WORLD RECORD Water Rocket Car 0 - 343.5 kph in 2.5 sec

Rocket car 15,000 Hp 343.5km/h in 2.5 sec WORLD RECORD Powered by an 'overheated' water rocket. Water is heated to 260 C in a pressure vessel which generates 60 Bar (over 900 psi) of pressure. The superheated water flashes to steam when released through a rocket nozzle to atmospheric pressure. The rocket uses 110 liters to do 80 meters and produces 15,000 hp.

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Water Rocket flies to 1752 feet (534m)
This is a highlights video of our high pressure water rocket called Dark Shadow flown at "Thunda Down Under" in Westmar, Queensland on 13th and 15th March 2015. The video shows the 3 flights flown over that weekend as we progressively increased the pressure. For a full flight report please visit: http://www.AirCommandRockets.com/day158.htm For a detailed build log of this rocket please see: http://www.AirCommandRockets.com/dark_shadow_1.htm For more info on the event please see: http://thunda.com.au





NPL Water Rocket Car Challenge 2008
In February 2008 we were invited to build a Water Rocket Powered Car for Channel five's "The Gadget Show". This is our video showing what went on behind the scenes during the day we spent filming. Also posted on YouTube, is The Gadget Show broadcast segment showing how we got on. Search for "Water Rocket Dragsters - The Gadget Show -- NPL"





WATER ROCKET CAR 0-200 kph in 2.1 seconds
Water rocket car does 0 - 200 kph (125 mph) in 2.1 sec 15,000 HP 'overheated' water rocket. Water is @ 260 C, pressure is 60 Bar (over 900 psi)uses 110 liters to do 80 meters and produces 15,000 hp.





How To Make a Huge Water Rocket by Splicing Bottles Together!
Make huge water rockets by joining multiple bottles together using this tutorial. If you want to see the Webpage version of this tutorial, please visit: http://www.uswaterrockets.com/construction_&_tutorials/bottle_splice/tutori al.htm This tutorial shows you how to join multiple bottles together to make a Huge Water Rocket using our Slip Joint Splicing Technique. This easy new method of joining bottles creates strong and attractive joints by reducing unnecessary and/or detrimental steps from the traditional splicing techniques commonly used. Our testing shows these splices typically hold past the point where the other areas of the bottles become permanently damaged from the plastic stretching (which varies with different size bottles). On 500ml bottles, we have seen 195PSI sustained with this method.




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