Let's face it: kites are awesome. Especially steerable kites that can pull you off the ground. While last weekend was pretty enjoyable(snorkeling with harbor seals in la jolla and sleeping on beaches), I decided I needed a higher-velocity activity this weekend. The plan was to build a basic kitebuggy from scratch and go out to a dry lakebed and get pulled around much too quickly by a kite. And it worked! I'm sooo sore!

This instructable is about how to build a simple kitebuggy. It cost me about $100 total, and the only tools I used were a cordless drill and a circ saw. No welding required!

Now, after riding this buggy and looking at some kitebuggy websites, I immediately got lots of ideas of how to make it better. When I got back home, I immediately ordered a cheap mig welder and started filling up notebooks with sketches. Still, this one's pretty good, it'll move at an exhilarating speed, especially if you haven't kitebuggied before, and it's quick to build--probably a few hours once you have everything

woohoo! Kiteboogie on! There are some great kitebuggy pictures of us boogieing that my friend Dick took at http://picasaweb.google.com/ingenious.dick/MirageKiting

*as I'm publishing this one, I'm working on the next version. Let's just say I thought there was too much friction in this one, and I'm playing around with some tarps and gas-powered leafblowers. Tune in in a few weeks and see what happens!

Step 1: Disclaimer

So, I strongly suggest that you use this instructable as a guide, not a bible. Play with a kite a bit and think about what you want in a buggy before you build it. My next designs will be three wheeled and made of welded steel tubing, with a lower slung seat and a longer wheelbase

The most glaring flaw with this design is best illustrated by the story of my first attempted ride:

I had wanted to go kitebuggying for a while, so I picked out a dry lakebed in the california desert, called a bunch of friends and told them we were going buggying, let's all meet there at such and such a time. Of course, I didn't have a buggy yet. A couple days before we were supposed to go out, I figured I should remedy my buggylessness, and so a mcmaster order and several trips to the hardware store later, I had a sturdy buggy.
We drove out to El Mirage dry lakebed, an incredibly flat 5 mile x 3 mile lakebed an hour and a half east of LA. I was driving with my friends Jesse and Jessica. We could tell when we were close because we couldn't see anything, since we were suddenly enveloped in a giant dust storm. The forecast had predicted 15 mph winds, but they felt upwards of 25. Pretty exciting. My kite was a Best 2.2m trainer on 75' lines.
For a while, it was pretty exciting. We drove out on the lakebed and met up with my friends Dick, Jenny and Scott. Wierd ATVs and dirtbikes were roaring around somewhere on the lakebed, quite close from the sound of it, but we couldn't see them because the dust storm limited visibility to 10' or so. You could hear ethereal redneck howls drifting on the wind, punctuated by backfires and the smell of exhaust.
When we got out of the car, we were instantly blinded by whipping dust. Fortunately, I had snorkel masks from last weekend's adventure, so we were all soon outfitted in the height of fashion. It was pretty windy, so we amused ourselves by putting up the trainer and getting the bar ripped out of our hands by the wind. Scott got pulled a good 10' before letting go of the kite, and I sprinted about half a mile in zero visibility in the vague direction I thought the kite went, praying that the dirt bike maniacs wouldn't run me over. While I was out running after a kite, some mutant redneck came roaring by our cars in a huge pickup truck, bouncing over 3' bumps and shedding car parts. Things were literally flying off his car, important things like the bumper and some lug nuts from the tires. He didn't seem upset about it, just gunned the engine and roared on out.
After a while, the dust died down a bit, so we put the buggy together. I put the kite up at the edge of the wind, pointed the buggy vaguely downwind and got in. I tried to put the kite into a figure 8 pattern, but it got instantly ripped out of my hands and I had to run after it again.
We were getting tired of the kite getting pulled away, so we decided to make a harness to clip it onto the buggy. We used some tie-downs and rope to make a system similar to the hook-and-loop kitesurfing harnesses use. I put the kite up again, sat down on the buggy and hooked the kite onto the buggy. "A-ha! I thought. Now there's no way I'll lose the kite!" I put the kite into a figure 8. It promptly lifted the buggy and me up into the air and flipped us over. I reached out a hand from the rubble and crashed the kite. I felt glad I was wearing a helmet.

Well, now it was time for reflection and analysis. It seemed that catastrophe struck whenever I put the kite into a figure 8, or more accurately, moved it across the wind with any speed. My solution was to not do that any more. I also felt that there was a certain angle between the kite lines and the buggy's direction of motion that I should not exceed, lest I flip the buggy. This angle seemed to be about 60 degrees on either side. I also didn't like the idea of clipping the kite onto the buggy--it seemed like a bad idea to not be able to depower (drop the kite) in a hurry if I wanted to. Next time: some depower system involving shock cord!

Feeling emboldened by my new revelations, I pointed the buggy downwind. By now, the dust storm had cleared and there was a brilliant blue sky overhead, a steady wind and a gorgeous view of the mountains. All of us had some amount of cuts and bruises from wrestling with the kite. Scott, in particular, had rambo-style cloth bandages on his knees. I'd lost some skin on my fingers from having the bar torn out of my hands. We were all covered in dust.
Anyway, I pointed the buggy downwind, put the kite up at the edge of the wind and sat down. I kind of made little scalloping motions at the wind's edge, just enough to keep 20-30 pounds of tension on the line. The buggy started to roll forward, and the kite instantly started to drop. I steered a bit upwind, keeping the kite in the same spot and the tension picked up, as did my speed. It was then I remembered that Scott was wearing my helmet.
I realized pretty quickly I could control my speed well enough just by putting the kite out of the wind and pointing the buggy upwind to slow down. Speeding up was not a problem. After a while, I grew bolder and tried a tack. I got a nice burst of power as I came across the wind and suddenly I was going 15 mph and bouncing over mounds of dirt and I sped across the desert. I became acutely aware of my lack of helmet. I figured this was as good a time as any to stop, so I let go of the kite, steered upwind and then got out and ran after my kite. Success!

Later on, we all got to buggying around, with a pretty high success rate. At one point, while Scott was making adjustments to the buggy, I was holding the kite and enjoying bringing it across the wind in a high speed dive and letting it pull me ten feet into the air. I grew bolder, jumping with the kite and cutting harder and harder turns. Eventually, I put the kite into a very fast dive, and the resulting line tension had roughly equal components of horizontal and vertical force, resulting in my flying 15 feet into the air and turning a rather surprised somersault before landing on the ground in a heap and then running after the kite, which got loose. Now I'm kinda sore.

Anyway--the buggy shortcomings:
The main one is that the distance from the point the kite is attached(your arms) to the leeward wheel is only half the axle length, or 1.5 feet when the kite is 90 degrees to the buggy's direction of motion. This makes the buggy really easy to flip if the kite generates any pull. I definitely wish I had a wider wheel base.
Fortunately, this is a pretty easy problem to manage--never turn more than 60 degrees off the kite lines, and the buggy is perfectly stable. You don't really want to with this buggy anyway--you won't get any pull in your direction of motion, and you'll be doing a lot of work flying the kite and not getting anything out of it. At my current state of limited knowledge, I'm thinking the best 'point of sail' is for the kite to be 45 degrees from your direction of motion, maximizing both line tension and pull in your direction of motion. If you do find yourself at a higher angle, just don't power up the kite.

Also, some usual kite safety stuff:
Kites are hella powerful. Respect 'em. I'd flown trainers a bunch (50+ hours) and this was by far the strongest wind I'd experienced. I was very glad the kite wasn't any bigger.
It's definitely worth getting acquainted with a trainer before you try the buggy. By 'worth' I mean necessary. It's a lot of things to be thinking about at the same time, and it's good to have some fundamental understandings of all of them.
The general premise of kitebuggying is the same as sailing, so go out and sail a boat around for a bit, and everything on a kite will make more sense.

p.s. isn't this photo awesome? I feel like I should be running around with stillsuits and thumpers.

<p>Inspired by this page and Peter Lynn buggies we dug around the trash heaps from hurricane Matthew on the Outer Banks (we live on Ocracoke Island at the moment) and built this. First version was all found materials with maybe $20 in hardware. After realizing just how much awesome fun it is we upgraded the back wheels and axle with bought wheelbarrow wheels and a threaded bar.</p><p>Currently we have 1.7M and 3.2M kites (just two line control and basic self inflating). That said we've made up to 10 miles trips and done more than 30 km/h :). </p><p>Next up:<br>- Will be testing it with a 9M kitesurfing kite (arriving Thursday&mdash;SO excited!)<br>- Talking with a welder friend about making a fork to fit a big fat front wheel so we'd be able to hopefully roll not just on the hard sand by the surf (great around low tide), but along he wide soft beach too. Suggestions on front wheels much appreciated.</p><p>Album here too: https://goo.gl/photos/kkMgnxrS3N5jm6TU8</p>
What's the weight limit for the vehicle??
<p>That bepends how you build it.</p>
<p>This is really cool. I have no plans tomorrow, and I want to make a version of my own.</p>
i will do this... i have an idea to use the remains of an old go kart, which will make everything safer, due to the fact that it has a roll cage, albeit a flimsy one.
If you go the hovercraft route, you'll learn something about why sailboats have keels and those wheels have to be pointed in some other direction than downwind....do put up pictures, though.
However, a hovercraft with 2 "keel" wheels that only provide enough side force to maintain a heading would probably have less drag than a buggy with 4 wheels digging into the sand. It could be the vehicle equivalent of a small planing sailboat vs. a large displacement hull.
yeah, that's the general idea. I'm calling it a hoverproa and building the first full version this weekend (I built a few small gas-powered hovercraft yesterday that were able to support me). It'll have two wheels, each on arms about 6' long coming off either side of the main hoverboard. Both wheels are off the ground when I'm unpowered or doing a dead run and are pretty analogous to the ama in a real proa (although is an ama a windward hull?). On a reach or upwind tack, the leeward wheel will dig into the ground and let me maneuver without slipping downwind. Steering will work by pivoting the leeward wheel, and I'm still working out an elegant linkage or other mechanism to let me do that. I'm sure it'll take several iterations to get something that works well, but it seems like a buildable project. The original reason I moved to hovercraft was that I wanted to put a suspension in my next buggy, and a hovercraft is possibly the cheapest full suspension system, with the added bonus of removing almost all static friction from the buggy. Plus, saying 'kitepowered hoverproa" is just ridiculous. Ridiculously awesome! enough spoilers! Tune in the weekend after next for pictures of us taking the hoverproa and a few new buggies out to the desert!
um... do you mean a hovercraft powered by a kite? Also, how could someone do something like this without much wind? if its a bigger kite, how big? its not always windy here in ma... help appriecated. (sorry about spelling)
I mean a hovercraft that has separate engines to provide lift, but gets its thrust from a kite. In general, if you're going to use kite power, you need wind. Yeah, you could have a bigger kite in lighter wind, but I have no way of giving you an answer without knowing what kind of wind speed you're talking about. Generally, I've found that for land sports, you can get by with about 10mph wind and a 2m kite, but you're not going to go anywhere fast. Get some good ~15mph-20mph wind--there's plenty on the coast in MA, and then you can use smaller kites and have much more fun. I guess what it boils down to is that the simplest way to have fun kiting is to find places and times when there's good wind
a hover craft would be cool, but you would only be able to go down wind since there is no friccion with the ground to move parallel to the wind, there for you would have to walk back to where you started
Am I the only one to catch the Dune reference? Anybody?
oh thank god
I just realized that I have almost enough junk to build one of these. Fun fun fun!
what if you put another larger parachute over you kinda like a powered parachute. Then if you made the boogie lighter you could go somewhere.
kiteman hasent even posted yet :o! :)
This is genius! Where is that desert?
that is El Mirage Dry Lake, part of the Mojave<br/><br/> <a rel="nofollow" href="http://en.wikipedia.org/wiki/El_Mirage_Dry_Lake">http://en.wikipedia.org/wiki/El_Mirage_Dry_Lake</a><br/>

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Bio: here: http://www.artiswrong.com But really, I'm just this guy. For up-to-the-minute, action-packed updates on my life (and occasional drawings of tapeworms getting ... More »
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