Weighing only 1.45 kilograms, the TrueView 539 can be seamlessly integrated with most commercial drone platforms capable of carrying payloads. The system features a cutting-edge LiDAR sensor with up to six returns, a 26MP global shutter full-frame camera, and provides accuracy within the 2–5 cm range.

The TrueView 539 directly addresses the growing demand for engineering-grade LiDAR that is both lightweight and user-friendly. Many geospatial professionals have been searching for systems that meet technical requirements without exceeding project budgets. The LiDAR sensor employs advanced multi-target capability to penetrate dense vegetation, supporting up to six returns per pulse, enabling users to generate precise DEMs and DSMs even in challenging environments. With a range of up to 600 meters and 500,000 points per second, the system ensures rich, high-resolution data capture across diverse terrains.

The TrueView 539 also comes equipped with LP360 drone processing software, enabling users to efficiently process, visualize, and extract valuable data within an intuitive GIS-based workflow. Optional software add-ons such as strip alignment, photogrammetry, and 3D accuracy tools are available to further refine data outputs.

The introduction of the TrueView 539 expands Geocue’s growing portfolio of LiDAR mapping solutions. From high-end drone sensors to handheld and mobile systems, Geocue remains committed to delivering high-quality solutions supported by seamless hardware integration, advanced software, and trusted customer support.

Geocue Launches TrueView 539: Compact LiDAR and Imaging System for Geospatial Professionals最先出现在FPV Explorers | DJI Drones, FPV Gear & Reviews。

Analysts emphasize that these operations—until now not fully disclosed—serve as examples of Ukraine’s routine use of swarm drone technology in the war, underscoring the country’s leadership in this field. At the same time, the integration of artificial intelligence on the battlefield raises ethical concerns, as machines could potentially make life-or-death decisions about both soldiers and civilians.

(Ukrainian swarm drones equipped with artificial intelligence technology)

According to the software company’s representative, testing with swarms of 100 drones will soon be conducted. About a year ago, the Ukrainian military first used swarm technology for mine-laying. Since then, it has been applied to strike Russian military equipment and infrastructure. A Ukrainian Armed Forces officer, speaking anonymously, said his unit has employed the system more than a hundred times, and other units have also received drones equipped with the software.
Ukraine typically deploys swarms in groups of three drones, though reports suggest formations of up to eight have been used. Company spokesperson Kupriyenko stated that the software has successfully passed formation tests with as many as 25 drones. According to senior Ukrainian officers, standard operations involve one reconnaissance drone and two attack drones armed with small bombs striking Russian positions. Operators designate the search area, and once targets are identified, they issue the attack command. The reconnaissance drone plots the route for the attack drones, while the attack drones autonomously decide when and in what sequence to release their payloads.

Ukraine Deploys AI-Powered Swarm Drones in Battlefield Operations最先出现在FPV Explorers | DJI Drones, FPV Gear & Reviews。

At the core of the kit is the Teledyne FLIR OEM AVP, powered by the Qualcomm® DragonWing™ QCS8550 System-on-Chip (SoC). This industry-leading chip delivers 50 TOPS (trillions of operations per second) of processing performance while consuming just 2.5 watts of power. Its multi-layer architecture supports PRISM AI object detection models and Prism ISP features, delivering exceptional image clarity even in challenging environments.

The Boson+ IQ Development Kit marks a major leap for integrators in building smarter, more efficient thermal systems at the edge—especially for autonomous applications such as aerial drones, loitering munitions, and ground-based robotics. By combining Teledyne FLIR OEM’s high-performance Boson+ thermal cameras with Prism AI and ISP software on a cutting-edge Qualcomm platform, the company enables faster development cycles, industry-best image quality, extended mission endurance, and minimal power consumption.

Designed for flexibility and scalability, the kit includes an interface and carrier board with three MIPI interfaces, allowing developers to integrate visible-light or other sensor types into their systems. It also comes with the Boson+ and Prism SDKs, hardware interface control documentation (ICD), and expert engineering support—delivering a seamless development experience from prototype to deployment.

The Boson+ IQ Development Kit is ready today, with additional upcoming features such as Prism SKR and Prism Supervisor. Prism SKR enables autonomous target detection and terminal guidance, while Prism Supervisor provides autonomous operation via GPS or Vision-Based Navigation (VBN) technologies. Together, these software enhancements add powerful mission-critical functionality across defense, security, and industrial automation applications.

Teledyne FLIR OEM Launches Boson+ IQ Development Kit with Edge AI for Drones and Robotics最先出现在FPV Explorers | DJI Drones, FPV Gear & Reviews。

The new integrated configuration includes a maximum payload capacity of up to 300g, allowing the installation of precision warheads as well as other mission-specific payloads. This enables the ROOSTER to deliver highly accurate engagements within buildings, tunnels, and confined environments. Retaining its signature hybrid design, the ROOSTER seamlessly switches between rolling and flying, allowing it to navigate through tight spaces.

This breakthrough is supported by AI-powered object detection, target tracking, and lock-on capabilities, enabling the ROOSTER to autonomously identify, follow, and lock onto designated threats or objects selected by the operator. A built-in multi-layer safety system ensures secure handling and controlled activation, safeguarding the entire mission. With its armed configuration, Robotican brings precision and autonomy into environments previously inaccessible to loitering munitions, executing surgical strikes inside structures with a compact and intelligent platform—minimizing risks to operators and surrounding civilians.

The armed ROOSTER extends the system’s mission range beyond ISR, rescue, and inspection, to include neutralizing threats in urban warfare, underground operations, and hostage rescue scenarios—all while maintaining its lightweight, single-operator portability and NATO-certified reliability. Thanks to its modular design and mission-specific payload integration, the ROOSTER provides unmatched operational flexibility, allowing forces to configure it for diverse mission requirements, from intelligence gathering to precision strikes. This adaptability significantly enhances its tactical utility in dynamic and unpredictable combat environments.

Robotican Unveils Armed ROOSTER Hybrid Drone with Precision Warhead for Urban Missions最先出现在FPV Explorers | DJI Drones, FPV Gear & Reviews。

For years, drone swarms have been the nightmare of military strategists. A single drone may be just a nuisance, but dozens or hundreds of coordinated drones can create a strategic disaster. They can overwhelm traditional air defense systems, which are designed to track large, fast-moving targets like jets or missiles, not small intelligent drone swarms.

Using expensive missiles to take them down is often ineffective, while drones’ small size and mobility make them hard to lock onto. This is why Epirus sought a better solution: a method that can immediately neutralize an entire swarm.
Leonidas is a high-power microwave (HPM) weapon that does not fire projectiles but generates a powerful, directional, and tunable microwave energy beam. When this energy strikes a drone, it overloads the drone’s sensitive internal electronics, effectively disrupting its flight control. The drone system then crashes from the sky.

Leonidas is a “software-defined” weapon. It uses a sophisticated miniature antenna, known as a phased array, to shape the energy beam with high speed and precision. It can form multiple beams simultaneously to engage several drone targets, or create a wide “wall” of energy to disperse an entire swarm at once. In the latest demonstration at the Indiana test range, the system successfully detected and disabled a swarm, proving its capability in real-world conditions.

Older HPM weapons functioned like electronic shotguns, with energy bursts potentially affecting friendly electronics or personnel. Leonidas is revolutionary because of its precision: the software-defined phased array acts like an electronic sniper rifle. It can create highly precise energy beams tailored to specific targets with surgical accuracy.

This allows it to disable hostile drones without interfering with nearby friendly aircraft. Specific waveforms can even be programmed to target certain types of drone electronics while leaving others untouched. It is a smarter, safer, and more effective use of microwave energy.

This capability changes the rules for drone threats, providing protection for military bases, naval vessels, and even civilian airports and stadiums against drone swarm attacks.

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Epirus Demonstrates Leonidas Directed Energy Weapon to Neutralize 49-Drone Swarm最先出现在FPV Explorers | DJI Drones, FPV Gear & Reviews。

In recent years, battlefields in regions like Ukraine have been dominated by propeller-driven loitering munitions or suicide drones. They are cheap, effective, and have reshaped modern warfare. However, their main drawback is speed. Kratos, known for high-performance jet drones such as Mako and Valkyrie, produces drones capable of near-fighter jet speed and agility. Building a Kamikaze drone on such an airframe results in a deadly weapon that is difficult to intercept and can strike targets hundreds of kilometers away in a very short time.

This represents the difference between throwing stones and sniping bullets. It is a major leap in capability, designed to provide Taiwan with a reliable “first strike” or rapid-response weapon capable of hitting high-value targets or airfields at overwhelming speed. With the ability to produce these advanced drones alongside trusted U.S. partners, Taiwan is establishing a formidable deterrent. A large number of low-cost, high-speed, jet-powered Kamikaze drones could inflict serious damage on any invading forces.

Partnering with leaders like Kratos allows Taiwan to gain invaluable experience in building top-tier unmanned systems. This collaboration also represents an investment in long-term defense capabilities, reducing the need to rely solely on purchasing off-the-shelf weapons from other countries.

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Taiwan Partners with Kratos to Develop Advanced Jet-Powered Kamikaze Drones最先出现在FPV Explorers | DJI Drones, FPV Gear & Reviews。

(Czech Primoco One 150 drone)

The company stated that the One 150 has a range of approximately 1,800 km and can stay airborne for six to eight hours with a 30 km payload. Rheinmetall chose the Czech drone because catapults exert high pressure on air-to-air missiles, whereas the Primoco takes off and lands like a conventional aircraft. The configuration displayed at the exhibition included a multifunction electro-optical pod in the nose and four types of weapons—air-to-air missiles and three interceptor munitions.

(Air-to-air missile for drone self-defense)

The right wing carried a model of Rheinmetall-developed air-to-air missiles. The company stated that the missile has a flight time of five minutes and a speed of 600 km/h. It is primarily intended for drone self-defense against other UAVs and helicopters. The missile has a 4 km effective range and a TRL 3 technology readiness level, meaning the concept has been experimentally validated. Rheinmetall indicated that flight tests will commence soon.

(Bär Hero R-20 interceptor munition)

Three Hero R-20 interceptor munitions, manufactured by German startup Bär Technology, are mounted on the Primoco’s left wing. Rheinmetall explained that the displayed version operates fully autonomously with its own Seeker Head. Future variants with laser guidance are planned to reduce costs. The Hero R-20 is based on a quadcopter design, with approximately 20 minutes endurance and a range of 5 km. Its 500 g warhead is still in development. The company stated that the munitions will soon reach TRL 8, meaning the technology is complete, qualified, and ready for mass production.

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Rheinmetall Showcases Primoco Drones with New Munitions and Interceptor Systems最先出现在FPV Explorers | DJI Drones, FPV Gear & Reviews。

(Flyeye reconnaissance drone)

Today, the Ukrainian Armed Forces have become one of the largest users of Flyeye reconnaissance drones, which have become strong competitors to similar systems. For the Ukrainian military, these drones are purchased through government contracts as part of military aid and are also procured by volunteer orBuy various types of drones, look for recommendations on this channel：https://t.me/DJidrone123

Flyeye Reconnaissance Drones Begin Production in Ukraine最先出现在FPV Explorers | DJI Drones, FPV Gear & Reviews。

(Russian Geran drone)

Media reports indicate that since the full-scale invasion of Ukraine, Russia has acquired chips and sensors worth approximately $4 billion.

Most of these components originated from Hong Kong, which has a large network of shell companies responsible for exporting these devices. Russia used these components to produce weapons, including drones, cruise missiles, and more.

Analysis of Russian customs data, company records, domain registrations, and sanction documents shows that Russia obtained over $4 billion worth of chips and other semiconductors through more than 6,000 shell companies.

(Lens tested in China found in Viewpro A40 camera.)

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Ukrainian Forces Down Russian Drone with Chinese Viewpro A40 Camera最先出现在FPV Explorers | DJI Drones, FPV Gear & Reviews。

(Fiber-optic reel of the drone. Source: Ministry of Defense of Belarus)

Within the framework of military cooperation with the Russian Federation, the Belarusian military is actively adopting and adapting existing military tactics and operational experience to meet its own needs. In early March 2025, reports indicated that Belarus planned to send military and security officials to Russia for field visits to learn how to operate drones. President Lukashenko also instructed agency heads to become familiar with Russian drone usage and methods to ensure control over these processes in Belarus.

In May 2025, Belarus sent military instructors to Russia to study “training programs based on modern armed conflict experience.” By June 2025, the Chief of the General Staff of the Belarusian Armed Forces announced the formation of a dedicated drone unit.

(Russian “Supercam” drone in service with Belarusian military. Source: Ministry of Defense of Belarus)

To support this effort, Belarus is increasing the supply of military materials to Russia, particularly electronics and components for Russian cruise missiles and drones. Both sides are also discussing establishing a specialized “drone factory” in Belarus, capable of producing up to 100,000 drones per month for the Russian military.

Reportedly, production will focus on technologies already in use by Russia, allowing fully localized manufacturing.

Belarusian Armed Forces Deploy FPV Drone with Fiber-Optic Control for West 2025 Exercises最先出现在FPV Explorers | DJI Drones, FPV Gear & Reviews。