James Onieal is an ATP-certified pilot and instructor with type ratings in the King Air 350, Citation Sovereign, and Embraer 170/190.
His aviation career spans Part 91, 135, and 121 operations, including roles as regional airline first officer, fractional jet pilot, Director of Operations, FAA Aviation Safety Inspector, and Flight Check pilot certifying instrument procedures across the United States.
In 2010, James founded Raven Career Development to help aviation professionals advance their careers.
Since then, Raven has helped hundreds of pilots across airline, corporate, charter, and military sectors land the positions they wanted.
While others offer templates and group coaching, James provides one-on-one mentorship with personalized career strategy and real-world industry insight.
🛬 Learn more at RavenCareers.com
When most pilots think about IFR emergencies, the mind immediately jumps to the big ones: engine failures, engine fires, pressurization issues—high-consequence events that dominate simulator sessions and recurrent training. We rehearse these scenarios repeatedly, building muscle memory and confidence that if something catastrophic happens, we’ll respond correctly. But in the real world, not every emergency announces itself with sirens and smoke.
We often talk about IFR decision-making and go/no-go calls in comfortable environments, classrooms, safety seminars, or sitting in an FBO with a cup of coffee. In those settings, the decisions are clean. Detached. The weather is hypothetical. The passengers are imaginary. There is no fatigue, no operational pressure, no schedule waiting in the background. From that distance, the “right” answer is usually obvious.
Winter flying brings a unique set of challenges, especially when it comes to icing. In this article, we break down why warm, occluded, and cold fronts each create their own hazards, how to recognize the early signs of trouble, and how tools like Prog Charts in ForeFlight can help you anticipate weather systems long before they hit your route.
Picture this: you’re flying an ILS approach right down to the absolute minimums. At 200 feet above the ground, the only thing you can see are the approach lights flashing through the fog. You quickly run through FAR 91.175 in your head and remind yourself: yep, this means you’re allowed to keep going down to 100 feet above the touchdown zone.
If you weren’t ahead of the airplane, you were the obstacle. It was that high-stress, fast-paced, and constantly changing environment that cemented the most important lesson I’ve learned in all my years of flying:
The most important systems for flying IFR safely and confidently are built on the ground, long before you ever climb into the cockpit to test them.
