September 2004

Aquaroc, Rocket Revelry
Content:
Two of the topics in the Achieving Potential Seminars, September 2004. 
Junior rocket scientists participate in the Aquaroc programme, learning how rockets work, building a working model of a water and air powered rocket, and launching it using a remotely controlled launch system.  Senior rocket scientists learn the priniciples of rocket flight, build a simple solid propellant rocket, convert a torch into an electrical launch controller to launch their rocket, and build a 'clinometer' to track how high the rocket flies. 
Ages Junior - approx. 8-10 yrs, Senior approx. 11-13 yrs 
Dates:
Juniors: 22-24 Sept 2004, Seniors: 27-29 Sept 2004
How to Enrol:
At: www.holidayseminars.co.nz
Or By Phone: 09 585 0111, 025 537 817
Or By by Fax: 09 585 0144.
Or By email to: holsem@pl.net
Questions on course content to: info@rockets.co.nz 

April 2004


Aquaroc, Rocket Revelry
Content:
Two of the topics in the Achieving Potential Seminars,  Selwyn College, April 2004. 
Junior rocket scientists participate in the Aquaroc programme, learning how rockets work, building a working model of a water and air powered rocket, and launching it using a remotely controlled launch system.  Senior rocket scientists learn the priniciples of rocket flight, build a simple solid propellant rocket, convert a simple torch into an electrical launch controller to launch it, and build a 'clinometer' to track how high the rocket flies. 
Ages Junior - approx. 8-10 yrs, Senior approx. 11-13 yrs 
Dates:
Juniors: 14-16 April 2004, Seniors: 19-21 April 2004
How to Enrol:
At: www.holidayseminars.co.nz
Or By Phone: 09 585 0111, 025 537 817
Or By by Fax: 09 585 0144.
Or By email to: holsem@pl.net

DECEMBER 2003/JANUARY 2004


Rocket Science II
Content:
In this rather eggciting but slightly eggcentric rocketry course you learn some basic principles about how rockets work, and then get to build a payload-carrying rocket, powered by a solid model rocket motor. A ‘payload’ is kind of like the freight that a rocket carries into space, eg a satellite. However the payload that your rocket will have to boost up into the sky will be a common household egg!! Your mission, should you decide to accept it, is to bring the egg back alive (without fouling up……).
No previous rocketry eggsperience required!
(egg supplied)
Ages 9-14 yrs. 
Cost:
$105
Date:Option A
Wednesday 17 December 2003
Date:Option B
Tuesday 13 January 2004 
Venue:
Dilworth Senior School
Erin St, Epsom
Time: 
9am - 2pm (bring lunch)
How to Enrol:
At: www.adventureswithin.co.nz
Or By Phone: 09 827 7343
Or By by Fax: 09 827 7403.
Or By email to: info@rockets.co.nz


SEPTEMBER/OCTOBER 2003


Rocketry Electronics
Rocket Science II
Content:
In this course you learn the basic techniques of soldering as you build an electrical launch controller suitable for launching model rockets.
All clips, wiring, cabling and other electrical components are supplied (battery IS included!!). 
Your controller will have a visual indicator to check igniter continuity, and can be used with the most common types of model rocket igniter. Once you have assembled your controller, test its operation in a live supervising static testing! 
Ages 9-14 yrs.
In this rather eggciting but slightly eggcentric rocketry course you get to build a payload-carrying rocket, powered by a solid model rocket motor. A ‘payload’ is kind of like the freight that a rocket carries into space, eg a satellite. However the payload that your rocket will have to boost up into the sky will be a common household egg!! Your mission, should you decide to accept it, is to bring the egg back alive (without fouling up……).
No previous rocketry eggsperience required! 
(egg supplied)
Ages 9-14 yrs. 
Date:
Monday 22 September  Thursday 2 October 
Venue:
Kristin School (Gate 3)
Main Highway Albany 
Balmoral Intermediate School
Brixton Rd, Mt Eden
Time:
9am -12 midday (bring lunch) 9am - 2pm (bring lunch)
How to Enrol:
At: www.adventureswithin.co.nz
Or By Phone: 09 827 7343
Or By by Fax: 09 827 7403.
At: www.adventureswithin.co.nz
Or By Phone: 09 827 7343
Or By by Fax: 09 827 7403. 

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