Just this week on Thursday the 25th of August, Canon publicly released the long-anticipated 5D Mark IV full frame DSLR body, the successor to the popular 5D Mark III. The 5D line has always been popular amongst wedding photographers, product photographers, fashion photographers and photography enthusiasts, but not so much amongst planespotters. Instead, the Canon 7D series has long been the camera of choice for aviation photographers, mainly because of its superior speed and AF tracking system. But as the 5D Mark IV is bringing along some features that will give it some of the speed of the 7D, perhaps it could be the new camera of choice for aviation photography.
Most beginning plane spotters and aviation photographers struggle to get their first photo accepted on to online aviation photography databases such as Airliners.net or JetPhotos.net. This is no surprise at all as these websites are very strict when it comes to image quality and reject the majority of images that pass through the screening and selection process. Therefore you shouldn’t feel discouraged when your first couple of uploads are rejected. It took me nearly a dozen attempts before I was able to get my first photo accepted on the Airliners.net. With some persistence and practice, eventually the right photo will come along. Here are my five tips to help you improve your aviation photography and increase your Airliners.net photo acceptance rate.
Have you ever stopped and wondered about the strange substance we call jet fuel that powers the airplanes you fly on? Perhaps you’re even curious about the nitty-gritty aspects of it, such as what is it made of, how much of it is carried on board every flight, where it is stored, and perhaps how much of it is burned every flight. Look no further, as I’m about to show you all there is to know about jet fuel.
1. What is jet fuel, and what is it made of?
Jet fuel is a specific type of fuel that has been designed to be
Jet fuel and aviation – all you need to know full post
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Airlines have always been very strict on the use of cell phones in-flight due to the belief that they will affect sensitive aircraft systems. Before Airplane Mode was invented and made common, passengers had to shut down their phones entirely for the duration of the flight. But of course, that was also before smartphones became popular and people read newspaper and magazines or talked to their neighbor. Nowadays people are generally allowed to use their electronics only on Airplane Mode and after the aircraft has reached 10,000 feet, although specific regulations vary and
For the second time since the disappearance of MH370 in March of 2014, debris from the “crashed” airplane has been found. Last time it was a flaperon (a movable control surface) from the wing found on Reunion Island, this time it’s a piece of the horizontal stabilizer ( found near Mozambique. Experts have agreed that the piece, painted with the words “NO STEP”, is indeed from a Boeing 777, and therefore
Debris from MH370 found off Mozambique full post
(443 words, 1 image, estimated 1:46 mins reading time)
In light of what happened the other day with Virgin Atlantic flight VS25, I’d like to talk about lasers and the special relationship they seem to have with aviation. On February the 14th 2016, Virgin Atlantic flight VS25, an A340-600 carrying 267 from London to New York, was forced to declare a pan-pan and return to LHR as the co-pilot felt sick after being hit by a laser during take-off. Now if you’ve been following aviation news it would appear as though incidents involving pilots and lasers are curiously commonplace. Often times pilots are hit by lasers shone through the cockpit window from a source on the ground. This seriously endangers the safety of the aircraft as studies done by the FAA have shown pilots can be temporarily blinded or distracted by such lasers. Permanent damage to the eye is also possible. Most incidents involving pilots and lasers take place during the crucial takeoff and landing phases of the flight, where smaller mistakes have larger consequences and aircraft are at their most vulnerable stage. It begs the question, of all things that can distract pilots or hinder the safety of a flight, why do laser strikes seem to be the most common? Most of the time, laser strikes such as the one that was likely experienced by the crew of Vs25 are the result of people on the ground with little concern for aviation safety or a crude and irresponsible sense of entertainment pointing basic non-military-grade lasers at departing or arriving aircraft. It seems as though there are quite a handful of such people around the world, as lasers have become a serious danger to aviation safety. Of course other sources of lasers such as weather observatories, buildings, and temporary shows/concerts pose an equal threat, however these sources are usually marked in aeronautical charts or posted in NOTAMS so that pilots are aware of their presence. Most of the issue still lies in irresponsible people on the ground shining lasers on aircraft. Aerial police units are sometimes used to locate the source of these lasers, however until serious action is taken against offenders, it is unlikely that police will be able to deter future incidents. Although it may sound cliché, the only way to do so is to educate people on the effects that lasers can have on aviation safety.