SAS Technology, DND Explore Weaponizing Unmanned Platforms
The companies are evaluating the technical feasibility of integrating infantry weapon systems into existing drone platforms.
Updated on Oct. 22, 2026 in Robotics
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SAS Technology and Dynamit Nobel Defence (DND) held initial discussions in October 2026 to explore integrating DND weapon systems into autonomous platforms. These research-stage talks focused on the feasibility of adapting systems like the RGW series for unmanned vehicles.
Why it matters
This potential collaboration signals a shift toward expanding the operational range and capabilities of unmanned autonomous systems through the integration of proven infantry-grade ordnance.
SAS Technology previously demonstrated the integration of 70 mm Thales rocket systems on the SARISA II platform. Future efforts aim to assess the technical adaptation of DND weapon systems, such as the Panzerfaust3 or RGW series, for similar autonomous deployment.
The players
SAS Technology
An Athens-based defense firm specializing in the design and production of unmanned and autonomous aerial platforms.
Dynamit Nobel Defence
A Burbach, Germany-based manufacturer with six decades of experience in producing infantry weapon systems, including the Panzerfaust3 and RGW series.
The details
The companies are evaluating the technical and operational requirements for mounting DND weapon systems onto SAS Technology platforms. This process involves engineering studies to adapt recoil management and fire-control interfaces for unmanned operation. The work builds on SAS Technology's experience integrating munitions onto the SARISA II, a modular drone platform designed for diverse payload configurations.
Timeline
October 2026: Companies held initial discussions on technological cooperation.
The Tech Race
This collaboration marks an effort to scale the offensive capability of autonomous platforms beyond established rocket systems. It follows the technical roadmap set by the development of the SARISA II unmanned platform, moving from standard modular payloads to more specialized heavy weaponry.
This research-stage development does not yet affect current defense procurement or deployment timelines. The next phase may involve joint engineering studies, though no product availability or testing dates have been scheduled.
The takeaway
The partnership remains in the feasibility study stage with no confirmed prototyping schedule. Stakeholders should track future joint engineering announcements from both SAS Technology and Dynamit Nobel Defence to confirm if the project advances to active system testing.
Further reading
For broader trends in autonomous defense hardware, visit our Robotics section.
Source note: This article includes information reported by ADU - Aviation Defence Universe.
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Should defence companies prioritize integrating advanced weapon systems into autonomous unmanned platforms?
