Baron Weather, a global provider of aviation weather intelligence, today announced advancement of its worldwide aviation services. Backed by decades of aviation experience and 24/7 operational meteorology, Baron provides aviation weather and information services that drive operational decision-making.

As part of this advancement, Baron has appointed Dave Hubner to lead its aviation services and deepen global partnerships with integrated industry service providers.
“Since its beginnings, Baron has been at the forefront of some of the most significant advancements in aviation weather,” said Hubner. “I’m excited to continue that legacy by driving partner success through integrated safer, smarter services.”
Baron’s aviation services are designed for partners and operations that require more than raw data. From real-time observations to proprietary high-resolution forecasts, Baron combines weather intelligence and experience to partner with services that improve situational awareness, reduce operational risk, and support decision-making across the aviation industry.

Baron’s aviation weather intelligence is powered by high-resolution modeling and globally derived current condition datasets. Detailed insight into cloud structure, storm evolution, lightning activity, turbulence, and winds and temperatures aloft provides operators with the data needed to assess risk and maintain situational awareness throughout all phases of flight.
“Baron has been providing innovative aviation weather products and services since the launch of the XMWX (now SiriusXM) service in 2003,” said Bob Dreisewerd, CEO and President of Baron Weather. “Dave will be integral to leading our innovation and partner engagement. We are dedicated to ensuring our partners—and their customers—can make the most informed weather-based decisions possible, anywhere in the world.”
Baron’s aviation weather services are supported by 24/7 teams of meteorologists and operational staff, ensuring reliability and expert insight for a global customer base operating in mission-critical, safety-driven environments.



