#drone combat drone UCAV

[nocternalrandomness]

Turkish Bayraktar TB2 UCAV

[usafphantom2]

France will invest 13.3 billion euros in SCAF and Rafale by 2035

In total, all payment credits already allocated to these two programs reach 1.6 billion euros for SCAF and 11.7 billion euros for Rafale.

Fernando Valduga By Fernando Valduga 10/13/2023 - 21:25 in Military

Behind the United States, France wants to maintain its leadership in combat aviation. That is why it will invest colossal amounts during the period 2023-2026 in the European SCAF program and Rafale.

France is investing massively in its combat aviation to remain in the major leagues. Thus, the Future Air Combat System (SCAF) program, led by France, is gaining momentum. And this is very clearly seen at the budgetary level. This emblematic European program between Germany, Spain and France is also beginning to weigh on the budget of the French Ministry of the Armed Forces. Thus, over the four years of the period 2023-2026, the payment credits for the system of air combat systems of the future (combat planes, drones, weapons, combat cloud, etc.) reach 1.36 billion euros. In addition to 2026, the Ministry of the Armed Forces also plans to spend almost 300 million additional euros. Or 1.65 billion euros in total already budgeted.

Signed in December 2022, the contract for phase 1B of the SCAF, whose value reaches more than 3 billion euros equally financed between Germany, Spain and France, has an approximate duration of 36 months. The current work concerns the development of a technological demonstration program aimed at bringing innovative capabilities in the field of combat aviation. To this amount are added national investments from France. Thus, the main commitments planned for 2024 for the SCAF concern investments in the technical direction centers of the Directorate General of Armaments (DGA) and the national work in support of the demonstration program.

While waiting for the commissioning of the SCAF program beyond 2045, France continues to invest massively in Rafale. There are 6.4 billion euros, including 128 million for the nEUROn (UCAV) recently released from the naphthalene under the military programming law 2024-2030, during the period 2023-2026. The Ministry of the Armed Forces has also budgeted payment credits in the amount of 5.36 billion euros in addition to 2026. This represents a total of 11.76 billion euros, which will partially end up in the coffers of Rafale's main contractor, Dassault Aviation, which will then redistribute to the 400 companies working in this crucial program for France, including Thales and Safran. This figure includes economic increases due to inflation.

Of this total, France continues to finance the Rafale F4 (2.27 billion euros), whose standard qualification 4.2 delayed one year (2025 instead of 2024). This version will make it possible to face evolving threats in more contested engagement contexts, notably improving connected collaborative combat capabilities. The Ministry of the Armed Forces begins the reinforcement of the Rafale F5 program (111.9 million euros) at the budget level with, in 2024, the continuation of work related to the RBE2 XG radar and risk reduction studies. But most of these budgeted credits refer to payments on the delivery of Rafale, 13 copies of which will be delivered in 2023 and then in 2024. This represents a total of 8.5 billion, including 3.7 billion during the period 2023-2026.

The ministry is currently negotiating with Dassault Aviation a new Rafale order for the French Air Force, which should be announced by the end of this year (42 units). The future LPM foresees a Rafale (Air + Maritime) fleet of 178 aircraft by the end of 2030 and 225 aircraft by 2035.

Source: La Tribune

Tags: Armée de l'air - French Air Force/French Air ForceMilitary AviationDassault RafaleSCAF

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Fernando Valduga

Fernando Valduga

Aviation photographer and pilot since 1992, has participated in several events and air operations, such as Cruzex, AirVenture, Dayton Airshow and FIDAE. He has work published in specialized aviation magazines in Brazil and abroad. Uses Canon equipment during his photographic work in the world of aviation.

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[industryinsightsandanalysis]

Drone Warfare Market Set for Explosive 13.47% Growth, and is valued at USD 11,292.83 Million in 2023

According to a new report by Univdatos Market Insights, the Global Drone Warfare Market is expected to reach in 2032, growing at a CAGR of 13.47%. Currently, the drone warfare industry is in a state of fast development due to a higher militarization process, the usage of UAVs in combat actions, and the introduction of AI systems into drones. Governments all over the world are going for the increased procurement of UAVs based on their strategic importance as tools in intelligence, surveillance, reconnaissance, and even strike operations.

Demand:

The market for drone warfare is growing at a steady pace mainly on account of the following factors. Mainly, the disposition to trimming down the number of casualties in the military operations as well as evaluate the efficiency and effectiveness of Information Operations between unmanned aerial vehicles and the conventional manned aircraft has greatly contributed to the uptake of military drones. The concept of these systems is that they enable longer missions with duration of up to several years, limitation of human losses and improvement of flexibility of actions in the different combat situations. In addition, the increased focus of modern conflicts on asymmetric warfare and counter-terrorism activities has boosted the necessity of tactical drones suitable for urban and theatre environments.

In August 2023, The US Department of Defense plans to invest USD 5 billion on the development of new-age combat drones.

Australia will spend an additional USD 260 million to manufacture next-generation military drones, one of several locally manufactured projects that will create more jobs. The MQ-28A Ghost Bat, designed and manufactured in collaboration with an Australian subsidiary of U.S. aircraft manufacturer Boeing opens a new tab, is designed to undertake a wide variety of functions, including combat roles.

Lastly, the requirement of situational awareness and surgical strikes also have put better sensors, communication and weaponry into the realm of drone which also boosts the market.

Applications:

The market of drone warfare includes a great number of opportunities focused on diverse aspects of contemporary warfare. Some of the applications include Intelligence, surveillance, and reconnaissance ISR, Combat, Target identification and acquisition and damage assessment. ISR drones with enhanced sensors and cameras assist the commanders in getting timely information on the situation on the ground, hence improving the decisions made on the ground.

Combat drones, also referred to as unmanned combat aerial vehicles (UCAVs), are armed systems capable of carrying and expelling numerous types of ammunition to destroy specific enemy objectives with minimal impacts on civilians. Such systems have become significant in contemporary conflicts, as they afford a solution to the requirements in a versatile and low-cost method of engaging valuable objectives in the hostile territories. For instance, in June 2023, General Atomics unveiled the MQ-9B SkyGuardian, equipped with advanced combat capabilities, including precision-guided munitions and AI-powered targeting systems for enhanced operational effectiveness.

Target acquisition drones use high-definition opticians and targeting mechanisms to locate and follow enemy installations, which helps artillery and missile formations. This capability greatly improves the precision and efficiency of the strike targets from the long-range.

Target acquisition and surveillance drones are used primarily to assess the impact of a military conflict by documenting targets’ condition and the effects of strikes on them, which may help decide further actions.

Technological Advancements:

This sector of warfare continues to grow with the intensity of technological developments that is transforming the market. One major trend is the use of artificial intelligence (AI) and machine learning (ML) in drones. These technologies include elements of navigation, target identification and decision making to decrease the dependence on the operators and improve the general performance of the mission. For instance, in 2023, Northrop Grumman enhanced its Global Hawk UAV with new radar and sensor technologies, improving its ability to conduct long-range ISR missions with increased accuracy and data processing capabilities.

Request Free Sample Pages with Graphs and Figures Here https://univdatos.com/get-a-free-sample-form-php/?product_id=65000

Besides, there is a growth in innovations concerning swarm intelligence and collaborative drones which performance is coordinated where several drones work together. It increases the survivability and functionality of drone operations, especially in cases where single hub drones can be eliminated using counter measures.

The other significant development is the growing trend of constructing unmanned aerial vehicles for military purposes to be stealth and low observable. Manufacturers are dedicating efforts and money towards procuring better quality of material and designs of drones so that they can minimize the Radar, Infra-Red and acoustic visibility so that they cannot be challenged by the enemy air defenses.

In addition, additional electric motors for power, hybrid/electric propulsion system, and hydrogen fuel cells further enhance the range and persistence of armed UAVs. For instance, in 2024 the U. S. Navy reported a successful testing of a hydrogen fuel cell-powered drone uniquely designed for long endurance maritime security.

Conclusion:

The market for drone warfare around the globe is projected to grow considerably in the next few years due to rising defense spending by nations, changes in modern warfare, and technological developments that continue to advance at a fast pace. Thus, given the constant augmentation of unmanned capabilities in different militaries across the globe and the subsequent introduction of these systems to the relevant force structures, it is expected that the market will experience a considerable degree of growth in the future, driven by the identification of new trends and the development of novel technologies in the sphere of defense.

Key Offerings of the Report

Market Size, Trends, & Forecast by Revenue | 2024−2032.

Market Dynamics – Leading Trends, Growth Drivers, Restraints, and Investment Opportunities

Market Segmentation – A detailed analysis by Capability, by Mode of Transportation, and by Application

Competitive Landscape – Top Key Vendors and Other Prominent Vendors

Contact Us:

UnivDatos Market Insights

Email - contact@univdatos.com

Contact Number - +1 9782263411

Website -www.univdatos.com

[code-of-conflict]

AI as a Tool of Military Modernization: India and China’s Defense Strategies

Introduction: AI in Modern Warfare

Artificial Intelligence (AI) is becoming a pivotal force in shaping the future of warfare. Both India and China have recognized the strategic importance of AI in modernizing their military capabilities. However, their approaches to AI integration diverge in terms of scale, investment, and focus. While China is leveraging AI for global dominance with heavy emphasis on military-civilian fusion, India is cautiously advancing, focusing on strategic defense and autonomy.

Comparative Analysis of India and China’s Military AI Integration

1. Border Surveillance

AI-driven surveillance has transformed how nations monitor and secure their borders. For India, securing its northern borders, particularly in the volatile regions of Ladakh and Arunachal Pradesh, requires sophisticated surveillance systems. AI can help automate border monitoring using drones and ground-based sensors. India's development of AI-enabled UAVs, such as the Rustom-II and Ghatak UCAVs, demonstrates its focus on real-time surveillance, intelligence gathering, and precision strikes​.

China, on the other hand, has rapidly advanced its border surveillance through AI. Its use of drones like the Caihong series and the WZ-8 hypersonic reconnaissance drone has given China a significant advantage. These unmanned systems, capable of high-altitude and long-range surveillance, provide Beijing with a strategic edge in monitoring the India-China border along the Line of Actual Control (LAC). Furthermore, China's integration of AI into border security reinforces its aim to dominate information warfare by creating an "informationized" battlefield.

2. Cyber Warfare Capabilities

In the realm of cyber warfare, China has developed a highly sophisticated network, which blends civilian and military cyber capabilities under its Strategic Support Force (SSF). China's cyber strategy includes offensive operations such as espionage, disrupting enemy networks, and stealing classified information. The integration of AI allows China to automate these cyber-espionage activities and increase the speed and efficiency of cyberattacks​.

India, while lagging in this area, has made significant progress by establishing the Defence Cyber Agency in 2018. India's focus has primarily been on defensive operations, aiming to protect critical infrastructure and secure its networks. However, with growing cyber threats from adversaries like China, India must further develop AI-based cyber defense mechanisms and enhance its offensive cyber capabilities to deter potential attacks .

3. Autonomous Weaponry

Autonomous weaponry is one of the most significant areas where AI is transforming military arsenals. China has been a global leader in developing autonomous systems, such as drones and missile guidance systems. China's Academy of Military Science has been tasked with integrating AI into all aspects of warfare, focusing on autonomous drones, AI-driven missile systems, and robotic soldiers​. The deployment of AI-guided cruise missiles and unmanned aerial vehicles (UAVs) is expected to reshape future combat scenarios, allowing for precision strikes and reduced human involvement in the battlefield​.

India is still in the early stages of developing autonomous weaponry. Although India has started working on AI-driven drones and systems, it lacks the scale and speed of China’s developments. However, India’s commitment to creating an indigenous AI ecosystem, as seen in projects like the HAL Advanced Medium Combat Aircraft (AMCA), reflects its focus on autonomous systems for future air combat​. The reliance on AI-enabled UAVs like the Harop drone shows India’s intent to integrate AI into its military strategies, but significant investments are needed to match China’s rapid advancements.

Conclusion: A Diverging Path to AI-Driven Military Power

India and China are both integrating AI into their military strategies, but their approaches reflect broader geopolitical goals. While China’s strategy is rooted in achieving technological supremacy and global military dominance, India’s efforts are more defensive, focused on autonomy and securing its borders. However, with China’s rapid advancements in AI-driven warfare, India must accelerate its investments in AI technology to ensure strategic parity. The future of conflict between these two nations may very well be determined by their success in harnessing AI for military modernization.

[masquedrones]

China incrementa sus capacidades con drones en preparación para una posible invasión de Taiwán.

China está expandiendo rápidamente sus capacidades de drones, incluyendo drones furtivos, portaviones de drones y vehículos submarinos, indicando un cambio hacia una estrategia naval centrada en drones en previsión de un posible conflicto con Estados Unidos sobre Taiwán, según informes de Asia Times. Imágenes de satélite han descubierto modelos del vehículo aéreo de combate no tripulado (UCAV)…

[dougielombax]

Not so tough now.

I think it’s fascinating just how fragile these things are.

Idk.

Someone should put up a road sign: “Warning! Low-flying drones!”

I once saw a smaller drone get taken out by a kid with a rock.

A rock!

[head-post]

Turkish combat drones help Mali control its territory

Turkish unmanned combat aerial vehicles (UCAVs) provided a great help to Mali in securing control over its territories, Mali’s Minister of Foreign Affairs, Abdoulaye Diop, stated on Thursday, according to Turkish media.

Speaking at the fourth meeting of the Turkey-Mali Joint Economic Commission (JEC) held in the capital Ankara, Diop highlighted the close co-operation between the two countries in defence and security.

The country was ready to reshape fields, such as agriculture, textiles and mining, with “reliable, friendly and strategic partners like Turkey,” he noted.

Turkish Industry and Technology Minister, Mehmet Fatih Kacir, stated that the two countries had harmonised legislation that improved the investment environment, boosted trade, and expanded infrastructure services and sectoral co-operation, especially in the defence industry.

The two ministers agreed to focus on mutual investments and infrastructure projects to ensure continuous growth in bilateral trade, Kacir added.

Read more HERE

[militaryleak]

Burkina Faso Receives Baykar Bayraktar Akinci Unmanned Combat Aerial Vehicles

Burkina Faso has expanded its military capabilities with the acquisition of at least two Baykar Bayraktar Akinci unmanned combat aerial vehicles (UCAVs), marking a pivotal moment in the nation's defense arsenal. The official delivery of these advanced drones, alongside a dozen combat UAVs, including Bayraktar TB2s, underscores Burkina Faso's commitment to enhancing its security infrastructure. The handover ceremony, documented through photographs and video footage, unveiled a previously undisclosed airbase, serving as a symbolic representation of Burkina Faso's readiness to defend its sovereignty and address security challenges. Among the showcased drones were two Baykar Bayraktar Akincis, one bearing the serial number S3, indicating its lineage from the initial production models delivered to Turkish forces in 2021. #military #defense #defence #militaryleak #BurkinaFaso

Burkina Faso has expanded its military capabilities with the acquisition of at least two Baykar Bayraktar Akinci unmanned combat aerial vehicles (UCAVs), marking a pivotal moment in the nation’s defense arsenal. The official delivery of these advanced drones, alongside a dozen combat UAVs, including Bayraktar TB2s, underscores Burkina Faso’s commitment to enhancing its security infrastructure.…

[aviationanddefence]

Global Combat Drone Market report

Unmanned Combat Aerial Vehicles are another name for combat drones (UCAVs). Unmanned aerial vehicles, or "combative drones," are utilized for a variety of tasks including target acquisition, surveillance, reconnaissance, and carrying aircraft ordnance, including bombs, missiles, and ATGMs, to hard targets during drone assaults. Usually, a human with autonomy controls these drones in real time. Unlike unmanned surveillance and reconnaissance aerial vehicles, UCAVs are utilized for both drone strikes and battlefield information. There won't be a human pilot on board this type of aircraft. The aircraft is smaller and lighter as a result of not requiring a human pilot or any equipment because it is operated by a remote terminal.

Key drivers of the growth of the combat drone market:

The Global combat drone market report is expanding because of the evolving and sophisticated nature of warfare, despite potential obstacles from the quick development of anti-drone technology. The combat drone market will develop as a result of the evolving, technologically enhanced character of warfare. Many countries are concentrating on the development of unmanned combat aerial vehicles (UCAVs) for counter-insurgency and internal warfare. These vehicles are commonly used to monitor border regions, which are contentious, and can improve security at a minimal cost.

The combat drone market is growing as a result of numerous nations and contractors funding R&D projects aimed at deploying a large number of UCAVs to improve their ability to evade anti-aircraft weaponry and engage in combat with adversarial states. The development of long-range spy combat drones increases the potential prospects for the size of the global combat drone industry. The integration of control, computers, surveillance, computer intelligence, and reconnaissance technologies into UCAVs contributes to their long-range attack potential.

Patterns impacting the Battle- Size of the Drone Market:

According to market estimates for combat drones, the fixed-wing category has the largest share and the fastest compound annual growth rate. The development of complicated delta wing and delta wing unmanned combat aerial vehicles (UCAVs) with enhanced combat capabilities and the ability to fly at extreme speeds is mostly to blame for this, as expenditures in the combat drone sector have increased. Investing nations include the US, China, Israel, Russia, India, and Iran in these types of war vehicles. According to current combat drone industry trends, China is introducing new UCAV variants and employing stealth technologies in unmanned systems. China has stated that the Cai Hong 7 UCAN, which is high altitude, is being developed by the China Academy of Aerospace Aerodynamics (CAAA).

Market Forecast and Dynamics for Combat Drones:

An overview of the combat drone market The expansion of Unmanned Combat Aerial Vehicle (UCAV) is being driven by advancements in frameworks and regulations connected to aerial operations, as well as greater usage of UAV in military applications that has led to a spike in UAV use in disaster relief missions.

According to a combat drone market analysis, concerns about drone safety and security as well as a shortage of qualified operators are the main obstacles to the unmanned combat aerial vehicle (UCAV) industry's expansion. Unmanned Combat Aerial Vehicles (UCAVs) have greater prospects thanks to ongoing technological advancements in UCAV, which are coupled with artificial intelligence and machine learning. Applications for unmanned aerial vehicles (UCAVs) include directing artillery fire, detecting fighter jet targets with lasers, surveillance, obtaining electronic intelligence, and assessing damage after a strike.

Analysis of the Combat Drone Market for Recent Advancements:

According to Combat Drone Market sources, the South Korean government has accepted a proposal to start producing reconnaissance and surveillance drones by 2031. The purpose of manufacturing and acquiring these drones is to improve the military capabilities of the nation, particularly on the island bordering the northwest. Boeing chose to transform former Lockheed Martin F-16 jet fighters from the US Air Force into manned and unmanned target drones, with a contract value of USD 49.7 million.

According to Combat Drone Market reports, after delaying the American predator drone deal in favor of the Made in India initiative, the Indian government is now thinking about buying an indigenous long-range unmanned aerial vehicle with strike capabilities that is being developed by a private Indian company in collaboration with an Israeli defense manufacturer.

[ultrajaphunter]

DRONE ON:

Ukraine’s Ability to Rapidly Develop, Prototype and Combat Deploy Multi-Role Unmanned Combat Air Vehicles (UCAVs) is Impressive.

The Trembita is just one of many Indigenously Produced UCAVs that can Operate in Challenging Electronic Warfare Enviornments.

[dronesandfighters]

Drones de Combate

Los drones de combate o UCAVs (unmaned combat aided vehicles) o vehículos de combate no tripulados son aeronaves no tripuladas preparadas para el combate, las misiones que puedan realizar son de reconocimiento y ataque para lo cual van previstos de los elementos necesarios para realizar sus misiones. Pueden llevar cámaras que transmiten en tiempo real, radares, e ir armados con misiles y bombas. También existen los drones kamikaze los cuales se destruirán ellos mismos en el desempeño de su misión.

Los drones de combate al no estar tripulados no necesitan llevar todo lo necesario para ser controlados por un piloto y la parafernalia para que éste sobreviva pudiendo ser más ligeros, maniobrables y estar en el aire más tiempo que los aviones militares. Los aviones pueden ser pilotados desde tierra como si de un avión convencional se tratase, usar una ruta programada en coordenadas GPS, o de forma mixta.

Las señales de control se pueden enviar bien de forma directa, o a través de satélite lo cual amplia su alcance. Ésto último para los drones de mayor tamaño y complejidad.

Historia de los Drones de Combate

El primer país que utilizó los drones para el combate fue Israel en mil novecientos setenta y tres, en la guerra de Yom Kippur contra Egipto, en la cual Israel usó drones desarmados de fabricación norteamericana para hacer que Egipto gastase todo su arsenal de misiles antiaéreos. El resultado fue que no hubo bajas entre los pilotos israelíes.

A finales de la década de mil novecientos setenta y durante los mil noveciento ochenta los israelíes desarrollaron el Scout y el Pioneer, que representaron un paso hacia adelante, con modelos más ligeros, similares a los actuales.

Israel también fue pionero en usar UAVs para vigilancia en tiempo real, guerra electrónica y como señuelo. En la guerra del Libano de mil novecientos ochenta y dos la información y los señuelos al radar que los UAVs proveyeron ayudaron a Israel a neutralizar completamente las defensas aéreas sirias obteniendo como resultado que ningún piloto israelí fue derribado.

A finales de los mil novecientos ochenta en la guerra de Irán-Iraq. Irán desarrolló un dron armado con 6 cohetes RPG.

La primera guerra con uso extensivo de drones fue la primera guerra del Golfo en la cual, siempre hubo al menos un UAV en el aire. Después de la utilidad demostrada de los drones se produjo una amplia inversión global en el desarrollo de UCAVs.

El primer muerto por un UCAV norteamericano fue en Kandahar en octubre de dos mil uno. Desde entonces hasta ahora se ha aumentado el número de ataque de drones, la cifra de muertos se puede calcular en miles.

Tipos de Drones

Existen drones de diferentes tamaños y prestaciones. Están los drones mas pequeños como el PD-100 Black Hornet que cabe en la palma de la mano y que no necesitan más que un par de horas de formación.

Existen drones de un tamaño de 1 metro que se lanzan de forma manual y recogidos por un gancho, como el RQ-11 Raven, que sirven para dar apoyo a unidades de Infantería, que vuelan a baja altitud y un alcance de unos 10 kilómetros.

Existen otros drones que se lanzan con una catapulta como el Boeign Scan Eagle con un radio de acción de 100 kilómetros y para misiones de reconocimiento.

Los UCAVs más eficaces son los denominados MALE (Medium Altitude and Long Endurance) que pueden volar cientos de kilómetros y decenas de horas. De éste tipo de drones son los más famosos de la actualidad como el General Atomics MQ-1 Predator, MQ-9 Reaper, IAI Heron, IAI Harop. Éstos son los drones mas potentes puestos en servicio, por supuesto que Irán, Rusia y China también tienen sus drones. Las misiones de este tipo de drones además de reconocimiento como los anteriores pueden realizar misiones de ataque. Incluso ataque suicida como el IAI Harop y el norteamericano Tomahawk (variante del misil del mismo nombre), escapando estos drones un nicho entre los misiles balísticos y los drones.

Desarrollos Futuros

Los desarrollos futuros de UCAVs pasan por el diseño furtivo, y el aumento de su capacidad para portar armas más potentes, así como aumentar su alcance, techo de vuelo, y velocidad de crucero.

Los prototipos mas emblemáticos que se están desarrollando en este momento son el Dassault nEUROn, el británico BAE Tamaris y en nor Estados Unidos el X-47-B.

[usafphantom2]

'Storted' camouflage is patented by the UAC for Su-75 Checkmate

Fernando Valduga By Fernando Valduga 01/19/2024 - 09:00 in Military

The Russian conglomerate United Aircraft Corporation (UAC) has patented a painting scheme that distorts the perception for the Su-75 Checkmate, the newest light tactical aircraft (LTS) in development by the manufacturer Sukhoi.

The UAC said in a statement that the Russian tactical fighter Su-75 "Checkmate", still under development, can revolutionize military aviation with its patented modular cabin system, allowing single pilot configurations, two pilots, or even an unmanned option. In addition to its modular capabilities, the aircraft could also employ a "distorted camouflage" to avoid visual detection.

The UAC patent reveals a unique camouflage design for the Su-75 Checkmate. This special paint is designed for stealth aircraft, with a scheme that makes it difficult to quickly identify visually and hide possible movements. The use of single-color dots creates spots of variable brightness, diverting attention from the actual contour of the aircraft and presenting a blurred and distorted image.

This camouflage is effective in various environments, such as varied landscapes and cloudy skies, designed to confuse opponents, changing the visible profile of the aircraft, making visual tracking difficult.

The strategy behind this innovation is to make the silhouette of the Su-75 look different, possibly as a smaller or different model, through the strategic use of colored spots that alter visual perception.

Although the Su-75 is intended to be a less expensive equivalent of advanced fighters such as the F-35, progress has been slow, leading to skepticism about its viability.

Despite the ambitious nature of this project and its characteristics - which include integration of modern systems and a high attack capacity - the Su-75 remains largely in the conceptual phase. The narrative under development around the jet labels it as "vaporware", given the absence of tangible evidence in addition to patents and announcements.

Although the cost and practicality of these modular changes have not been disclosed, the proposed capabilities of the Su-75 suggest a promising leap in jet fighter technology, with the potential to fulfill a variety of functions within a single and adaptable platform.

Tags: Military AviationCheckmateRussiaSu-75sukhoiUAC - United Aircraft Corporation

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Fernando Valduga

Fernando Valduga

Aviation photographer and pilot since 1992, he has participated in several events and air operations, such as Cruzex, AirVenture, Dayton Airshow and FIDAE. He has works published in specialized aviation magazines in Brazil and abroad. He uses Canon equipment during his photographic work in the world of aviation.

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[searchsystem]

Dassault Aviation / nEUROn / Unmanned Combat Aerial Vehicle (UCAV) / 2012

[newshindiplus]

Alert! पाकिस्तान को चीन दे रहा है हथियारों से लैस आधुनिक ड्रोन UCAV, भारत सतर्क

Alert! पाकिस्तान को चीन दे रहा है हथियारों से लैस आधुनिक ड्रोन UCAV, भारत सतर्क

[ad_1]

पाकिस्तान को चीन दे रहा है हथियारों से लैस ड्रोन एक तरफ भारत से शांति वार्ता कर रहा चीन दूसरी तरफ पाकिस्तान को आधुनिक हथियारों से लैस करने में जुटा है. ख़ुफ़िया सूत्रों के मुताबिक चीन जल्द ही पाकिस्तान को हथीयारों से लैस आधुनिक ड्रोन CH- 4 UCAV…

[aerospaceanddefense]

The military drones market is projected to grow from $12.1 billion in 2018 to $26.8 billion by 2025, at a CAGR of 12.00% from 2018 to 2025.

[awesome-casuallyfamouscollector]

Ukraine is the buyer of the first Bayraktar Akinci combat drone made by Baykar Turkey

U.S. MILITARY CENTRAL

Turkey's Baykar has exported the first model of its latest drone, the Bayraktar Akıncı unmanned combat aerial vehicle (UCAV). "We have also completed the first export contract of Bayraktar Akıncı UCAV. Within the scope of the contract, we will deliver Bayraktar Akıncı UCAVs and ground systems in 2023,” Baykar General Manager Haluk Bayraktar disclosed this to government-owned Anadolu Agency (AA) Sunday. He did not specify the country to which the Akinci drone was exported, neither the number of drones or its value. However, pointers are that Ukraine, which supplies engines to the Akinci drone, may well be the first customer of the new drone given its current stand-off with Russia.