Is it possible to rent a float plane with a private pilot's license?
Flying floats is one of the main attractions for me to learn to fly. However, after some searching on the internet I can only find wheeled aircraft that are available for rent in my area. Am I missing something? Are there flying clubs or partnerships that have float planes available? I would love to fly floats but owning a seaplane is not in the cards for me at this point in my life.
Is it possible to rent a float plane with a private pilot's license? Flying floats is one of the main attractions for me to learn to fly. However, after some searching on the internet I can only find wheeled aircraft that are available for rent in my area. Am I missing something? Are there flying clubs or partnerships that have float planes available? I would love to fly floats but owning a seaplane is not in the cards for me at this point in my life.
, the writer of the article, or I (or some combination thereof) misunderstand something about flight recorders and their behavior in water. My questions are these: Do flight recorders float on water... of the materials needed to protect their contents in the event of a crash, are quite dense and unable to float in water. I base this impression on news reporting of other airliner crashes (such as Air France 447, which crashed in the Atlantic), where the recorders were found some time later on the ocean floor. Additionally, it seems reasonable to me that one would want to have the recorders not float so
When I learned to fly helicopters, I of course spent significant time learning about and practicing autorotations. The CFI at my school, who had around 15,000 hrs (that's right, fifteen thousand!) said a few times that practice, knowledge and currency are vital — but as long as you got the entry right (following which you can fly to the ground) and executed at least a decent attempt... might not get to use the machine again, and you might spend some time in hospital, you would live to fly another day. I am assuming a reasonable place on dry land is available to finally come to rest
Recently I was checking in to a flight and was asked if I'd like a window or aisle seat as usual and choose a window seat. I was then told that there are no more window seats available but I could get an aisle seat without someone sitting next to me and then just take that window seat. The plane was an ATR-72 so the rows were 2+2 seats. I know about weight distribution to the front/back but I couldn't come up for a good reason to do this. What could be the reason for not giving me that apparently free window seat right away?
Why is it that black boxes don't float? From what I gather the answer is: So they will not float away from a water crash site. The ping can be heard underwater with sonar. Finding the ping, finds the site. But why not have two black boxes one that floats and one that stays with the aircraft? That way if a plane is lost at sea, if we find the black box floating, we could use the data to find the other black box and the crash site. Plus the benefits of having a redundancy are enormous.
if the plane most likely went along the S or the N arc we see in reports. Unfortunately, only the last ping (at 8:11AM) is available publicly. Here is the basic idea on extracting the information: A Malaysian military satellite gave the last geographic fix of ML370 at 2:15AM. A circle can be drawn with this point as the center and distance traveled at maximum speed as diameter, confining the plane's... information available. For example, from the ping circles separated by one hour, we can get plausible directions the plane may have taken. Why isn't anyone pursuing this line of analysis
Several such devices can be placed anywhere in the aircraft and can deploy when they float up to the surface and are exposed to sunlight. It would be much easier to find underwater crash sites. I don't think it's too expensive to make. Certainly cheaper than searching with ships and other planes for days (as in the case with MH370 and the Airbus that crashed into the Atlantic ocean).
A few times, when flying into SFO, me and my fellow passengers were informed that due to foggy weather one of two parallel runways there is closed, causing delays. So, a few questions: Why can only one runway be used during fog? During an instrument landing, if the instruments are precise enough to land the plane exactly in the middle of one runway, then surely they are precise enough to differentiate between two runways? Is this standard practice in all airports or something specific to SFO? Is there some minimum distance between parallel runways above which it is safe to keep them both
I thought the shape of the wing gave an airplane upward lift. How can it fly if it's upside down?
When I was learning for my license, one of the first diagrams I remember was about the wing profile. The air going around the wing and on the upper side it has to travel a longer way, thus generating lower pressure and bang, plane is flying. Same explanation already back at school. See my other question: if the theory was right, why can planes fly inverted? So here's the follow up: why is this wrong theory so popular and still part of books? Wouldn't it make sense to teach students how a wing really works? I mean just look at any RC plane meeting - you'll be amazed what weird designs