AEROFOX-Y18-MAX

AEROFOX-Y18-MAX can fly for up to 10 hours with a 3 kg payload, equipped with a self- starting integrat-ed engine-generator capable of providing 200 W of power generation, the UAV is fitted with anelectronic fuel injection (EFI) system that supports flight altitudes up to 5,000 meters.

AEROFOX-Y18-MAX features an efficient aerodynamic design with a tandem-wing configurationand supports a maximum payload of 10 kg. With a full 10 kg payload, it can achieve amaximum endurance of 6 hours.

AEROFOX-Y18-MAX is capable of real-time fuel level measurement, enabling continuous monitoring ofthe flight status.

With its tandem-wing configuration and advanced flight control algorithms, the AGR Y18 MAX iscapable of maintaining controllable flight even in the event of a single control surface failure, andcan enter protection mode to perform an emergency landing.

AEROFOX-Y18-MAX adopts a quick-release design, allowing for fast assembly andpre-flight preparation within 10 minutes. The modular fuselage and wingstructure greatly simplify transportation.

The data link supports a maximum bandwidth of 20 MHz, with a communicationrange of up to 200 km and a maximum throughput of 40 Mbps. It features intelligentfrequency selection, AES-256 encryption, and range extension mode. Additionally, itsupports intelligent frequency hopping, heterogeneous frequency networking, andanti-jamming measures to effectively evade signal jamming and spoofing devices.Equipment can be customized for frequency ranges between 0.7 GHz and 2.7 GHzbased on customer requirements and on-site environments, enabling true interfer-ence resistance.

AEROFOX-Y18-MAX can be equipped with a four-element array antenna, providing multi-source interferenceresistance with anti jamming performance up to 100 dB. It can also be fitted with an RTK-based direc-tion-finding system to defend against magnetic field interference.

AEROFOX UAVs adopt an adaptive multi-UAV coordinated communication technology that overcomesthe traditional reliance on dedicated links. Key features include:

As an industry-first 3D dynamic swarm configuration system, it meets professional-level forma-tion needs with:

Supports remote takeoff and landing, meeting the requirements of long-range operations with relayflight capability.

Supports takeoff and landing on moving platforms such as ships and vehicle-mounted mobile plat-forms.Sometimes, the flight platform, such as a boat or a vehicle, needs to move after the drone takesoff to complete a mission. In this scenario, the drone must be capable of following the moving flightplatform and landing once the task is completed. This feature is very useful when the VTOL drone isconducting a surveillance or monitoring mission on the sea.

This is a high-performance nadir aerial imaging camera specifically designed for AGR D10-MAX drones, ideal forprofessional mapping and inspection tasks. It features a full-frame 61-megapixel sensor, supports multiplefocal length lens configurations, and is equipped with 4K high-definition video recording and a 3-axis stabilizedgimbal to ensure sharp and stable imagery. With an IP53 protection rating, it can operate reliably in challengingenvironments. The camera offers a large 512 GB storage capacity and 8 GB GPS storage, meeting the demandsof long-duration operations. It supports dynamic bitrate HD image transmission and can be adjusted via anapplication. Combining high-resolution imaging, strong environmental adaptability, and versatile shootingmodes, it is an ideal tool for precise aerial surveying and efficient data acquisition.

This is a high-performance nadir aerial imaging camera specifically designed for 3D aerial surveying and recon-struction tasks, compatible with the AGR-D10-MAX UAV platform. The camera features an APS-C format sensor,with a single-lens effective resolution of over 25 megapixels and a total resolution exceeding 125 megapixels.Equipped with fixed focal length lenses (35 mm for oblique and 25 mm for nadir), it can simultaneously captureoblique and nadir images, supporting 45 oblique shooting to provide high-precision data for 3D modelconstruction. With an IP5x protection rating, it operates reliably in temperatures ranging from -20°C to 65°C. Thebuilt-in 1280 GB large-capacity storage module supports data transfer speeds of up to 600 MB/s. The shootinginterval can be as short as 0.8 seconds, and combined with flight control trigger, equal-altitude trigger, andequal-distance trigger modes, it ensures efficient and stable aerial survey operations. Excelling in high-resolu-tion imaging, rapid data acquisition, and environmental adaptability, this camera is an ideal tool for high-preci-sion mapping and 3D reconstruction.

The UAV selects points of interest for tracking via the Al pod. Under guid-ance from the image processing system, the UAV autonomously performsfollow and orbit operations around targets. The system is equipped with alaser rangefinder capable of accurate measurement of target coordinates at distances up to 3000 meters.

The battery adopts a semi-solid-state lithium cobalt oxide (LCO) formulation optimizedfor low temperatures, maintaining a state of charge (SOC) degradation within 20% at-20°C without heating, suitable for extreme cold operational environments.

The UAV is equipped with a flight simulation training system that supports missionplanning, simulated flight, and formation flight training. The simulation systemenables full-process operation exercises, effectively reducing training costs.

The whole machine is made of aluminum alloy, with silicone anti-slip and 8anti-collision corners for higher protection. All peripheral interfaces are dust-proof and waterproof to ensure the safety of the equipment.

Supports ADS-B collision avoidance system, enabling real-time display ofnearby manned aircraft broadcasts via ADS-B on the ground control station,helping to prevent collisions between UAVs and manned aircraft.

Supports customization based on open-source flight control systems,including the ArduPilot and PX4 open-source projects.