VEX Robotics Ball Machines, Any toys that can be used to teach kids about power in motion are good educational and fun toys. Kids can learn and discover as they play. They’ll learn about linkages and motion as well as cause and effect.
Toys like the are reasonably priced toys that inspire kids to learn as they play and the manufacturer has a long list of these interesting robotics ball machines.
These are modular in construction and are very budget friendly. The sets can be used configured together to make even bigger machines. The VEX Robotics Hexcalator Ball Machine is one of the robotics that has a hand crank that kids can use to create the motion that drives the wheels to move the balls uphill to the ramp and down again.
This is all hand powered, so no batteries are needed – and the set comes with eight of the balls. Kids can build a forklift using the pieces from the Forklift Ball Machine set.
By putting together the linkage, kids will create a machine that has the ability to scoop and lift the balls. Like the other machines, this one has a hand crank that allows it to scoop and lift the balls quickly.
The VEX Robotics Handoff Ball Machine has more than 220 pieces that kids can use to build it. They’ll be linking gears and cranks that can make a machine that has the ability to move balls to holding bins.
By building this machine, kids learn engineering facts like rotational and linear movement. By using the 170 piece plus set, kids can build a VEX Robotics Screw Lift Ball Machine.
The machine can lift small items and the design of this one is based on the science of the Archimedes Screw. This works by having kids use a screw that rotates so that it can lift balls.
If you have a child that’s big on sports, he’ll love the VEX Robotics Hook Shot Ball Machine. This set combines more than 180 pieces to create a machine that uses a hand crank to toss balls through a loop.
The VEX Robotics Pick & Drop Ball Machine has an impressive piece count of over 400 pieces. Using kinetic motion, kids can use the crank to move energy that makes the hands of the machine work.