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Lazydays just so proud to be a partner

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with NASA and for NASA this is just

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incredibly important event for these

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students the opportunity to design and

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then build and actually fly a rocket I

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mean how many students get a chance to

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do that it just imagine what a leg up

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it's giving them on their engineering

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careers and their future prospects so

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certainly 18k as a solid rocket motor

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provider with the United States both

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civil space and military space this is

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right up our alley so to speak and we're

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my name is Johnny mnemonic and I'm an

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electrical engineering student at the

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University of Hawaii I am the project

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manager for the team and our team name

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is team Hawaii five-o it's actually

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burden Hawaii it's felt oh gosh Leo so

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just a little bit appropriate for

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rockets I rocket is approximately 20

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pounds or 21 pounds and 4 inches in

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diameter with 80 5.5 inches it's like

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we're flying on a k 5 10 cicero knee and

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our payload design is a little bit

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unique being that were completely

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outreach based we've designed a payload

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as Quixote carrier and so we're carrying

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it's available from any students in

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Hawaii to be able to insert any class

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project be it a can sad or crickets if

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that's what you that's what they want to

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test so that's what we've designed and

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we're really really happy we've had some

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good experiences with students we are

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currently carrying another community

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colleges work several electrical

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engineering majors are testing their two

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accelerometers one and plugging it out 1

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1 Hertz and the other at three hurtz and

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we also have an internal pressure

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interpret sensor so hopefully everything

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will go well for everyone my name is

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Christa family I'm the chief engineer

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and we are the Mississippi State

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University space cowboys tell us about

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your rocket and your payload today our

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rocket is talked here it's about eight

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feet long six inches in diameter and our

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scientific payload is a concept called

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bluff body matando

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in this concept we use a flat plate

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system instead of our traditional nose

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and flat plate is used to direct the air

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around the side of the body of the

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rocket and we can adjust the drag that

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way we want to find the optimal point so

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that there's the let the least amount of

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drag possible and we will adjust once

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during flight and gather data pressure

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data velocity data I'm Chris Coleman

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from Tuskegee University of this is my

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team didn't washing spirits hustle tell

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us about your rocket in your payload

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today rocket is a 120 inches tall which

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is 10 feet of a 5 inch diameter we're

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using a scientific payload of

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barometric sensors and a 3g

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accelerometers all three axes x y&z I'm

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living Jones I'm with the Harding

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University flying bison to you tell us

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about your rocket and your payload our

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rocket is four inches in diameter and

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it's about seven feet long and it's

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using a que 888 contrail motors hybrid

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rocket motor which uses nitrous oxide of

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fuel and our science payload is

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measuring gamma radiation as a function

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of altitude all right I am Isaac o Allah

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be from North Carolina State University

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our team name is taco lycos which is

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Greek for speedy wolf and our team is

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really really excited to come on here

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this is our first year launching at the

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US a lot competition and we've learned

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so much in the process of being here and

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also our launch went really well we got

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to 5113 feet which is very close to our

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mile marker and we're very excited about

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being here and one of the one of the

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things that we've really learned is

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about documenting everything so anytime

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that something goes not as planned we

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always like document it study it and try

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to do some analysis to figure out what

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what went wrong we think that we've

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really refined our process so these are

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the people from whom you're going to

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hire your next generation of workers and

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engineers astronauts and scientists each

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of these people have a passion each of

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these students have already said that

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this is what I want to do with my life I

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want to build things and I want to be

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associated with the space program this

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is really what NASA is all about so I've

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got to believe that we're going to see

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these people graduate from school come

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to work

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we're for one of the nasa contractor be

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involved the next generation of rockets

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and spacecraft and and I have no doubt