Hone your pilot skills with the articles and advice below. Our sport-pilot articles cover topics of interest to novice and advanced general aviation pilots. Trust our ongoing training articles to improve your piloting skills.
Realistic flight-planning requires far more than simply measuring the distance, figuring the book speed and fuel burn and then launching
My first airplane, a 1947 Globe Swift, purchased in 1966 for $3,700 when I had a whopping 80 hours in my logbook, was a cute little devil. It offered quick handling and was a ball to fling around the sky, but it obviously hadn’t read its own press releases. The stock Globe GC-1B came up short in virtually every performance parameter—it wasn’t nearly as fast as advertised, didn’t climb as it was supposed to, burned more fuel than the POH suggested and couldn’t carry nearly as much weight as it “should” have. I learned the airplane’s true nature by trial and error, probably not the best method in any aeronautical pursuit.
NASA reports are good for your certificate, as well as the air safety system
If aviation in the United States was a religion, its confessional would be the Aviation Safety Reporting System (ASRS). Pilots, air traffic controllers and other people involved in aviation are encouraged to send reports to ASRS when they’re involved in, or observe, a situation in which aviation safety might have been compromised. These reports are often called NASA reports because they’re submitted to the National Aeronautics and Space Administration.
A few days ago, I received a call from a pilot who was being seen by a physician in the emergency room. Did he want a second opinion? No, he wanted to know if the condition affected his medical certificate!
Does your adrenaline level skyrocket on gusty days?
We can all admit that, at some point, we’ve scared ourselves in a crosswind. Sure enough, most flying accidents occur during landing, and most of those are in crosswinds. Almost all crosswind-related accidents happen due to loss of control after touchdown; only a tiny portion involve a crash on approach or on a go-around. To stay safe, we should examine the true risks we face when landing in a crosswind, and the big risks come after touching down.
The technology looks promising, but there are still unanswered questions about its implementation
When it comes to owners being told they must install expensive new equipment in their planes, it’s always better to offer them more carrot and less stick as an incentive. For now, the FAA’s proposed mandate on Automatic Dependent Surveillance-Broadcast (ADS-B) is looking like too much stick and too little carrot.
Are you a pilot who turns down the radio’s volume and does a straight-in at an uncontrolled airport when there are four other aircraft neatly spaced in the traffic pattern? Do you think your lungs are so good that you can cruise at 15,500 feet MSL without supplemental oxygen? Are you convinced that you’re experienced enough to avoid using checklists? If so, you may be displaying some of the characteristics that aviation psychology researchers suggest can increase the chances of an accident.
Survival experts show pilots what to do when the propeller stops spinning
Few topics in aviation are as popular as that of survival after a forced landing. Since the tragic September 2007 disappearance of adventurer Steve Fossett, the topic has been the subject of countless hangar flying sessions and pilot’s lounge discussions.
On February 16, 2008, the general aviation community lost one of its members. A single-engine aircraft crashed to the right of runway 10R at Portland International Airport in Portland, Ore., while attempting an ILS approach for the second time in very low IFR (VLIFR) conditions. The pilot sustained fatal injuries and the aircraft was destroyed. Because the NTSB is still investigating this fatal accident, we don’t know if this pilot had Category II authorization. According to the preliminary NTSB report, we do know that conditions two minutes prior to the accident were well below Category I minimums for the approach, with a broken ceiling of 100 feet and a runway visual range (RVR) variable between 800 and 1,600 feet. Without Category II authorization, attempting this approach more than once was an accident waiting to happen.
The runway lights are still on at Friedman Memorial Airport (SUN) in Hailey, Idaho, as the Cessna 182 levitates off the pavement, the pink glow of dawn just spilling over the ridgeline of the Wood River Valley. The harsh, pitted lava plain of the Craters of the Moon lay behind us, and ahead, another day of exploring Idaho’s backcountry and its challenging airstrips. Guiding us is the man who literally wrote the book on the subject: Galen Hanselman, author of Fly Idaho!, Air Baja!, Fly the Big Sky! (Montana) and the new two-volume Fly Utah! Hanselman’s books are the ultimate pilot’s guides to the backcountry, providing essential information on the airstrips and airport environment. Yet, they’re also elegant, miniature coffee-table books that brim with beautiful photography and pithy text covering history, local lore and practical information on what to do and where to go at each location.
Whether you fly behind a fixed-pitch or constant-speed prop, a little knowledge definitely is not a dangerous thing
It was just after 6 p.m. when I turned final for runway 4R at Honolulu International Airport. My 2,160 nm crossing from Santa Barbara, Calif., into the wind had required 13 hours and 15 minutes, yielding an average speed of 163 knots. I’d maintained 8,000 feet in the new Mooney Ovation for most of the trip, climbing up to 10,000 feet for the last 500 nm into Hawaii to take max advantage of the standard trade winds.
The schedule was tight. Following a day on the slopes and an evening watching the Super Bowl, the pilot was a bit tired, but still had to contend with a 45-minute drive to the airport, a snowy instrument departure and a night flight to North Las Vegas Airport. He landed at VGT after the tower had closed and arrived at the hotel around 1 a.m. No rest for the wicked, however, as wake-up calls jolted him from bed in time for 7:30 meetings and a full day of walking through exhibit hall aisles. Then, after dinner at 6:30 p.m., he flew home, touching down on home turf at 3 a.m.
Becoming a pilot is a dream for many. Here we present the basics to help you make that dream a reality.
To learn to fly is to step off the precipice of the ordinary and mundane. It’s a step into a new world that challenges your mind and senses, and rewards you like nothing you’ve ever dreamed of. To become a pilot is to see the face of our planet from the vantage point of angels.
A few months ago, a friend who’s getting a Citation Mustang called and asked if I’d be willing to do the type rating with him. The answer was pretty simple: “Uh, yes!” Twelve months prior to the phone call, I’d been selling Flying the G1000 IFR Like the Pros! CDs and teaching single-pilot ops on the Citation 525 series (CJ1/CJ2/CJ3), so I jumped at the chance to fly this new Citation with the Garmin G1000–integrated flight deck.
Congratulations! I heard that you called from the municipal airport to say that you passed your instrument checkride. Plus, I understand that your instructor made sure you got time in the clouds during your training and you shot some real approaches to minimums. You received good training and now you have the thinking pilot’s rating. Well done.
Engine-out emergencies: Planning and training are your best defense
There aren’t many mechanical contrivances that are more reliable than an aircraft engine. At the same time, there aren’t too many mechanical contrivances upon which our physical well-being is so clearly dependent. The good news is that engine failures almost never happen. The operative word being “almost,” it has to happen only once to ruin your day. If you keep your wits about you, however, and you plan for the possibility of an engine failure, you greatly increase the probability that you’ll survive the unscheduled reunion of airplane with earth.
In basic flight training, student pilots memorize the cloud clearance and visibility criteria for operation under visual flight rules and instrument flight rules (VFR and IFR). Flight schools and instructors drill into students the cloud clearance and visibility requirements for VFR operations in various categories of airspace, all the while neglecting to mention that none of this has much to do with the ability to keep an airplane upright during periods of restricted visibility and/or lack of terrain definition.
Right up front I should post a very clear caveat: Myths within any technological field almost always have a grain of, if not truth, at least enough fact that they have some ardent supporters who swear by them. (They “know” it’s true and can prove it because a friend of an uncle knew someone who had it happen to a cousin.)
If you think weight and balance are boring and unimportant, you need to read the following
It was 1985, and I was refueling a Cessna 425 Conquest I at Tenerife in the Canary Islands on my way to Johannesburg, South Africa. I’d instructed the fueler to fill the wing tanks first, then begin topping the three 110-gallon internal ferry tanks starting with the front tank. I turned away to fill out the necessary paperwork, heard the pump running for a few minutes and as I finished the fuel request, heard a sickening crunch behind me.