Hammacher Schlemmer Introduces The Build Your Own Jumping Robot

The Build Your Own Jumping Robot, a kit that teaches children about robotics and mechanics via a robot that jumps.

NEW YORK, Aug. 26, 2014 --Continuing its 166-year history of offering the Best, the Only and the Unexpected, Hammacher Schlemmer introduces The Build Your Own Jumping Robot, a kit that teaches children about robotics and mechanics via a robot that jumps.


The robot is built from 98 pieces, including snail-shaped cams inside each arm that rotate and compress the robot's central spring as the robot crouches. When the spring releases, the robot leaps playfully off the floor, illustrating the concepts of potential and kinetic energy.

"The Build Your Own Jumping Robot not only engages children with a fun challenge to build a robot but it provides educational, hands-on examples of physics in action," explained Fred Berns, Hammacher Schlemmer's General Manager.

Children can make seven additional motorized models, including a crab that moves sideways, a spring-loaded kicking machine, and a grappler claw that clutches anything within reach, demonstrating physical science principles such as Hooke's Law, elasticity, and linkages. The Build Your Own Jumping Robot comes with an illustrated manual that gives clear, step-by-step instructions and explains the scientific principles at work.

The Build Your Own Jumping Robot is available from Hammacher Schlemmer for $49.95. For more information about this product, please visit www.hammacher.com or contact Trish Hammond at (847) 581-8987 or via e-mail at pr@hammacher.com.

About Hammacher Schlemmer
Hammacher Schlemmer is America's longest running catalog, offering the Best, the Only and the Unexpected since 1848. The company provides unique products that solve problems or represent the only one of their kind, backing all products with The Hammacher Schlemmer Lifetime Guarantee. Hammacher Schlemmer's innovative offerings are available through its catalog, website, and its famed landmark store at 147 E. 57th Street in New York City.

Featured Product

PI USA - 7 Reasons Why Air Bearings Outperform Mechanical Bearings

PI USA - 7 Reasons Why Air Bearings Outperform Mechanical Bearings

Motion system designers often ask the question whether to employ mechanical bearings or air bearings. Air bearings deserve a second look when application requirements include lifetime, precision, particle generation, reproducibility, angular accuracy, runout, straightness, and flatness.