Autonomous platforms enhancing operational superiority
Remote carriers are revolutionizing the future of multi-domain operations by extending situational awareness, strike range and survivability of manned platforms. At Sener, we contribute to the development of autonomous and semi-autonomous platforms — both aerial and ground-based — that support surveillance, electronic warfare and combat missions. These remote carriers operate in swarms or individually, adapting to the most demanding battlefield environments.
We are actively involved in the Future Combat Air System (FCAS) through SATNUS, leading the development of technologies for autonomous remote platforms. Our work focuses on systems integration, artificial intelligence, navigation, secure communications, and modular architectures.
Autonomous remote carriers for defence superiority
In Sener, we develop advanced autonomous and semi-autonomous remote carriers for defence applications, contributing to FCAS through the SATNUS consortium. These platforms enhance operational superiority by supporting surveillance, electronic warfare, and combat missions. We deliver ITAR-free, modular systems with full-cycle engineering, AI-based navigation, and integration for multi-domain, manned-unmanned collaboration.
We have deep expertise in multi-platform integration, developing systems that combine autonomy, secure data exchange, and mission adaptability. Our involvement in national and European defence programs — including Eurodrone, SIRTAP, and NATO POD — positions us as a leading partner in the evolution of unmanned tactical systems.
From the autonomous ALANO UGV to the ASCOD unmanned platform, our developments are designed for flexibility, rapid deployment, and cost-efficiency. We provide complete mission payload integration, AI-based navigation, and robust control interfaces tailored to each operation.
We offer full-cycle development: from concept and system architecture to mechanical and electronic integration, software and field testing. Our approach combines rapid prototyping with certified processes to ensure compliance, reliability and user adaptability.
We provide full autonomy stacks, sensor fusion modules and advanced control systems. Our platforms are designed to collaborate with manned aircraft and share real-time data for situational dominance. We also offer simulation environments for mission validation
We provide cutting-edge remote carrier solutions, including autonomous UGVs, aerial remote pods, and navigation systems. With robust platform engineering and full compliance with NATO and EU defence standards, these technologies enhance autonomy, adaptability, and interoperability across multi-domain operations in land and air environments.
Contact our team
Interested in a project or proposal? Connect with our Remote Carriers sector specialists.