Two great building areas can be included as part of your Building Thrill Rides Exhibit.
- Kid K'NEX Building Station for youngsters ages 3-5
- K'NEX Building Station for youngsters ages 6 and up
Children and adults alike will enjoy building models from instructions provided at the building stations but they will soon begin to create wonderful designs from their own imaginations. Best of all, they will not have to leave their creations behind - instead, they can purchase their designs based on a Weigh & Pay model (weight of the total parts used in their model times a predetermined price per unit of weight).
Visitors won't have to leave their on-site creations behind, instead, they can purchase their designs with pricing based upon the weight of their model.
The K'NEX Weigh & Pay Building Program is a family friendly museum favorite. This revenue generating program features building stations filled with K'NEX and Kid K'NEX parts. Visitors ages 3+ can try their hand at building models from included instructions, or from their own imaginations and they can purchase their creations with pricing based on their model's weight.
K'NEX Weigh & Pay - Building stations for ages 6+
- Complete set of 30+ unique K'NEX parts including wheel, tires and K'NEX Bricks
- Sturdy, reusable storage containers for parts
- Full color building idea cards
- CD Rom with Exhibit Marketing Support
- Replenishment parts order forms
| K'NEX Weigh & Pay |
330,000 parts |
$4999.00 |
Kid K'NEX Weigh & Pay
- Complete set of 13+ unique Kid K'NEX parts including eyes, wheels & scoops.
- Sturdy, reusable storage containers for parts.
- Full color building idea cards
- CD-ROM with Exhibit Marketing Support
- Replenishment Parts order form
| Kid K'NEX weigh & Pay |
25,000 parts |
$3999.00 |
Revenue potential for each kit is $7000+.
|
|
 |
What is the angular velocity (rpm) of the Blender Ride as it spins about its center post? |
|
Where does a Roller Coaster Car have the most Potential Energy (PE) and how is it converted to Kinetic Energy? |
|
What is the linear velocity (m/s) of the riders? |
These are just a few of the questions that will be answered as visitors explore the science, math
and technology behind hair-raising amusement
park thrill rides.
Watch the Building Thrill Rides exhibit video...
|
|
