition to its accuracy and versatility, Kacise's PH Probe is also easy to use. The device is designed to be user-friendly, with clear instructions that make it simple for anyone to operate. It is also lightweight and portable, making it easy to take with you wherever you go.

Overall, Kacise's PH Probe is the ultimate PH testing solution for anyone who needs to accurately measure PH levels in a variety of different substances. With its advanced technology, precision accuracy, and ease of use, this device is an essential tool for anyone who is serious about maintaining their health and the health of their environment. Whether you are a researcher, a healthcare professional, or simply someone who cares about the world around you, Kacise's  PH Probe is a must-have tool that will help you achieve your goals.

[mkulimited]

Showcasing the range of military thermal imagers in a defense exhibition in Europe. With MKU’s thermal weapon sight, military personnel can detect their enemies and objects in darkness.

[constructarts5]

[tritonmarketresearch]

Military Optronics Surveillance and Sighting Systems Market: Growth Overview

Sub-national conflicts involving strong cross-border dynamics are commonly witnessed across the globe, making it critical for nations to ensure military strength and advance their defense systems. In view of this, several countries have increased their defense budgets, especially for border security. This has increased the deployment of integrated observation equipment, fire control systems, mobile vehicle surveillance systems, and other such equipment, which is expected to bolster the global military optronics surveillance and sighting systems market.

Triton Market Research’s report estimates that the market will display a CAGR of 5.70% in the forecast years from 2023 to 2030. Military optronics surveillance and sighting systems enable rapid & early detection of illegal border activities and offer strong situational awareness by tracking movement across rough terrains, thus preparing armies for combat. Also, along with traditional warfare equipment, many countries are focusing on the R&D of modern warfare equipped with AI and other technologies, thus advancing market prospects.

Beyond Borders – Evaluating Regional Markets’ Performance

North America and Europe occupy key positions in the global market, which can be accredited to the presence of large-scale arms manufacturers and other key market players in these regions. Whereas, the Asia-Pacific military optronics surveillance and sighting systems market is also expected to flourish due to an increased focus on domestic manufacturing and extensive investments in R&D.

Israel, an important market in the Middle East and Africa, is a major supplier of advanced military systems, such as missiles, drones, radar systems, and others, and exported weapons worth over $345 million to 16 countries in 2020. On the other hand, in most Latin American countries, specific drug control units have been highly militarized to tackle the growing threat from transnational crime & drug trafficking organizations. This has necessitated the demand for guns, armored vehicles, clothing, and tactile equipment, to facilitate logistical support.

Military Optronics Surveillance and Sighting Systems Market Segmentation

Military Laser Systems is expected to grow at a CAGR of 5.99% in the Machinery segment during 2023-2030

Fiber lasers, semiconductor diode lasers, solid-state lasers, and CO2 & other gas lasers are some of the laser systems used in the military. They are used for target designation & tracking, guidance, and range finding, and are also used in conjunction with squad weapons. Vectronix by Safran Group is a widely used military laser system; the high-performance handheld equipment is embedded with high resolution & superior quality optics.

Aerial is estimated to grow at a 6.03% CAGR in the Medium segment during the forecast period

Modernization of aerial warfare is being witnessed with the addition of combat aircraft and unmanned aerial vehicles (UAVs). They are generally used for surveillance, target acquisition, intelligence gathering, and also for transporting aircraft ammunition. Advanced technologies like multispectral imaging are being increasingly used in UAVs. Besides, the use of some emerging technologies, such as hyperspectral imaging and infrared thermography, will offer lucrative opportunities for the growth of this segment.

Seismic and Acoustic Sensors held a revenue share of $4217.22 million in the Product Type segment in 2022

Seismic and acoustic sensors are used in the military because of their ability of identifying & tracking targets in non-LoS conditions and carrying out missions in a docile manner. These sensors are used in numerous applications, such as defense security, monitoring, and surveillance. They are also being used in several modern surveillance sensor systems called unattended ground sensors (UGS). A UGS has inbuilt sensors with magnetic, acoustic, seismic, and infrared capabilities. The combination of features from various sensor technologies largely optimizes their target recognition ability.

What Our Experts Say

Stealth technology presents growth scope due to growing investments by countries to gain a tactical advantage over enemy forces. Also called low observable technology, it is a core element of modern military warfare to make one’s own forces discreet and ideally invisible to the enemy. Some well-known stealth aircraft include the F-22 Raptor by Lockheed Martin Corporation and Chengdu J-20 by Chengdu Aerospace Corporation.

Also, there is an enhanced focus on developing defense systems with hypersonic technology. There are two main types of hypersonic weapons, which include hypersonic glide vehicles and hypersonic cruise missiles. The latter travel 5 times faster than the speed of sound, and on a lower trajectory in the atmosphere, potentially reaching a target more quickly. Moreover, these missiles can tackle the opponents by further compressing their counter-responses. As a result, major world powers are in a race to develop hypersonic military warfare. Further advancement of such technologies presents growth opportunities for the military optronics surveillance and sighting systems market.

[embersofsuns]

Periscopes and Optronic masts of the World

[usafphantom2]

The Rafale's debut mission under the F4.1 standard occurred on Friday, February 16, 2024, at Air Base 118 in Mont-de-Marsan. (Picture source: AAE)

@aircraftrecognition via X

French Rafale F4.1 fighter jet executes first operational flight

Wednesday, 28 February 2024 09:30

On February 23, 2024, the French Air and Space Force (AAE) revealed that the Rafale F4.1 fighter jet had completed its inaugural operational sortie in support of the 30th Fighter Wing's training exercises, affirming its readiness under the new standard. The aircraft's debut mission under the F4.1 standard occurred on Friday, February 16, 2024, at Air Base 118 in Mont-de-Marsan.

Follow Air Recognition on Google News at this link

Ezoic

French Rafale F4.1 fighter jet 925 001 The Rafale's debut mission under the F4.1 standard occurred on Friday, February 16, 2024, at Air Base 118 in Mont-de-Marsan. (Picture source: AAE)

Ezoic

After being delivered to the 01.030 "Côte d'Argent" fighter and experimentation squadron stationed at Air Base 118 a year prior, the Rafale F4.1 has been utilized for training missions by the armed forces and has now achieved its Initial Operational Capability (IOC), enabling its deployment for operational tasks, including air policing duties.

EzoicThe final phase will encompass achieving Full Operational Capability (FOC), anticipated upon the full integration of all capacity enhancements and new equipment associated with the standard. These enhancements encompass a helmet-mounted sight and a new 1,000 kg armament, improvements to air-to-air and air-to-ground targeting systems, enhancements to the self-protection system, and integration of the Talios targeting pod. In the future, all Rafale aircraft within the French Air and Space Force and the Navy will undergo a gradual retrofit to meet the new F4.1 standard.

Initial testing of the Rafale F4.1, supervised by the DGA Flight Tests Center, occurred in April 2021 at Istres. Further tests in electronic warfare, aircraft survivability, and weaponry were conducted between 2021 and 2023 at various DGA facilities, including the Information Mastery, Aeronautical Techniques, and Missile Testing centers.

The French Defense Procurement Agency (DGA), Direction générale de l'Armement, declared the qualification of the Rafale combat aircraft's F4.1 standard on March 13, 2023, indicating its readiness for collaborative aerial combat. The F4.1 standard incorporates capabilities such as collaborative air combat, integration of the 1000 kg AASM weapon, and enhanced cyber threat resilience. This standard brings significant enhancements in aerial combat capabilities, including integration of the Scorpion helmet sight, improvements in firing control for the Meteor missile, advancements in passive threat detection algorithms, and increased data exchange capabilities among Rafale aircraft.

Additionally, the F4.1 standard introduces the integration of the 1,000 kg AASM (Air-to-Ground Modular Weapon) with GPS/laser guidance, improved cyber threat protection, new features for sensors like Talios, OSF, and RBE2, and initial developments in connectivity. Alongside these advancements, various equipment and weapons are introduced onto the Rafale, including a new IRST for the Front Sector Optronics to enhance passive target detection and identification against low signature aircraft, upgrades to the RBE2 AESA radar with new SAR and GMTI/T modes for improved radar imagery and ground target detection, collaborative modes to enhance detection, tracking, and firing capabilities, the introduction of the Thales Scorpion helmet-mounted display and larger cockpit displays for target designation, and expansion of the Hammer family of munitions to include 1,000 kg variants, offering stand-off capabilities against larger or hardened targets.

Furthermore, the introduction of the F4.1 Standard will continue over the decade, incorporating new functionalities and equipment such as the MICA NG air-to-air missile, enhancements in connectivity with communication server and Satcom satellite link, and a digital jammer for the SPECTRA self-defense/electronic warfare suite.

[sshbpodcast]

Character Spotlight: Dax (all of ‘em!)

By Ames

We give Deep Space Nine a lot of credit for fleshing out Trill culture after the confusion that was TNG’s “The Host.” Trill characters become so much more interesting when the joining gets retconned to be more of a personality melding than an overwrite, and we’ve got Dax to thank for that. All the Daxes! Sure, we’ve also been frustrated that every Dax-centered episode seems to rewrite how being a Trill works, but we’ll get into that in a second.

Your hosts at A Star to Steer Her By decided to clump all the Daxes together for this spotlight, so we’ve got your gorgeous Jadzia, your cute-as-a-button Ezri, and even some mentions for Curzon and other bonus Daxes to round out our Best and Worst Moments lists! Check them out below, listen to our discussion in this week’s podcast episode (jump over to 1:09:24), and find out if the spots do go all the way down.

[Images © CBS/Paramount]

Best moments

A different kind of worm pouch, er, hole! Deep down, Jadzia is just a science nerd who wants to science, so it’s only fitting that she’s the one who does all the heavy lifting when it comes to discovering the wormhole in “Emissary” (not to be confused with “The Emissary” from TNG). Her study of the orbs leads her down the rabbit… er, worm hole until she and Ben go investigate and accidentally start this whole series!

We were just… wrestling One thing the show makes clear about Jadzia early on: she fucks. This girl is unapologetic about how she seeks consensual sex, and good for her. In “Playing God,” she has clearly just struck the mat with her wrestling coach in a scene meant to raise eyebrows, but she’s so forthright about it that viewers go right past feeling titillated and straight to accepting that she knows what she wants.

You are the only one who can give yourself another chance The rest of “Playing God” is spent appraising her Trill initiate, Arjin. And while she’s more polite and forgiving than Curzon would ever be, she’s also upfront with the little dweeb. She tells him that if he’s only looking to become a joined Trill for other people’s sake and not his own, then he’s bound to fail both himself and a symbiont. He should do what he wants to do.

A Klingon blood oath can never be broken It’s in “Blood Oath” halfway through season two that Jadzia truly emerges as a powerhouse character. Not only does she fight like a true warrior, but she stands up for herself when her old Klingon friends are wary of honoring the blood oath they made with Curzon. It’s the first time Jadzia does something for her after a couple seasons of us questioning her character’s agency, and she slays!

I don’t want to lose you, not again The next really epic, character-defining moment for Jadzia comes in “Rejoined” when again she is fighting for something she desires, even if it will mean the end of the Dax symbiont’s legacy. But screw it, Jadzia lives for love, and her relationship with her old partner Lenara Khan is so deeply felt that we really root for them, and feel all the more crushed at the end.

The only adult in the room Jadzia’s character is so frequently marked by the experience of several lifetimes that she just has this maturity and wisdom about her sometimes. Especially when everyone around her is acting like children, like in “The Sword of Kahless” when Worf and Kor were being selfish brats about finding the legendary bat’leth and Jadzia has to shut them both up. With a phaser.

Kahless hearts Lukara Jadzia’s sort of a hopeless romantic sometimes, so it’s only fitting that she try to earnestly help her friend Quark woo his lady love, the glorious Grilka in “Looking for Par’mach in All the Wrong Places.” When it’s not enough to teach Quark some Klingon languages and how to fight with a bat’leth, she even brilliantly concocts an optronic relay to allow Worf to fight for him remotely.

If this story had an unhappy ending, I would have never forgiven you Sure, it’s mostly a Jake Sisko episode and Jadzia has pretty much just one actual scene in it, but there’s just something about her talk with Benjamin in “...Nor the Battle to the Strong” that’s so sweet. Sisko is stressing out about Jake being in a warzone, and Jadzia tells him one of her past host’s parenting stories to put him a little more at ease, like a good parent would.

Retreat, acquire, confront, evade As we saw in “Looking for Par’mach in All the Wrong Places,” Jadzia’s friendship with Quark has always been well depicted. In a show in which we’ve complained (multiple times) about racism against Ferengis, Jadzia is the only one to give Quark the time of day, and also the one closest to him to tell him to stop weapons dealing in “Business as Usual” because she cares.

Oh baby, I hear the blues a’calling Sadly for us, we lose Jadzia after season six, but happily, there are a couple good moments for the next Dax, Ezri! The first counseling gig she picks up is a bit of a doozy, as she tries to help Garak work through his claustrophobia and his feelings of identity crisis in “Afterimage.” And like all mental health battles, it’s an ongoing one, but she at least gets things started.

The killer in Dax We don’t get enough of the character to see the consequences of summoning that psycho Joran in “Field of Fire” but we can tell it’s noteworthy. Ezri is the only Dax who gets tested by that murderer who briefly had the Dax symbiont, and watching her stand up to him, refuse to give in to the lure of wanton homicide, and solve a case is impressive indeed. If only the episode weren’t otherwise drek.

The Klingon Empire is dying. And I think it deserves to die. Insert any Dax here and they probably have a better understanding of Klingon culture than Worf, but it’s Ezri who really schools him. In “Tacking into the Wind,” she throws in his ridged face just how crappy Klingon politics are and how Gowron is sending the whole empire down the shitter, giving Worf the peptalk he needs to go murder the hell out of that bulgy-eyed fascist.

—

Worst moments

The prosecution rests Early-seasons Jadzia hadn’t yet found her agency, which was the biggest character facet she was lacking. A good representation of this in the episode “Dax,” in which she ostensibly should be the focus character, but spends her entire courtroom hearing refusing to speak for herself and allowing a room full of men to dictate her fate. I rest my case.

Don’t call me Benjamin For some of these Worst Moments, we’ve dipped into other hosts of the Dax symbiont to round things out a bit. And that includes that prick Verad Dax, even if he only has the symbiont for a little while in “Invasive Procedures.” But what an asshole! This guy hires goons to help him kidnap the symbiont, forces Julian to perform surgery, and would have left Jadzia to die.

Talk about an earworm! Here’s another alternate host who does some nasty deeds. We learn in “Equilibrium” that Dax had a secret host, Joran, who happened to do some murdering in order to get/keep the symbiont. It’s still unclear to me what his deal was because later episodes “Facets” and “Field of Fire” retcon his character all over the place until we have no idea how many people this guy even murdered!

And then we can count each other’s spots I’m vomiting in my mouth a little over the cloyingly sweet romance in “Meridian.” While we can commend Jadzia for being sex positive in our Best Moments list above, it’s also incredibly tiring how boy crazy she seems sometimes. It’s like the writing staff can’t help but define Jadzia by the men in her life, and falling so hard for a milquetoast guy like Deral in like a day is proof.

The way to a man’s heart is through his ears Yes, I will include on my Worst Moments list every time women give a Ferengi oomox. Bev did it. Lwaxana did it. T’Pol did it (and I’m sure I’ll mention that when we get to her spotlight). And when Jadzia sensually rubs Quark’s ears in “Facets” to convince him to take on a role in her zhiantara, I find it disgusting because it’s a woman engaging in sexual acts only to titillate the audience. Gross.

You were so young, so lovely We’ve got another guest host to give a piece of our mind to, and that’s Curzon Dax. In “Facets,” he reveals that he washed Jadzia out of the Initiate Program because he was in love with her, and that’s just awful. This guy should have recused himself if he couldn’t remain unbiased in his assessment. Poor Jadzia, always being seen through a sexual lens by men, on and off camera.

What if there was a way for you to kill your brother without killing him? Dax’s heart is in the right place when she tries to find a better place for Kurn when all he wants is to die with honor in “Sons of Mogh.” But the option that she offers to wipe his memory to give him a fresh start is SO MESSED UP. Kurn has no consent in the action that Jadzia and Worf (and Julian, whom we’ll point the finger at next week) impose on him. Dishonor on their houses.

There are some things in life you can’t control, and one of them is me We gave Worf a lot of stick for how badly he treats Jadzia, especially in an episode like the notorious “Let He Who Is Without Sin,” which last we checked had the lowest IMDB rating of all of DS9. And for good reason! It really makes us judge Jadzia quite a bit for staying with Worf when he treats her like his property, which is no good foundation for a relationship.

How do those boots taste? Jadzia struggling through Lady Sirella’s rituals in “You Are Cordially Invited” is demeaning, even in Klingon culture. It shocks me that Jadzia going to grovel to the lady of the House of Martok wins her favor. Instead of rewarding bootlicking, there should have been a more Klingon twist: it should have been a test of how long a prospective house member can put up with shit before they snap and do battle! That’s how you honor a house!

I’m sorry, the baby… Jadzia gets killed off in “Tears of the Prophets,” and it feels like a damn waste! It’s always sad for a beloved character to die, but for Kosst Amojen to take her out like a mere bystander brings up memories of Tasha Yar all over again. And then for her death to get undermined by her and Worf’s plan to procreate just feels like we’re back to Jadzia being defined by her relationships after all that progress.

Anyone can steal a shuttlecraft We’re fairly critical of Ezri Dax on this podcast, and some of that is unwarranted. But when Ezri does stupid shit like stealing a runabout to go save Worf in “Penumbra,” we raise an eyebrow. And when she and Worf bicker like old lovers, we roll our eyes. And when she and Worf have sex instead of dealing with trauma in a healthy and mature manner because it’s all a story trope, we lose some respect for these characters. Dammit.

If Worf hadn’t come along, it would have been you Ezri is barely here for a whole season and already she’s paired up with two of the male crewmembers. In “Afterimage,” Ezri tells Julian that Jadzia was into all the constant flirting, but she isn’t. But by “What You Leave Behind,” they’ve hooked up anyway, and it just feels like smashing the two dollies together to make them kiss. Can she be a character first before she hops into bed with the male character, please?

— Time to put this symbiont back in its pouch and call it day. As alluded to, we’ve got more DS9 characters to spotlight, following with Julian Bashir next week! So stay tuned here for that, follow along on SoundCloud (or wherever you get your podcasts) for more Enterprise watchalongs, hail us on subspace over on Facebook and Twitter, and stop retconning how joined Trills work already!

[electronalytics]

Optronic Device Market

[timeclonemike]

It's never been explained exactly what the Gauss Gun / Tau Cannon in Half Life really is or how it works. The name Gauss Gun and the model appearing to incorporate multiple copper coils points towards some sort of railgun / coilgun / magnetic launcher, but the Tau Cannon name is less clear. It could be referring to tau particles, tau as a measurement of time, or even TAU being an initialism for a complex technical descriptor.

It doesn't help that the lab facility it is found in is a laser research center, and the Black Mesa remake goes out of its way to include a dry erase board exploring some of the math and physics behind the weapon as if it was based on optronics, rather than electromagnetic induction.

Oh, and it uses enriched uranium as ammunition. Whether as a projectile or a power source, again, there's too much ambiguity to say one way or another.

[mrudula01]

Military Optronics Surveillance and Sighting Systems Market: Growth Overview

Aerospace and Defense

24, January 2023

Sub-national conflicts involving strong cross-border dynamics are commonly witnessed across the globe, making it critical for nations to ensure military strength and advance their defense systems. In view of this, several countries have increased their defense budgets, especially for border security. This has increased the deployment of integrated observation equipment, fire control systems, mobile vehicle surveillance systems, and other such equipment, which is expected to bolster the global military optronics surveillance and sighting systems market.

Triton Market Research’s report estimates that the market will display a CAGR of 5.70% in the forecast years from 2023 to 2030. Military optronics surveillance and sighting systems enable rapid & early detection of illegal border activities and offer strong situational awareness by tracking movement across rough terrains, thus preparing armies for combat. Also, along with traditional warfare equipment, many countries are focusing on the R&D of modern warfare equipped with AI and other technologies, thus advancing market prospects.

Beyond Borders – Evaluating Regional Markets’ Performance

North America and Europe occupy key positions in the global market, which can be accredited to the presence of large-scale arms manufacturers and other key market players in these regions. Whereas, the Asia-Pacific military optronics surveillance and sighting systems market is also expected to flourish due to an increased focus on domestic manufacturing and extensive investments in R&D.

Israel, an important market in the Middle East and Africa, is a major supplier of advanced military systems, such as missiles, drones, radar systems, and others, and exported weapons worth over $345 million to 16 countries in 2020. On the other hand, in most Latin American countries, specific drug control units have been highly militarized to tackle the growing threat from transnational crime & drug trafficking organizations. This has necessitated the demand for guns, armored vehicles, clothing, and tactile equipment, to facilitate logistical support.

Military Optronics Surveillance and Sighting Systems Market Segmentation

Military Laser Systems is expected to grow at a CAGR of 5.99% in the Machinery segment during 2023-2030

Fiber lasers, semiconductor diode lasers, solid-state lasers, and CO2 & other gas lasers are some of the laser systems used in the military. They are used for target designation & tracking, guidance, and range finding, and are also used in conjunction with squad weapons. Vectronix by Safran Group is a widely used military laser system; the high-performance handheld equipment is embedded with high resolution & superior quality optics.

Aerial is estimated to grow at a 6.03% CAGR in the Medium segment during the forecast period

Modernization of aerial warfare is being witnessed with the addition of combat aircraft and unmanned aerial vehicles (UAVs). They are generally used for surveillance, target acquisition, intelligence gathering, and also for transporting aircraft ammunition. Advanced technologies like multispectral imaging are being increasingly used in UAVs. Besides, the use of some emerging technologies, such as hyperspectral imaging and infrared thermography, will offer lucrative opportunities for the growth of this segment.

Seismic and Acoustic Sensors held a revenue share of $4217.22 million in the Product Type segment in 2022

Seismic and acoustic sensors are used in the military because of their ability of identifying & tracking targets in non-LoS conditions and carrying out missions in a docile manner. These sensors are used in numerous applications, such as defense security, monitoring, and surveillance. They are also being used in several modern surveillance sensor systems called unattended ground sensors (UGS). A UGS has inbuilt sensors with magnetic, acoustic, seismic, and infrared capabilities. The combination of features from various sensor technologies largely optimizes their target recognition ability.

What Our Experts Say

Stealth technology presents growth scope due to growing investments by countries to gain a tactical advantage over enemy forces. Also called low observable technology, it is a core element of modern military warfare to make one’s own forces discreet and ideally invisible to the enemy. Some well-known stealth aircraft include the F-22 Raptor by Lockheed Martin Corporation and Chengdu J-20 by Chengdu Aerospace Corporation.

Also, there is an enhanced focus on developing defense systems with hypersonic technology. There are two main types of hypersonic weapons, which include hypersonic glide vehicles and hypersonic cruise missiles. The latter travel 5 times faster than the speed of sound, and on a lower trajectory in the atmosphere, potentially reaching a target more quickly. Moreover, these missiles can tackle the opponents by further compressing their counter-responses. As a result, major world powers are in a race to develop hypersonic military warfare. Further advancement of such technologies presents growth opportunities for the military optronics surveillance and sighting systems market.

FAQs:

Q 1) Which are the leading and fastest-growing regions in the global market?

North America (leading) and the Asia-Pacific (fastest-growing).

Q 2) Which industry components are covered in the market report?

Raw Material Suppliers, Manufacturers, Defense OEM/Prime Contractors, and End-users.