VAUGHAN – October 27, 2026 -- Volatus Aerospace (TSX: FLT) has completed initial flight testing of its V-Cortex AI Flight Controller and Autonomy Operating System, demonstrating navigation without GPS and without external sensors.
The aircraft held flight using only default onboard sensors in GNSS-denied conditions. Volatus names three target environments where GPS signals are unavailable, degraded or deliberately disrupted: contested zones, dense urban areas and remote regions such as Canada's Arctic.
V-Cortex is built as a platform-agnostic autonomy layer for multiple uncrewed aircraft
The system is designed as a common, multi-domain layer that integrates across different uncrewed aircraft platforms. Its open, modular architecture lets Volatus add aircraft and mission capabilities without building a separate autonomy system for each platform. The company cites faster integration, greater scalability and sovereign control of critical flight technologies as the benefits.
CEO Glen Lynch said the flights move V-Cortex "from development to demonstrated performance" and bring the company closer to a Canadian-developed solution for defence, public safety and critical infrastructure operators.
Canada's NRC IRAP funds V-Cortex development through its Defence Industry Assist initiative
V-Cortex was designed and developed entirely in Canada. The National Research Council of Canada's Industrial Research Assistance Program (NRC IRAP) supports the autonomy stack with advisory services and funding through its Defence Industry Assist initiative. The release does not disclose the funding amount.
Volatus plans further V-Cortex flight tests and demonstrations throughout 2026
The company intends to advance V-Cortex toward operational deployment across its growing family of autonomous systems. It has not published test metrics, performance data or a commercial timeline.