Search Results for: oxygen

Soaring is quite unlike any other kind of flying. Plunk yourself down in an open field on a warm, sunny day, as I did last fall, and watch a hawk, wings outstretched, wingtips moving only slightly to adjust the flight path as they trace seemingly endless patterns across the sky in search of a meal. […]

“Airspeed alive. Eighty knots. V1. Rotate,” I said as I rolled down Runway 18C at Memphis International Airport in HondaJet N420HB. Immediately after rotation — boom! One engine failed. “Lots of right rudder. Heading bug centered. Positive rate, gear up. Pitch for V2. Push FLC. Altitude check, autopilot on. Continue climb to 2,000 feet. Select […]

The Airbus Perlan Mission II sailplane broke its own record this week, soaring to 30,615 feet out of the Minden-Tahoe Airport in the Sierra Nevada mountain range in western Nevada. The glider was flown by Perlan chief pilot Jim Payne and pilot and flight test engineer Miguel Iturmendi. The Perlan 2 team recently made modifications […]

Out flying about here in Idaho, its amazing the kind of useful cargo that gets thrown into a typical personal airplane. Personally, Ive flown white gas, propane, butane, isobutene, bear spray, flares, magnesium metal, petroleum jelly-soaked cotton, windproof matches, fire starter, resin wood, radioactive materials, guns and ammunition. And thats just my emergency kit. I also usually carry (mostly) full tanks of aviation fuel and an engine filled with oil. You probably do, also.

Weve discussed the benefits of personal standard operating procedures (SOP) for our own flying. Weve taken the main elements (Using an SOP in GA, September 2016) and began creating our own (DIY SOP Considerations, February 2017). Meanwhile, we tried to wean you from your do-list in favor of a flow and check (Change Your Checklist, October 2016 and DIY Flow and Check, January 2017). In this final article, we assemble a personal SOP for a light GA single.

An Airbus A320 crew departs Chicago O’Hare Airport for Minneapolis. It is the first flight of a three-leg day, using the same airplane. Throughout the day, the pilots and flight attendants experience a “musty socks” odor. On the last flight, from Chicago to Boston, ATC gives a frequency change for the next sector. Despite having […]

While generally round and black in color, thats almost all the characteristics aircraft tires have in common with their automotive siblings. In fact, a major difference is the construction and materials used in their manufacture. Aircraft tires and tubes primarily incorporate natural rubber while automotive tires use synthetic compounds extensively. Aircraft tires are designed for a very specific job and are part of the landing gear system on almost every aircraft.

Fronts in TAFs and weather briefings often mean a day of delays and canceled plans. Considering the impact that they have on flight operations, we should understand fronts. Lets study them so you can make a good guess about the resulting weather. Our modern knowledge of fronts began around 1910 in the Bergen School of Meteorology in Norway. Their early work laid out the mathematics of forecasting and described fronts, showing that they are defined by a change in air mass density. Changes in wind speed, humidity, or pressure are all secondary.

Lately, the general aviation community has focused, quite correctly, on the very preventable loss-of-control in-flight type of accident (LOC-I). Too many people somehow manage to bend an airplane-or worse-each year basically because they forget to fly it. Its a broad category, and includes a mix of accident causes, from low-level maneuvering, to VFR-into-IMC and to multi-engine training operations. As complex and dynamic as the LOC-I category is, it most assuredly doesnt include the full range of things pilots do to make the accident reports. For example, a look at the other category of pilot-related accidents, as broken down by the AOPA Air Safety Institute (AOPA ASI) in its 25th Nall Report, highlights some other areas where pilots regularly make contributions to the aviation-accident records. Here are five of them, not related to LOC-I.

Good single-pilot resource management calls for three basic elements: Knowledge of ones aircraft systems and characteristics, proficiency in their use under various conditions, and well-crafted, consistent routines. Those well-crafted, consistent routines-standard operating procedures, SOPs-encompass flows, checklists and callouts, but go well beyond the basics. Weve started down the path toward personal SOPs in Using an SOP in GA in the September 2016 issue.