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。

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。

(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。

Key specifications of the Trio Scout:
1. 100 minutes of hover time, including payload at full load;
2. Optical camera with 40× zoom and 640×480 thermal sensor; optical resolution: 1280×720;
3. NDAA-compliant;
4. Weight (including battery): 2.4 kg;
5. Transmission: 900MHz, 2.4GHz, and 5–6GHz with 128/256-bit AES encryption;
Price: $34,999

Angel Aerial Systems Launches Trio Scout Tricopter Drone with Extended Flight Time最先出现在FPV Explorers | DJI Drones, FPV Gear & Reviews。

Nimbrix has a range of up to 5 kilometers, and its “fire-and-forget” mode makes it highly convenient in dynamic combat scenarios. One of its key capabilities is engaging drone swarms, a tactic that has become increasingly common. Nimbrix represents Saab’s solution to the escalating drone threats over the past few years. Its cost-effectiveness is crucial, given the rapid proliferation of drone systems on the battlefield.

The missile can operate as a standalone ground system or be integrated into existing air defense systems. Nimbrix offers flexible deployment options, suitable for mobile platforms as well as fixed defensive positions.

Initial deliveries are planned for 2026, with the product making its debut at the London DSEI exhibition in September 2025. Saab anticipates that its affordable price and easy integration features will make Nimbrix an ideal solution for many forces seeking reliable counter-drone capabilities.

Saab Unveils Nimbrix Counter-Drone Missile for Battlefield Drone Threats最先出现在FPV Explorers | DJI Drones, FPV Gear & Reviews。

This unique design is a lightweight plywood UAV loitering munition, featuring a rectangular fuselage made of durable and inexpensive wooden boards. The Ministry of Defense noted that this approach accelerates production and reduces unit costs, a method already employed by Ukraine and Russia in ongoing combat operations.

Officials emphasized that the program is tailored to the tactical needs of Taiwan’s armed forces, highlighting mobility, stealth, and the integration of reconnaissance and strike capabilities into a single platform. The new UAV has completed full-cycle field testing and functional evaluations with military units.

The Ministry of National Defense stated that the project is a key step in expanding Taiwan’s indigenous defense capabilities, ensuring that the military can rapidly respond to emerging threats while maintaining cost-effective production.

Taiwan Unveils New Low-Cost Multi-Purpose UAV System for Asymmetric Warfare最先出现在FPV Explorers | DJI Drones, FPV Gear & Reviews。

The Lifter Lite aims to carry “thousands of pounds, thousands of miles.” Exact payload and range will vary, but the goal is to haul between 450 and 3,600 kg over distances such as “from Guam to Japan,” about 2,400 km, according to the company. Founded by aerospace veterans from Joby Aviation, Xwing, Northrop Grumman, and the U.S. Air Force, Grid Aero is taking a faster, more cost-effective approach to developing large drones for military and commercial logistics.

Grid Aero is building an airborne pickup truck—rugged, mission-flexible drones that combine autonomy with robust modular hardware. The shift from large, expensive platforms to distributed fleets of intelligent, affordable systems is long overdue—and critical to the future of global logistics.

Grid Aero has received a direct-to-Phase II SBIR award from the Department of the Air Force’s AFWERX program. To address tactical logistics challenges in contested environments, disruptive innovation is essential. This award reflects demand for affordable, scalable, autonomous cargo solutions that can operate reliably in adversarial, GPS-denied conditions where traditional military logistics platforms face high risk.

A former Director of Logistics for the Joint Chiefs of Staff stated: “As a former J4 at the Joint Staff, I saw firsthand the operational needs in the Indo-Pacific. Grid Aero offers a unique, scalable, rapidly deployable airborne logistics solution. It addresses the tyranny of distance with agility and speed that our legacy systems lack. While China has fielded multiple platforms of this kind, Grid Aero remains the only reliable, operationally capable option in the U.S. If America truly wants to sustain deterrence and forward readiness in the region, investing in Grid Aero is not optional—it’s essential.”

(Concept render of Grid Aero’s Lifter Lite drone network)

Grid’s operating model is built around a distributed network of low-cost autonomous cargo aircraft capable of moving heavy payloads over long distances—even into unprepared or high-risk locations. This dual-use capability also underpins the company’s commercial growth strategy, especially for underserved short-haul freight routes where traditional air cargo economics break down. With early DoD support, rapid development cycles, and a compelling dual-use narrative, Grid Aero exemplifies a new generation of aerospace firms—leaner, faster, and better aligned to evolving national security and global trade demands.

The prototype program began in January, with final assembly taking about six months. Ground testing will start this fall. Compared to the C-130’s 15,800 kg max payload, the Lifter Lite is smaller and lighter. But Grid Aero positions it as the solution to a long-discussed Air Force challenge: how to sustain agile combat deployments and disperse airmen and aircraft from large central hubs to smaller, remote, or austere bases, reducing vulnerability to attack.

With China’s missile reach expanding and countless small islands in the Pacific serving as potential staging points, Agile Combat Employment (ACE) is critical in the region. But sustaining such a dispersed force—and maintaining combat airpower—won’t be easy, especially in contested airspace. To meet this challenge, Grid Aero is developing a large drone network. Coordinating and flying so many aircraft requires autonomy. The company is building software for fleet management, incorporating “human-on-the-loop” capability for intervention when necessary.

Grid Aero is not alone in exploring small-aircraft solutions for such missions. Industry insiders note that Joby Aviation (which acquired Xwing in June 2024) has announced a partnership with L3Harris to develop an autonomous VTOL aircraft for contested logistics and other defense missions. Another autonomous flight startup, Reliable Robotics, has outfitted its Cessna aircraft for cargo delivery.

Grid Aero’s advisory board includes three retired U.S. Air Force officers: a former Joint Staff Director for Logistics, a former Mobility Wing Commander and Deputy Assistant Secretary of the Air Force for International Affairs, and a former Pacific Air Forces International Affairs lead.

Grid Aero Unveils ‘Lifter Lite’ Drone After $6M Funding and U.S. Air Force Contract最先出现在FPV Explorers | DJI Drones, FPV Gear & Reviews。

(Defender Dynamics’ Foton attack drone)

Both the launch tubes and software are designed in-house, and the drones use aluminum frames manufactured in Ukraine. Other components are also sourced from Ukrainian manufacturers whenever possible. The drone can strike targets automatically. The Foton drone captures the target and uses LiDAR to calculate the distance to it.

Yevgen Kilenko stated: “Currently, the pilot launches the drone and flies it to the area where enemy targets are located. Once in the area, the pilot can switch the controller to ‘kill mode,’ and the drone will automatically search for a target to destroy. Once it finds a target, it locks on and moves toward it. When the LiDAR authorizes firing, the shot is executed automatically.”

Video:

The drone operator can also fire manually, but automatic operation is more popular—for example, when hunting enemy scouts at night. The drone can work with digital, analog, thermal, and low-light cameras. The maximum strike range is 5 meters, with a minimum range of 0.5 meters. The Foton drone fires 12-gauge ammunition, either buckshot or pellets. According to the company’s head, other ammunition types can also be used upon request. Theoretically, the Foton drone can use almost any type of ammunition. We use titanium barrels that are extremely durable and lightweight.

The Foton drone development program is now in its final stages. Flight tests have been completed, including tests on a 10-inch FPV drone. The company’s next step is to integrate the frame and software into aerial drones for hunting enemy reconnaissance UAVs, such as the “Zala,” “Orlan,” and “SuperCam.” The company is currently preparing multiple aircraft for direct frontline combat for the Ukrainian defense forces.

Defender Dynamics Foton Attack Drone: Multi-Tube Automatic Strike System for UAV Warfare最先出现在FPV Explorers | DJI Drones, FPV Gear & Reviews。

The “Arrowhead” is entirely designed, tested, and manufactured in the United States, leveraging Griffon’s record of producing more than 12,000 drone systems for U.S. and international markets. “Arrowhead” was specifically built to deliver unmatched flexibility across multiple mission sets for our customers. The drone’s launch “represents the culmination of extensive development and testing.” The airframe is described as agile and durable, reflecting Griffon’s focus on modular, reliable UAV systems that can adapt to rapidly changing mission profiles.

The expanding role of dual-use drones

This launch underscores a shift in defense market priorities: affordable, multi-role drones that can operate in both training environments and real combat scenarios. The “Arrowhead” can “make a decisive impact when it matters most,” highlighting its role as a tactical strike option. Globally, unmanned systems have moved to the forefront of modern warfare. From loitering munitions in the 2020 Nagorno-Karabakh conflict to Ukraine’s Bayraktar drones, dual-capability UAVs are reshaping airpower strategies. Meanwhile, the U.S. is advancing both high-end combat drones and cost-effective platforms like the Arrowhead for scalable deployment.

The MQM-172 strengthens Griffon Aerospace’s foothold in the competitive U.S. drone market. Its low-cost expendable potential, combined with reusability in training environments, may also appeal to allied forces seeking multi-role flexibility without major budget trade-offs. Industry observers view the “Arrowhead” as part of a broader defense procurement trend favoring modular, dual-use unmanned systems—reflecting lessons learned from battlefields in Ukraine and beyond.

Griffon Aerospace Unveils MQM-172 Arrowhead Drone: Dual-Use Target & Strike Platform最先出现在FPV Explorers | DJI Drones, FPV Gear & Reviews。