Austrian aerospace company Schiebel has announced the introduction of two new vertical take-off and landing unmanned aerial systems (UAS) specifically designed for armed operations. The latest models, known as the S-101 and S-301, are derived from the well-regarded Camcopter S-100 and respond to the increasing global demand for armed autonomous platforms.
The S-301 progresses from the earlier unarmed S-300 variant, which itself is an upgraded version of the S-100. The S-300 has proven its operational versatility across various land and naval forces, boasting a maximum payload capacity of 250 kilograms (551 pounds), significantly greater than the S-100’s limit of 50 kilograms (110 pounds).
Central to the design philosophy of these new systems is the ability to counter asymmetric threats. Schiebel Defence, a recently established subsidiary of Schiebel, focused on integrating in-service missiles and rockets that are optimized for tactical rotary platforms. This means that the S-101 and S-301 are engineered for multi-domain defense capabilities, enabling them to engage threats from stand-off distances while maintaining high performance standards.
The systems are built to ensure operational effectiveness, even in highly contested electromagnetic environments, making them versatile tools for modern military applications. “The worldwide security landscape is shifting rapidly, and we are seeing a significant increase in demand for armed unmanned platforms and systems,” stated the Chairman of the Schiebel Group, Hans Georg Schiebel.
He added that the formation of Schiebel Defence GmbH is a strategic move to respond directly to this growing demand. “The launch of the weaponised CAMCOPTER® S-101 and S-301 platforms reflects our commitment to providing armed forces with advanced, reliable, and mission-ready armed systems that address the challenges of modern operational theaters.”
With these innovations, Schiebel aims to enhance the capabilities of military forces, enabling them to adapt to evolving threats while leveraging advanced technology in aerial warfare.
