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FIXAR Global Autonomous UAVs for national security, public safety, and commercial operations

Different calls for service create different flight requirements.Dan Juhlin's new Autonomy Global article looks at why p...
10/08/2026

Different calls for service create different flight requirements.

Dan Juhlin's new Autonomy Global article looks at why public-safety agencies should think in terms of capability gaps rather than one universal UAV type.

Multirotors remain essential for rapid point response and close-quarters work. Other missions may demand wider coverage, longer persistence or a different operating envelope.

Dan is an independent expert and Canadian drone generalist.

Read the article: https://www.autonomyglobal.co/from-hover-to-loiter-why-canadian-public-safety-agencies-need-to-rethink-flight/

Heading to Washington, D.C. for the Association of the United States Army Annual Meeting and Exposition? FIXAR will be t...
10/07/2026

Heading to Washington, D.C. for the Association of the United States Army Annual Meeting and Exposition? FIXAR will be there from 12–14 October 2026.

Gregory Lipich, Chief Commercial Officer, will be available to meet with teams working on UAV mission requirements, autonomous operations and resilient navigation. FIXAR is attending as a participant, with meetings arranged individually.

09/14/2026

For many VTOL systems, wind becomes a critical factor during takeoff, transition, and landing.

In Episode 12, we show how FIXAR separates transition from wind alignment by combining unique aerodynamics with FIXAR Autopilot – enabling autonomous, wind-independent transitions and predictable recovery in strong winds, mountainous environments, and confined terrain. Wing lift and rotor thrust work together throughout flight, while the aircraft continuously adapts to changing wind during landing and holds position over the landing point.

This is the FIXAR VTOL Series – 12 episodes explaining FIXAR technology, what a truly efficient UAV should be, and why it works.

Enjoyed the episode? Share it with someone who would find it useful.

Ready to use FIXAR in your operations? Configure your FIXAR and submit a request at https://www.fixar.pro/

09/14/2026

VTOL architectures improve certain aspects of flight, but every design introduces trade-offs.

In Episode 11, we examine why conventional VTOL architectures face some of their greatest operational limitations during transition and landing – from crosswind sensitivity and transition instability to wind-aligned approaches and wide landing paths that can determine whether safe recovery is possible at all.

This is the FIXAR VTOL Series – 12 episodes explaining FIXAR technology, what a truly efficient UAV should be, and why it works.

Enjoyed the episode? Share it with someone who would find it useful.

Ready to use FIXAR in your operations? Configure your FIXAR and submit a request at https://www.fixar.pro/

09/11/2026

We built a mathematical model that represents the system across various operating conditions.

In Episode 10, we show how FIXAR uses nonlinear mathematical modeling and Hardware-in-the-Loop testing to make the real autopilot experience simulated flight before the aircraft ever enters the air. Simulation and real hardware operate as one system, allowing control loops, motion, balance, and multi-axis flight behavior to be tested in real time.

This is the FIXAR VTOL Series – 12 episodes explaining FIXAR technology, what a truly efficient UAV should be, and why it works.

Enjoyed the episode? Share it with someone who would find it useful.

Ready to use FIXAR in your operations? Configure your FIXAR and submit a request at https://www.fixar.pro/

09/10/2026

At FIXAR, the propeller is engineered for the mission – designed from first principles of aerodynamics and real flight conditions.

In Episode 9, we show how FIXAR designs its propellers through CFD simulation and iterative aerodynamic optimization – analyzing static, dynamic, and oblique airflow, pressure distribution, energy losses, and vortices to create purpose-built blade geometry. Every result is then tested and validated in the lab before flight.

This is the FIXAR VTOL Series – 12 episodes explaining FIXAR technology, what a truly efficient UAV should be, and why it works.

Enjoyed the episode? Share it with someone who would find it useful.

Ready to use FIXAR in your operations? Configure your FIXAR and submit a request at https://www.fixar.pro/

09/10/2026

It started with a simple idea. Over time, humans made it more powerful, more complex. But true innovation is about simplicity.

In Episode 8, we explore FIXAR’s purpose-built propulsion system – combining custom propeller geometry with a modular powertrain to deliver efficient thrust, wind resistance, and optimized performance across different operating altitudes.

This is the FIXAR VTOL Series – 12 episodes explaining FIXAR technology, what a truly efficient UAV should be, and why it works.

Enjoyed the episode? Share it with someone who would find it useful.

Ready to use FIXAR in your operations? Configure your FIXAR and submit a request at https://www.fixar.pro/

09/10/2026

Materials make real-world missions possible. But how does airframe engineering translate into actual UAV performance?

In Episode 7, we show how FIXAR’s composite airframe turns material engineering into real mission capability – enabling payloads up to 10 kg, flight distances up to 300 km, flexible payload integration, high-altitude operations, and reliable performance in harsh temperatures, strong winds, and electromagnetic interference environments.

This is the FIXAR VTOL Series – 12 episodes explaining FIXAR technology, what a truly efficient UAV should be, and why it works.

Enjoyed the episode? Share it with someone who would find it useful.

Ready to use FIXAR in your operations? Configure your FIXAR and submit a request at https://www.fixar.pro/

09/08/2026

Structure defines the quality of flight. So what makes UAV materials critical to real-world performance?

In Episode 6, we explore how FIXAR’s aviation-grade composite structure – using the same class of materials in aircraft such as the F-16 – balances strength, flexibility, low weight, and radio transparency, improving payload capacity, aerodynamic efficiency, communication reliability, and flight stability.

This is the FIXAR VTOL Series – 12 episodes explaining FIXAR technology, what a truly efficient UAV should be, and why it works.

Enjoyed the episode? Share it with someone who would find it useful.

Ready to use FIXAR in your operations? Configure your FIXAR and submit a request at https://www.fixar.pro/

09/08/2026

If the FIXAR Autopilot flies the aircraft, FIXAR xGroundControl runs the mission on the ground.

In Episode 5, we show how FIXAR xGroundControl simplifies the complete UAV mission – from autonomous deployment and in-flight mission planning to real-time control, payload management, landing, and post-flight data processing.

This is the FIXAR VTOL Series – 12 episodes explaining FIXAR technology, what a truly efficient UAV should be, and why it works.

Enjoyed the episode? Share it with someone who would find it useful.

Ready to use FIXAR in your operations? Configure your FIXAR and submit a request at https://www.fixar.pro/

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