Aviation Facts & Analysis

If you’ve ever booked a charter flight or considered chartering out your aircraft, you’ve likely encountered references to Part 135. Understanding this regulation is essential for anyone involved in commercial aviation outside the major airlines. Key Takeaways FAA Part 135 is the U.S. regulation governing commuter and on-demand operations—including charter flights, air taxis, air ambulances, […]

Key Takeaways Modern aviation represents one of humanity’s safest and most remarkable engineering achievements. Here’s what you need to know: Commercial planes withstand lightning strikes, extreme air pressure changes, and even single-engine failure through redundant safety systems Airplane windows are round with a tiny hole to distribute pressure evenly and prevent catastrophic metal fatigue Aircraft

Turbulence occurs when an airplane flies through unstable air caused by uneven heating of the earth’s surface, mountain ranges, jet streams, severe thunderstorms, and wake from other aircraft. Despite that unsettling bumpy ride, modern aircraft are engineered to handle even severe turbulence without structural damage. Key Takeaways Airplane turbulence is caused by irregular air movements

When an airplane loses power and has nowhere else to go, pilots sometimes make the difficult decision to bring it down on water. While dramatic and terrifying for those aboard, an emergency plane landing in water is often survivable when executed properly. This article explains how these events unfold, what pilots and passengers do during

Private jet travel has become increasingly relevant for business travelers with tight schedules. But when comparing private jets to commercial flights, the speed question isn’t as simple as checking cruise speeds. The real answer lies in understanding total travel time from your starting point to your final destination. Key Takeaways Private planes are often faster