March 11, 2026 Drone News Briefing: Drone Tech Self-Reliance, UAM Acceleration, and Next-Gen Battery Innovations

Today’s Trends

The morning of March 11, 2026, reveals a dynamic landscape for the drone and Unmanned Aerial Vehicle (UAV) industry, characterized by intense global competition to localize core technologies and seize leadership in the future mobility market. Domestically, Acroxar has made a significant statement by unveiling its proprietary flight controller, ‘AiXAR V6X,’ demonstrating a strong commitment to localizing key drone components and achieving technological self-reliance. This initiative has garnered trust from both domestic and international defense companies and government officials, often equating its strategic importance to that of a “strategic material,” leading to large-scale supply contracts. Concurrently, Tayson’s integrated drone operation control solution, ‘DroneWork,’ is set to enable efficient management of heterogeneous drone environments, thereby contributing to the expansion of drone applications.

In the realm of future mobility, the U.S. Federal Aviation Administration (FAA) has announced a nationwide air taxi pilot program, signaling a strong intent to make 2026 the inaugural year for Urban Air Mobility (UAM) commercialization. Major air taxi developers like Archer and Joby are now preparing for full-scale operations, heralding the advent of the global UAM market. Meanwhile, the opening of ‘InterBattery 2026’ underscores how Korean battery manufacturers are moving beyond the temporary slowdown (chasm) in the EV market, expanding into high-growth sectors such as UAM, robotics, and aerospace, and accelerating the development of next-generation battery technologies. Advanced technologies like solid-state batteries and sodium-ion batteries are emerging as key enablers to elevate the energy efficiency and safety of future mobility platforms.

The importance of drone technology in defense and security is also increasingly evident. Korea’s Electronics and Telecommunications Research Institute (ETRI) is advancing efforts to equip drone control communications with ‘Post-Quantum Cryptography’ to bolster drone security against future quantum attacks. Google is contributing to AI-powered defense enhancement by supplying AI agents to the U.S. Department of Defense. Concerns over Russia’s expanding drone production hubs and North Korea’s advanced UAV capabilities heighten military tensions, reaffirming drone technology’s role as a critical force in modern warfare. Furthermore, domestic defense companies are playing a crucial role in advancing national defense drone technology by expanding their UAV and UAS businesses. Thus, the drone industry continues its rapid evolution in 2026, driven by the three pillars of technological self-reliance, market expansion, and enhanced security.

Individual Article Highlights

ACROXAR Leads Localization of Core Drone Components with Domestic Flight Controller ‘AiXAR V6X’

Acroxar, a specialist in drone and robot avionics systems, successfully showcased its new product lineup for its proprietary domestic avionics brand, ‘AiXAR,’ at Drone Show Korea 2026. The next-generation flight controller ‘AiXAR V6X’ and the high-precision multi-band positioning system ‘AiXAR M9N’ GNSS module were prominently featured. Despite being designed based on the global standard Pixhawk architecture, these products were developed with domestic technology, ensuring stable data processing even in harsh environments, and have received significant acclaim in the industrial and special-purpose drone markets. Amidst recent global supply chain realignments and security concerns, the localization of core drone components has become a national priority. Acroxar’s technological prowess is highly significant, having secured a level of trust comparable to that of “strategic materials” from government officials and major defense companies, both domestically and internationally. This is regarded as a key driving force that not only advances technology but also contributes to national security and strengthens industrial competitiveness.

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ACROXAR Secures 20,000-Unit Drone Component Supply Deal at DSK 2026, Exceeding 10 Billion KRW in Revenue

Acroxar achieved remarkable success at Drone Show Korea 2026, where it unveiled its new product lineup, including the ‘AiXAR V6X’ flight controller. During the exhibition, the company secured supply agreements for drone components totaling 20,000 units. This translates to an impressive revenue exceeding 10 billion KRW (approximately $7.5 million USD), demonstrating Acroxar’s firm establishment as a core supplier in South Korea’s drone avionics sector, beyond mere temporary popularity. This achievement is particularly noteworthy as it instills confidence that domestically developed avionics equipment can be highly competitive in the global market. Acroxar CEO Lee Byung-sub announced plans to build a diverse avionics lineup, from entry-level to high-end, within the year, reflecting on-site feedback and customer requirements. He emphasized the company’s focus on localizing core components such as telemetry, GPS, and Power Management Units (PMU) as a specialized drone component manufacturer. This move is expected to play a pivotal role in strengthening the domestic drone industry ecosystem, promoting technological self-reliance for ‘K-Drones,’ and opening up possibilities for expansion into all areas of mobility, including autonomous robots.

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Tayson Pioneers Integrated Control for Heterogeneous Drone Fleets with ‘DroneWork’ Solution

Tayson, leveraging its accumulated IT consulting and SI system building expertise, unveiled ‘DroneWork,’ an integrated drone operation control solution, at Drone Show Korea 2026. The key feature of ‘DroneWork’ is its simultaneous support for heterogeneous drones from various manufacturers, including DJI, Pixhawk, and Autel, along with stations and smartphones. This addresses compatibility issues in complex drone operating environments, enabling efficient management of multiple drone types at once. The fully automated system handles data connection, channel allocation, transmission, and simultaneous storage, ensuring stability and scalability through its proprietary system that prevents external information leakage. Notably, its ability to monitor over 100 drones and devices in real-time and support 4K video using high-performance broadcast video technologies (HLS, ABS) enables precise and stable drone utilization in industrial settings. Bidirectional synchronization for creating and managing automatic flight paths from both web and controller, along with real-time image verification via a live map (overlay), will maximize drone operational convenience and efficiency. This foundational technology is expected to accelerate the widespread adoption of drones in various sectors, including smart cities, logistics, and defense.

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DSK 2026: A Hub for Advanced Technologies Spanning Drones, Aerospace, and Defense

‘DSK 2026,’ jointly hosted by the Ministry of Trade, Industry and Energy, Ministry of Land, Infrastructure and Transport, Ministry of National Defense, Korea Aerospace Administration, and Busan Metropolitan City, has established itself as a comprehensive platform showcasing cutting-edge technologies extending beyond drones to aerospace, defense, safety, and geospatial information. More than just an exhibition, the ‘DSK Conference’ brought together stakeholders from government, military, industry, academia, and research institutions to deeply explore the latest trends in drone and related technologies, including 5G-based communication, AI autonomous flight, and applications in military, logistics, and smart cities. This integrated approach clearly demonstrates that the drone industry is no longer confined to a single technological domain but is synergistically merging with various advanced industries as a major national growth engine and security asset. The active participation of government ministries and the co-hosting by the Korea Aerospace Administration signify the drone industry’s strategic importance at a national level, promising accelerated growth through future policy support and institutional improvements.

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‘InterBattery 2026’ Opens with 667 Companies from 14 Countries Globally, Intensifying Next-Gen Battery Technology Competition

South Korea’s largest battery industry exhibition, ‘InterBattery 2026,’ commenced on March 11 for a three-day run at COEX in Seoul. Amidst a slowdown in EV demand and shifts in the global trade environment, this exhibition is regarded as a crucial platform for discussing next-generation battery technologies and strategies for expanding the Energy Storage System (ESS) market. A total of 667 domestic and international companies, including the top three South Korean battery manufacturers and firms across the entire battery value chain (materials, components, and equipment), showcased their latest technologies and products. The participation of governments, research institutions, and companies from 14 countries, including the U.S., Australia, Canada, Germany, China, and Japan, to discuss global collaboration, highlights the battery industry as a key axis of economic security and technological hegemony among nations. Alongside strategies to address the EV market slowdown (chasm), the rapidly growing ESS market, driven by increasing renewable energy and AI data centers, is drawing attention as a new growth engine. This directly impacts the drone and UAM industries, which require high-performance batteries. The competition in next-generation battery technologies will play a vital role in expanding battery applications in new industrial sectors such as UAM, robotics, and defense.

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K-Battery Big Three Accelerate UAM and Robot Market Entry with Solid-State and Sodium Batteries

At InterBattery 2026, South Korea’s top three battery manufacturers—LG Energy Solution, Samsung SDI, and SK On—declared their intent to overcome the temporary stagnation in the EV market by expanding into future high-growth industries. They specifically focused on developing high-reliability, high-energy-density battery technologies required for Urban Air Mobility (UAM), robotics, and aerospace sectors. LG Energy Solution showcased its battery technology support for ‘PERAST,’ a compact environmental observation CubeSat, demonstrating stable power supply capabilities in space environments. Samsung SDI unveiled the first pouch-type solid-state battery samples for Physical AI, signaling its entry into the robotics market. SK On also highlighted its technological prowess in robotics, supplying high-nickel NCM batteries for Hyundai WIA’s ‘Autonomous Mobile Robot (AMR)’ logistics robots. These companies presented a portfolio of next-generation technologies, including solid-state batteries, sodium-ion batteries, and bipolar batteries, aiming to secure market leadership in future mobility sectors such as UAM, eVTOL (electric Vertical Take-Off and Landing) aircraft, and humanoid robots, where high energy density and safety are paramount. This represents a crucial technological trend that will decisively enhance the flight time, safety, and performance of drones and UAMs.

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LG Energy Solution Supports ‘PERAST’ CubeSat with Battery Technology, Expanding into Space Environments

At InterBattery 2026, LG Energy Solution announced its support for ‘PERAST,’ a compact environmental observation CubeSat developed by drone and satellite technology company Quarteronion. This is a significant example demonstrating the expansion of battery technology beyond terrestrial EVs and robots into the extreme environment of space. CubeSats are miniaturized artificial satellites used for various missions, including Earth observation, communication relay, and scientific research, and their importance is growing. Battery technology required in space must maintain high reliability and long lifespan under harsh conditions such as extreme temperature fluctuations, radiation exposure, and high vacuum. LG Energy Solution’s achievement proves that its battery technology can overcome existing limitations and play a crucial role in aerospace and future drone applications like High Altitude Platform Stations (HAPS), with long-term positive implications for the development of next-generation drones and unmanned space probes.

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Samsung SDI Unveils First Pouch-Type Solid-State Battery Sample for Physical AI, Targeting Robot Market

Samsung SDI garnered significant attention at InterBattery 2026 by unveiling the first pouch-type solid-state battery samples specifically designed for Physical AI robots. Samsung SDI announced plans for commercialization by the second half of next year, signaling its aggressive response to the expanding robot market. Physical AI robots require both high energy density and paramount safety, and solid-state batteries, with their lack of liquid electrolytes, significantly reduce the risk of fire and explosion, thus meeting these critical requirements. The company also showcased prismatic batteries for AI data center-specific Uninterruptible Power Supply (UPS) units and ultra-high-power cylindrical batteries, offering optimized solutions for various AI-powered devices. The growth of the robotics industry is expected to dramatically increase demand for high-performance, high-safety batteries in autonomous mobile robots (AMRs), which can be linked to autonomous drones for delivery and service applications. Samsung SDI’s moves are interpreted as a strategic cornerstone for securing technological leadership in the future robot and drone markets.

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SK On Supplies High-Nickel NCM Batteries for Hyundai WIA’s ‘AMR’ Logistics Robots, Emphasizing Robotics Tech

At InterBattery 2026, SK On highlighted its technological capabilities in robotics, announcing the supply of high-nickel NCM (Nickel, Cobalt, Manganese) batteries for Hyundai WIA’s ‘Autonomous Mobile Robot (AMR)’ logistics robots. These batteries can operate for up to 8 hours on a single charge, significantly enhancing efficiency in logistics operations. Beyond AMRs, SK On is expanding its influence across the robotics industry by supplying batteries for various robots, including Multi-Purpose Robots (MPRs) and parking robots. The company also unveiled next-generation battery technologies such as sulfide-based solid-state batteries (1000Wh/h), polymer oxide composite batteries, and lithium-metal batteries, signaling technological innovation in line with the rising robotics industry. Notably, its operation of an AI-based R&D platform, ‘AI Researcher,’ aims to shorten battery development cycles and optimize performance. Advancements in robot battery technology are directly linked to drone battery technology, serving as a crucial factor in accelerating innovation in various autonomous mobile platforms like logistics drones and service drones.

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POSCO Future M and Philenergy Make Strategic Investment in US Factorial to Accelerate Solid-State Battery Commercialization

POSCO Future M and Philenergy have made a strategic investment in Factorial, a U.S. solid-state battery startup, accelerating the commercialization of solid-state batteries. This investment is seen as a critical move to secure global technological leadership in solid-state batteries, a core technology for next-generation batteries. Factorial, a company developing high-performance solid-state battery technology, is expected to contribute to the advancement of cathode materials and production process technologies for solid-state batteries by the Korean companies. Solid-state batteries, offering higher energy density and superior safety compared to traditional lithium-ion batteries, are considered essential for future mobility sectors that demand high performance, including electric vehicles, drones, UAM (Urban Air Mobility), and robots. For drones, especially, flight time and payload capacity are heavily dependent on battery performance. Therefore, the commercialization of solid-state batteries will be a crucial turning point, changing the paradigm of the drone industry. Investment in promising overseas startups is expected to enhance the global competitiveness of the domestic battery industry while securing leading positions in future core technologies.

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US FAA Announces Air Taxi Nationwide Pilot Program, Realizing 2026 as ‘Year One’ for UAM Commercialization

The U.S. Federal Aviation Administration (FAA) has announced a pilot program to integrate Advanced Air Mobility (AAM) into actual airspace operations, signaling a strong commitment to making 2026 the inaugural year for air taxi commercialization. The FAA has selected projects to launch air taxi operations pilot programs in six states, including New York City, Florida, Texas, and North Carolina, marking this as the first tangible step towards widespread UAM commercialization. This extensive project is expected to have broad implications, simultaneously advancing various AAM sectors—not just air taxis, but also cargo drones, emergency medical response, and regional passenger transport—across 26 states. The U.S. Secretary of Transportation emphasized thorough preparation for these changes, stating that eVTOL (electric Vertical Take-Off and Landing) aircraft will make American airspace more exciting and dynamic. The FAA’s strategic and proactive industry policy is accelerating investment and technological development in the UAM market, serving as a significant milestone in global UAM industry development. This demonstrates that the evolution of drone technology is ultimately the core driver in realizing the era of ‘flying cars’.

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Major US Air Taxi Developers Prepare for Full-Scale Operations in New York, Texas, and More

Following the U.S. FAA’s air taxi pilot program announcement, major air taxi developers like Archer Aviation, Joby Aviation, and Boeing subsidiary Wisk Aero have commenced preparations for full-scale operations. Archer Aviation will participate in projects in New York, Florida, and Texas, collaborating with port authorities and departments of transportation. Joby Aviation mentioned the possibility of beginning initial commercial operations this year and plans to pursue projects in multiple states, including Arizona and New York. Wisk Aero is focusing on building a regional air network connecting Dallas, Austin, and San Antonio in Texas, with plans to expand to Houston in the future. Additionally, Reliable Robotics will participate in unmanned autonomous cargo transport, testing autonomous flight systems connecting New Mexico and Colorado. The concrete operational plans of these companies indicate that UAM is no longer a distant future technology but a realistic mobility solution integrating into our daily lives. Cooperation agreements with the FAA and a goal to begin test flights within 90 days suggest that UAM commercialization is progressing at a very rapid pace.

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ETRI Bolsters Drone Security Against Quantum Attacks with Post-Quantum Cryptography in Control Communications

The news that Korea’s Electronics and Telecommunications Research Institute (ETRI) is pursuing the integration of ‘Post-Quantum Cryptography (PQC)’ technology into drone control communications represents a crucial advancement in drone security. Concerns have been raised that existing public-key cryptography could be easily decrypted by the computational power of future quantum computers, posing a critical threat, especially to drone systems related to military and national critical infrastructure. The hacking of core drone functions such as flight control, data communication, and mission commands could lead to severe security breaches. Post-Quantum Cryptography is a quantum-computer-safe encryption technology that strengthens the communication security of drone systems and fundamentally prevents the interception of control signals and data manipulation. ETRI’s initiative is part of a national effort to establish a safe and reliable operating environment for drones and proactively address future security threats. This underscores that drone technology is moving beyond mere hardware performance, with software and cybersecurity gaining increasing importance.

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Russia’s Yelabuga Drone Production Hub Expands Rapidly; CSIS Raises Concerns Over North Korea’s Advanced UAV Capabilities

News of Russia’s Yelabuga region rapidly expanding as a major drone production hub, coupled with concerns raised by the U.S. Center for Strategic and International Studies (CSIS) regarding North Korea’s advanced UAV capabilities, vividly illustrates the accelerating development and proliferation of military drone technology amidst international instability. Russia’s increased drone production capacity is a direct result of drones proving their critical importance in the war in Ukraine, potentially enhancing the efficiency of military operations and deepening power asymmetries. Particularly, North Korea’s advanced UAV capabilities pose a direct threat to Korean Peninsula security, as unmanned aircraft equipped with surveillance, reconnaissance, and even attack capabilities increase the likelihood of unpredictable provocations. These international trends underscore the value of drone technology as a strategic asset directly linked to national security, beyond peaceful applications, highlighting the importance for each nation to develop defense drone technologies and formulate counter-strategies. The localization of defense technology and the establishment of anti-drone defense systems are emerging as urgent priorities.

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Google Supplies Gemini Agents to US DoD’s ‘GenAI.mil,’ Accelerating AI Defense Innovation

Google is collaborating with the U.S. Department of Defense to provide Gemini-powered Artificial Intelligence (AI) agents to over 3 million DoD personnel. This system will initially operate on non-classified networks, with discussions underway for potential expansion to classified systems. It includes eight pre-built agents supporting various tasks such as meeting summaries, budget drafting, and defense strategy reviews, while personnel can also create customized agents using natural language. Accessible through the military’s generative AI platform, ‘GenAI.mil’ portal, it has already seen active use with over 40 million prompts executed. Although there are criticisms that AI training is not keeping pace with deployment, it is noteworthy that Google is expanding its cooperation with the DoD, easing restrictions on military applications after withdrawing from ‘Project Maven,’ a military drone video analysis project, in 2018. The application of high-performance AI in defense is poised to significantly enhance the capabilities of autonomous weapon systems, especially in core drone missions like surveillance, reconnaissance, and targeting, emerging as a key factor to reshape future defense capabilities.

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Defense Firm Firstec Expands UAV and UAS Business, Strengthening Cooperation with LIG Nex1

Firstec, a South Korean defense specialist, is garnering attention for successfully expanding its business into the Unmanned Aerial Vehicle (UAV) and Unmanned Aerial System (UAS) sectors. Firstec is solidifying its technological expertise in the defense sector, notably with Sensorview, which last year secured a contract for antenna development to be applied in the UH-60 Black Hawk helicopter performance improvement project with LIG Nex1. Firstec has particularly enhanced its competitiveness in the unmanned aircraft market by receiving Boeing’s top-tier Gold quality rating, acknowledging its unparalleled technological capabilities. The company reported robust growth, with operating profit increasing by 145.2% year-on-year in 2023, and secured a large contract to supply components for explosive ordnance disposal (EOD) robots to Hanwha Aerospace. These developments indicate that domestic defense companies are actively investing in and accelerating technology development in unmanned systems—especially drones and UAVs—which are set to be central to future battlefields, moving beyond traditional manned weapon systems. Firstec’s expansion into the UAS business is expected to promote the localization of defense drone technology and provide optimized solutions for future combat environments, thereby contributing to strengthening national security.

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Sensorview Supplies RF Solutions for Defense, Aerospace, and Space Industries; Addresses Next-Gen Weapon Systems and Autonomous Driving

Sensorview, a specialist in ultra-high-speed wired and wireless RF (Radio Frequency) connectivity solutions, is asserting its presence by supplying core technologies to the defense, aerospace, and space industries. Sensorview has independently developed mmWave band cables, connectors, and antennas, securing a contract to supply aviation antennas and communication equipment components to LIG Nex1 for the UH-60 Black Hawk helicopter performance improvement project’s survival equipment sector. This signifies that Sensorview’s proprietary RF technology plays a crucial role in cutting-edge defense and aviation systems that demand high-precision communication and data processing. For drones and Unmanned Aerial Systems (UAS), stable RF communication is essential for all core functions, including flight control, mission data transmission, and video transmission/reception. Sensorview is diversifying its business by expanding its participation in next-generation weapon system projects while developing automotive connectors for autonomous driving and connected cars. The development of such high-performance RF solutions contributes to improving the communication stability and performance of future defense drones, and also positively impacts the efficiency of data transmission for high-performance commercial drones.

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US Aeroptera Unveils 3D-Printed Modular Research Drone ‘Lace,’ Offering Customized Research Environments

Aeroptera, a non-profit student group in the U.S., has introduced a new paradigm in the research drone market by unveiling ‘Lace,’ a 3D-printed modular research drone. Designed to allow researchers to 3D print and modify nearly every part of the drone themselves, ‘Lace’ addresses the limitations of existing commercial drones, such as high cost, limited customization options, and insufficient payload capacity for larger instruments. Aeroptera’s founder realized the need for affordable and versatile drones while conducting environmental research projects. Based on this, they utilized 3D printing technology to develop a drone frame capable of carrying 1-3 kg payloads. ‘Lace’ is equipped with a Pixhawk 6C flight controller and a 4S 4500mAh battery, and its modular design allows users to replace motors, propellers, Electronic Speed Controllers (ESC), telemetry systems, and other components with either self-made parts or off-the-shelf components. This approach will not only significantly enhance the accessibility and utility of drones in scientific research but also holds the potential to foster innovation in drone technology for educational and hobbyist sectors.

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