San Bernardino International Airport (SBD) is taking a bold step towards a quieter, safer, and more efficient future of aviation by adopting advanced satellite-based flight procedures. This groundbreaking initiative, developed in partnership with Hughes Aerospace, marks a significant shift from traditional ground-based navigation systems to cutting-edge satellite technology.
The primary goal of these new procedures is to minimize noise impact on surrounding communities. SBD’s Director of Aviation, Mark Gibbs, highlights the commitment to being a responsible neighbor. “We are grateful for the care Hughes Aerospace took to develop procedures that not only make our skies safer and more efficient for aviators but also minimize overflights of our local residents to the greatest extent possible,” Gibbs stated.
The satellite-based system allows for more precise and stable flight paths, reducing the need for frequent adjustments by pilots, a major contributor to noise pollution. These procedures, implemented between March and May 2024, have already transformed flight operations on both Runway 06 and Runway 24 at SBD, ensuring greater efficiency regardless of weather conditions.
One notable benefit is the improved landing procedure for commercial aircraft arriving from the east on Runway 24. The advanced satellite-based technology provides a smoother, more stable flight path, particularly beneficial during challenging weather conditions like the strong westerly winds common during Southern California summers.
Chris Baur, President & CEO of Hughes Aerospace, emphasized the collaborative effort, saying, “These advancements offer improved safety and accessibility for both runways. We are excited to see how these advanced designs benefit everyone—from pilots to local communities.”
Passengers can expect a smoother flight experience with these new procedures, while residents near the airport will enjoy a significant reduction in noise pollution. The elimination of frequent engine adjustments during landings, a major source of noise disturbance, will greatly enhance the quality of life in the surrounding communities.
Beyond noise reduction, the new system also enhances operational safety. Satellite-based navigation provides pilots with more precise data, enabling them to fly smoother approaches and minimize the risk of abrupt maneuvers that can lead to unstable landings. This is especially important in regions with challenging weather conditions or heavy air traffic like Southern California.
San Bernardino International Airport’s commitment to modernization and enhancement of its aviation operations is evident in this adoption of cutting-edge technology. Located just 60 miles east of Los Angeles and serving over two million people within a 30-minute drive, SBD is a vital transportation hub for Southern California. The airport offers both passenger and cargo services and plays a crucial role in the region’s economic and logistical infrastructure.
Mark Gibbs and the team at SBD have consistently strived to improve the airport’s functionality while fostering strong relationships with the surrounding community. By embracing satellite-based navigation, SBD has not only enhanced safety and efficiency but also demonstrated its commitment to being a responsible community partner.
San Bernardino International Airport’s adoption of advanced satellite-based flight procedures represents a significant milestone in modern aviation, offering numerous benefits for pilots and local communities alike. This forward-thinking approach, developed in collaboration with Hughes Aerospace, showcases the airport’s dedication to improving flight safety, minimizing environmental impact, and enhancing the overall travel experience for passengers. As the airport continues to grow as a key transportation hub in Southern California, these innovative procedures will ensure the region’s skies remain safe, efficient, and quiet. For aviation enthusiasts, industry professionals, and local residents alike, the future looks bright as San Bernardino International Airport embraces these new technologies and sets a new standard for responsible and sustainable aviation.
