Harald Feldmann's

 Power kiting page

 Parafoil image in JPG format, download size 12 Kb.Parafoil  


This homebuilt foil is green with silver lining around the flaps, it is made out of reinforced nylon (not ripstop). It flies best at windforce 3 and above. It has 7 rows of flaps. The surface is about 2 square meters. With dimensions of about 1.65m wide, 1.33m deep and 27cm high.

Parafoil bottom view, JPG format, download size 6 Kb.Parafoil (bottom view)

The 1.6 meter wide delta is purchased, I have a series of 10 of them to fly in stacks. This photo shows only 3. Their pull in medium winds (4 Beaufort +) is enough to lift you off the ground. There were some problems initially with this stack, the structure of the leading kite would nearly snap under the forces when flying acrobatics. The problem was solved by using extra long bridle lines, like 150 cm each. This distributed the forces more in the length-axis of the kite's superstructure. The kites are connected to metal rings, which in turn are connected to 5x 100 daN Dyneema (In the U.S., this is apparently called Spectra) lines which form the superstructure. The kites themselves are now under much less strain. This whole stack is flown on 2x 130 daN lines.  

3 Delta's image in JPG format, download size 8.5 Kb.







2 Diamonds 12.6 Kb. Peter Powell

 I started out kiting with one of these diamond shaped kites in the rainbow colors. It is a 98 cm high Peter Powell design with a 13 meter tail. By now the ripstop nylon has been battered so much by wind the structure has bent a bit and it looks more like an Eddy. It can now actually fly without the tail and perform acrobatics. This is a 2-liner stunt-kite which I fly on 50 meters 30 daN nylon lines.


My other kite is a NASA-wing 230, with 4 square meters surface. The NASA wing is a very nice and 'simple' kite design. It exists of one 'sail' which is tuned by many lines into a shuttle shape like the shadow of a shuttle you hit around places in a game of batminton. The NASA wing has a strong pull. In windforce 4 it can lift you off the ground if you're not careful. I fly it on 2x 135 daN lines.

NASA wing JPG 10 Kb.










NASA-Wing (bottom view)


NASA wing JPG 31 Kb.


The Bottomview (left) shows its peculiar shape quite nicely. The NASA wing is called like that (actually it's called NPW5) because it was a design for NASA which was meant to be used as a break- parachute for spacecraft. As it turned out, it could also be used as a very effective kite, and fortunately for everyone the shape is catching on and becoming more and more popular. The wing has a very small turning radius and instant steering response, compared to more 'traditional' shapes like Flexifoils and Peels. A small change in steering yields a strong response from the kite.


Parapent (below) and Sputnik 4 (top)

As a bonus, there is a picture of a red Parapent. This is what is generally known as a 'paraglider'. It is pretty big and looks very nice. This is not mine, but I had the opprtunity to make a picture of it together with my Sputnik. Let's face it, it looks gorgeous !


Sputnik 4 against blue sky JPG 10 Kb.Sputnik 4

My latest kite is a homebuilt Sputnik 4. Being a traction kite it has a lot of pull. With a wingspan of 4.68 meters it is a big kite which was made out of ultralight material. Building the Sputnik 4 is a lot of work. The flashy colour really shines in sunny weather... In comparison to the NASA wing, this Sputnik needs big arm movements to make turns.


Dazzling Sputnik 4 & Parapent, blue sky JPG 10 Kb.


Another good page on kites is Peter Peter's Website in the Netherlands