Not every Sled kite is super simple, although my MBK designs are quite straightforward to make. Some designs for kids can be made in as little as 15 minutes!
Or you can buy soft ones that can be stuffed into a very small space for carrying.
There's a couple of bigger ones of the soft variety, in the photo over there.
The original type of Sled has 2 straight spars running the length of the kite, and a tail hanging from the bottom end of each spar. Air pressure then keeps the sail open and holds the kite's shape while it flies.
A larger Sled, if accurately made, has no trouble remaining stable without tails...
Almost no set-up time before flying! That's the beauty of Sleds of all kinds.
Let me try and sum up the most common variations that can be found in this kind of kite.
Let me make a few comments on each of these points.
Size. I've read of a giant Sled kite that was once flown at a Dutch kite festival. From leading edge to trailing edge was no less than 14 meters (45 feet)! On the other hand, there is a Pocket Sled kite available that is sparless and so scrunches up to fit in your shirt pocket! A small, very cheap children's kite. It measures 33 cm (1 ft) in height when in the air. I'm sure even smaller ones have been made and flown too.
Extra spar I don't know how many of these are flying now, but an early variation on the basic design had this extra spar running right down the middle of the sail, with no bridle lines attached to it.
Inflatable spars. These are tubes of material that inflate with air pressure during flight, and so hold their shape and act like rigid spars. See the picture at the top of this page! Sometimes there are more than 2 spars. The nice thing about these is that the kite is totally collapsible and takes very little storage space. And of course, a fully flexible kite is much harder to damage than a kite with spindly rigid spars.
Non-parallel spars. The very first Sled kite had spars that were closer together toward the trailing edge of the kite. Hence, the kite had a slightly tapered look in the air, being bigger at the top than at the bottom. Most Sleds these days however have spars that are parallel to each other.
Vent holes. This feature has the very practical purpose of allowing the kite to fly in a stable way without any tails attached. It doesn't really matter exactly what shape the holes are, so many creatively designed vented designs may be found. As long as the vents are near the trailing edge, and let roughly the right amount of air through, they work fine.
Wide or narrow tails. Since the trailing edge of a Sled kite is completely flexible, adding a single tail is best done by attaching it across the full width of the sail. So they say. Mind you, I have modified a Baby Sled kite by adding a narrow tail to the center of the trailing edge with no problems! The tail material was extremely light, so that might have helped. Normally, thin tails are attached to the bottom end of each spar. An interesting variation on this involves attaching each end of a single tail to the spar ends. The tail then forms a loop, which tends to pull the bottom ends of the spars towards each other in flight. This helps stability. It drags a bit more too, so less tail material is required this way than if two separate tails were used.
Decoration. At one extreme, Sleds can be built with plain, even clear, plastic or rip-stop nylon. But of course, artistic kite builders love to make the kite sail their canvass! Like Chinese kites, sleds can be real works of art.
Despite the great variety in Sleds flying today, most of the usage of these kites is in either kite fishing or children's recreation. The fairly big Sleds you sometimes see at kite festivals might form a third category I suppose.
A Sled kite with inflatable spars is probably seen more now than the traditional 2-stick variety. Here's a very nice example...
Photo courtesy of Schnitzgeli.
But if you look at pure numbers, there's a lot of anglers out there, fishing in the sea. Those of them that use kites to take the line way out often use Sled kites. These kites are made for fishing, and are sold from fishing stores. They are rigged to fly low, since the idea is to take the fishing line a long distance across the water from the angler.
My collection of real-life Sled kite stories is worth checking out!
Illustrated with photos and videos, of course.
Looking at even greater numbers, kids have a fascination for kites, and many of them are flying little Sleds!
It's amazing the attention you get from kids when flying kites. I sometimes find that out when testing the latest MBK kite I have made!
Like some other types of Western kites, the Sled had its origins not long after the end of the Second World War. The 50s in other words. Isn't it interesting how kite design blossomed after the planet started to relax a bit...
The first design was credited to William Allison of Ohio, in the U.S.A., in 1950 although it wasn't patented until 1956. This was a simple 2-spar tapered kite that was invented for recreational use. Later, in 1954, another resident of Ohio, Frank Scott, came up with another version. This one had vents for stability, and the sides were parallel instead of tapering. This design was pretty successful, so for a long time this type of kite was known as the Scott Sled.
I won't go into any more detailed history except to say that
people have constantly found new ways to alter the original Sled
concept. Brightly colored sleds in many different configurations can be
seen advertised in the online kite shops. Besides that, kite enthusiasts
are always experimenting with their own versions of what has gone
before. Occasionally, something quite new and different pops up.
However, people have found that complex kite designs don't always fly
well on the first attempt! Simple is best...
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Jul 28, 14 05:06 AM
This was an experiment with mounting a camera directly onto the kite. With winds gusting to over 30kph up high, the Fresh Wind Barn Door kite was selected...
In a word, it was tricky. I mounted the camera as close as possible to the center of gravity of the kite, but it still ended up quite a few cm closer to the trailing edge than I would have liked. It was only practical to mount he camera - on its bendy tripod (!) - near the diagonal spars crossing point. Electrical tape secured 2 short tripod legs to the diagonal spars, holding the camera upright with the kite sitting on its trailing edge.
It was a struggle to get enough lift to gain much height, and the kite swung dangerously from side to side. Might try the drogues next time! I did my best to urge the kite higher in mid-swing.
Eventually, for a few seconds, the kite got to around 100 feet on almost 200 feet of 200 pound Dacron.
A video clip will of course be forthcoming on Facebook. And only seasoned kite fliers will bother watching it all the whole way through, possibly wrestling with sea-sickness all the while. Hence the title of this post. Still, it was an interesting, if slightly nerve-wracking, outing! At shoulder level, the breeze measured around 9kph gusting to 18.5kph. Some low cloud over the hills was absolutely tearing along, perhaps up around 40kph.
Huge Homemade Kites And Aerial Photography: This is often the topic for posts which appear here. New things are always being tried so sign up for my newsletter to stay right up to date with the latest developments!
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For now, please view this site on a Desktop or Laptop computer to see the videos. And there's plenty of them!
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