just S-Bend on windy day in Castlegregory
peace Luk
16 June 2013
10 June 2013
Peter Lynn Escape 9m 2013 review and test in issue 39 of IKSURFMAG
great news from the world's number one Kitesurfing and Kiteboarding magazine online IKSURFMAG
do you want to test Escape 9 m on Inch Beach ? give me a call
peace Luk
07 June 2013
Kids Power Kite Camp's 2013
Would like to spend a weekend in a wonderful place ?
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Summer kite camp's 2013 just started
you can learn with us kitesurfing ,surfing ,landkite and skimboarding
If you do not want to sleep in a tent we have also rooms available in the Waterworld National Geographic Diving Center in Castlegregory.
restaurant
rooms with free wifi
gym
rest room
We are equipped with the latest equipment from Peter Lynn 2013
During camp participants learn safety rules and how to fly a small training kite
All training courses are conducted by instructors IKO
For group training
discount .
looking for interesting ways of spending time? This place is waiting for you
booking and info: +353872152299
Luk
peace
06 June 2013
How much horsepower generates a kite
...during the jump of 12 m height of about 45 m away how many HP can generate a kite ?
I decided to asc Institute of Physics, Technical University in Wroclaw
this is reply :
Based on the data provided may attempt to estimate the following:
- Was Mr. thrown to a height h = 12 m,
Therefore it can be assumed that the potential energy you received
Ep = m g h = 10.2 kJ.
Assuming that all the energy gained through the work of the Lord lift (which is not true, because some kinetic energy you have used it, and partly - clearance of the wave), the work can be estimated at
W = Ep = 10.2 kJ.
Again, this is far simplification, because we omit the horizontal component of motion. It is difficult to estimate what was the change in horizontal speed.
Assuming that the erection lasted t = 2 s
You can calculate the average power during the climb:
P = W / t = 5.1 kW.
Which is approximately equal to the power of seven horses.
It is quite thick estimate, which may be subject to considerable uncertainty. I hope I helped a little.
Yours sincerely,
Karol Tarnowski
7 horse power in about 2 sek !!!
that's powerfull :)
peace Luk
in this video you can see that jump at 8:53 sek
I decided to asc Institute of Physics, Technical University in Wroclaw
this is reply :
Based on the data provided may attempt to estimate the following:
- Was Mr. thrown to a height h = 12 m,
Therefore it can be assumed that the potential energy you received
Ep = m g h = 10.2 kJ.
Assuming that all the energy gained through the work of the Lord lift (which is not true, because some kinetic energy you have used it, and partly - clearance of the wave), the work can be estimated at
W = Ep = 10.2 kJ.
Again, this is far simplification, because we omit the horizontal component of motion. It is difficult to estimate what was the change in horizontal speed.
Assuming that the erection lasted t = 2 s
You can calculate the average power during the climb:
P = W / t = 5.1 kW.
Which is approximately equal to the power of seven horses.
It is quite thick estimate, which may be subject to considerable uncertainty. I hope I helped a little.
Yours sincerely,
Karol Tarnowski
7 horse power in about 2 sek !!!
that's powerfull :)
peace Luk
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