Thames & Kosmos SpringBots: 3-in-1 Spring-Powered Machines

Product Description:

Build a motorized robot, race car, and countdown timer -- all that run without any batteries or electrical power!

The secret behind these fascinating machines is a power source called a mainspring -- a spiral-shaped spring that stores up energy when wound up by hand, and then converts that stored energy back into motion when it discharges. The mainspring inside the robot turns gears which enable it to march forward on two legs. The race car zooms across the floor as its mainspring uncoils and turns its wheels. The countdown timer uses a more complex system of springs, gears, ratchets, and linkages to slowly tick down the seconds as it discharges -- for a countdown of up to six minutes. As you assemble these models one at a time from over 130 pieces, you will learn about the inner workings of spring-powered devices like wind-up toys and ticking mechanical clocks.

Discover the physics concepts of potential and kinetic energy as you experiment with your spring-powered machines. Easy, snap-together assembly requires no glue. The kit includes step-by-step illustrated instructions.

+ 3-in-1 engineering kit: build three self-powered models, then wind them up and watch them go!

+ Learn about potential and kinetic energy and how gears and springs function in different mechanical devices.

+ Race car drives up to 45 feet.

+ Robot walks on two legs, up to 20 inches.

+ Timer counts down from up to 6 minutes.

+ No batteries or electricity required

Product Information:

Ages: 6-14+
Experiments: 3
Piece Count: 133
Manual Pages: 64 (also available to download on thamesandkosmos.com)
Product Dimensions: 10 x 11 x 2.5 in.
Product Weight: 0.9 lbs
Manual Dimensions: 5.5 x 8.25 in.
Batteries Required: N/A
Country of Origin: Taiwan
Year Released: 2021

NGSS Correlations:

K-2-ETS1 Engineering Design
2-PS1-3 Matters & Interaction
3-5-ETS1 Engineering Design
3-PS-2 Motion and Stability: Forces and Interactions
MS-PS2-2 Motion and Stability: Forces and Interactions
MS-PS3-5 Energy