A new micro tactical indoor ISR system enables any operator to perform accurate remote multi-mission tasks in complex environments. The XTENDER can enter remote target sites, perform recon and data collection tasks with extreme precision. The system can effortlessly enter or exit buildings with no indoor-outdoor transition limitations regardless of any GPS denied locations. Additionally, it enables the control of drone teams ( swarms) and remote control of payloads deployed indoors, and actively affects the operational scenario.
To ensure the success of SOF in their missions, operators must gain superior situational awareness and situational understanding, allowing them to accelerate tactical decision-making. To achieve such capabilities, Special Operations Forces are looking for a small, lightweight, rugged, modular, expandable, multi-use, and easy-to-use sUAS that can operate indoors, approach facilities from the outdoors, and provide the best answer to ISR missions. To add to that, the Xtender requires minimal training and minimal maintenance to optimize operability.
The Xtender UAS allows SOF to become more lethal, more efficient, and more dominant on the battlefield while reducing the risk for casualties. It is easy to carry, blends seamlessly into the SOF existing equipment and clothing, and is transferable between operators.
The Drone Operating System (Drone OS) and the Ground Control System (GCS) of the Xtender apply to other tactical platforms for other SOF-related missions (Outdoors ISR, EOD, Precision Strike, and more). The Xtender tactical micro UAS allows SOF operators to train, maintain, and carry minimal weight and equipment – for maximal operational advantage.
The operating system currently supports four operational proprietary products that are put to daily use by our valued customers around the globe.
This capability results in resilient operations against VEO and peer threats and more time in the air for accomplishing the system’s primary purpose.
The system creates a Visual and Aural experience that allows operators to immerse themselves in the remote environment and enables aerial dominance concerning both operator experience and mission planning.
The Xtender does not need complex control interfaces or a need for the operator to understand conventional drones. The operator can move in space as he is looking at the point of interest. The platform is accurate in any environment and under any condition using AI/ML Sensor Fusion
This technology allows any operator to move accurately without any experience needed to perform multiple practical objectives. On top of that, the system enables precise interaction with objects in (remote) reality.
You can see just as you are physically in the remote environment, using a low-latency VR video stream.