Search Results for : BRS parachutes

Once upon a time, the world was without Internet, static and boring. In those ancient times, to follow aircraft developments, most aviators had to wait for a magazine that arrived once a month. In 1995, the World Wide Web was born and only four years later work began on ByDanJohnson.com. *
Many have called the Internet, specifically the Web, the most important change in history for human communications! Since that time, the pace of change has been ever quickening.
I am pleased to announce to you that ByDanJohnson.com is upgrading to a brand-new site that will have a modern look and will automatically adapt to your phone or tablet. This redesign has consumed more than a year’s worth of work but the change will occur this month.
With more than 1,500 pages of information featuring millions of words, thousands of articles with photos, and hundreds of videos plus special features like PlaneFinder 2.0, the SLSA List, and our FI.R.M.

Here’s a fitting story for the weekend. I have more airplane news for next week, but this… well… what a time to be standing somewhere with your camera at the ready.
The story isn’t new. The article with accompanying video was posted March 8, 2014, but the photos only recently came to my attention thanks to a family member who knows how I follow aviation and knows of my background at BRS parachutes. (Thanks, Earl!)
The story was broken by Fox 13 TV in Tampa Bay, Florida. The “witness” referred to in the Fox 13 video story was Tim Telford who captured the shots that I assembled into a short movie below. I certainly marveled at the images he captured. These 18 images represent only a brief moment in time.
The rest of the story that follows comes from the Fox 13 reporter, Aaron Mesmer. You can read it all and see their video here.

(Images updated 9/2/15)
Are you intrigued by airplanes that spin their wings? Helicopters are out of the budget for most pilots but have you ever sampled a gyroplane? Whatever your answer, you should know that Rotax Aircraft Engines reports selling more 912 powerplants to gyro producers than to any other airplane segment. Most of those are sold outside the USA.
Americans like and do fly gyroplanes, of course. Most associate the type with the Bensen Gyrocopter, but the history record reveals its overseas start. Again today, gyros are predominantly a non-U.S. phenomenon, a fact LAMA is trying to change through its advocacy efforts to press FAA to reconsider the fully built SLSA gyro as once envisioned under the SP/LSA rule.
While most pilots can identify a gyroplane, they mentally picture an aircraft with the engine in the rear. That isn’t always the case, though.
How about the “odd” looking gyroplane pictured with this article, with its tractor engine?

With our friends at the prestigious Flying magazine putting Airbus’ E-Fan on their July 2015 cover, flanked by a major story inside, it seems everyone is following electric propulsion ever more closely. We’ve been doing it for a while as light aircraft are clearly the first place where electric power is best applied. Airbus may be planning an electric airliner but I don’t expect to see that anytime soon. Meanwhile the giant builder of airliners is indeed pushing forward with a two-and four-seat E-Fan.
However, I see another use of electric motors that strikes me as very compelling, and in the very near term. I wrote about a Spanish project earlier and here is another.
Many years ago when I was a young flight instructor, I dreamed up an idea called JERA, the Johnson Emergency Rocket Assist, born out of a small rocket engine that some gearheads were applying to go-carts on steriods.

Continental Motors is known to generations of pilots and not just in the USA. However, I’ll bet most readers do not know that the storied company once produced a radial engine. The company started business way back in 1905 as a builder of truck engines for the U.S. Army. They entered the aviation market in 1929 with the seven cylinder A-70 powerplant. A year later Continental introduced A40 that went to four horizontally opposed cylinders in what is sometimes called a boxer engine. “We were the first to introduce the horizontally opposed cylinder configuration to help increase aircraft speeds,” observed the company. Rotax has generated well deserved publicity with their efficient fuel injected 912 iS but Continental noted that they were “the first to introduce both fuel injection and turbo-charging in general aviation aircraft (both in the 1960s).” They do not offer such configurations for Light-Sport Aircraft, at least not yet although in 2009 Continental threw support behind the new segment introducing the O-200 lighter weight engine that comes in at 199 pounds.