to unique forces, Aerix Systems presented a drone system based on omnidirectional propulsion technology, created to run in both complicated civilian environments and requiring military contexts.This system, named AXS-1, develops on innovations developed for the Aerix T-6 platform.
It combines high maneuverability with the ability to fly inverted and turn easily, allowing for steady flight efficiency even in strong wind conditions.The AXS-1 drone reaches a maximum speed of 200 km/h and has a variety of up to 20 kilometers.
It offers centimetric accuracy and sub-degree control throughout all 3 axes of motion, including complete 360 roll, pitch, and yaw.
Wind resistance is ranked up to 100 km/h.
With a compact footprint (40 cm x 40 cm), it carries an optimum payload of 1.5 kg and runs on battery power for approximately 15 minutes.
Its design enables agnostic mission combination without prior configuration, allowing it to adapt to various operational needs.AERIX T-6Aerix Systems offers an integration-agnostic platform with 32 mechanical accessory points dispersed throughout the drone.
The electronic user interfaces support a wide variety of standard communication protocols(USB, UART, I2C, SPI, MIPI/CSI, Ethernet), streamlining integration into existing communication architectures.
On the software side, the system provides access to navigation, control, and status parameters, together with the ability to incorporate expert system, computer system vision, and onboard objective software.It can be piloted autonomously or by means of FPV mode, with semi-automated support and an AI-based challenge avoidance system.
Its plug-and-play configuration is designed to minimize operator training requirements.Multiple operational profiles are visualized for this aerial platform, including usage as a short-range loitering munition or a micro-cruise missile efficient in carrying out terminal strike methods on repaired or mobile targets, including cars.
It may likewise be used for defense against missiles and aircraft, in ISTAR objectives(intelligence, surveillance, target acquisition, reconnaissance), or as an armed drone.
Its application in counter-UAS situations is likewise thought about, with the ability to autonomously intercept hostile drones at any susceptible point.The system likewise distinguishes itself through its ability to fly close to the ground with low detectability and browse autonomously in restricted environments.All advancement and production of the AXS-1 drone, consisting of both the airframe and integrated system, is carried out totally in Bordeaux.
This localized control of the industrial value chain offers Aerix Systems with strategic self-reliance in a context marked by global supply constraints and growing need for technological sovereignty.Aerix Systems positions itself as a French specialist in omnidirectional propulsion.
Although the sales brochure shows a British flag, the clear identification of France as the innovations country of origin suggests a company operating across both markets.
With a high-performance onboard computer devoted to real-time inference jobs, the AXS-1 offers a modular service deployable in different environments, consisting of land, marine, and aerial operations.The expansion of this type of vector, marked by its dexterity, compact size, and flexibility to diverse roles, shows the rapid advancement of modern warfare.
Light-weight and intelligent autonomous platforms like those developed by Aerix Systems contribute to improving engagement designs, especially in special operations and city areas, where responsiveness and discretion are essential.Source: Army Recognition