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The Strandbeast kit includes over 400 snap together pieces and a centralized brain to bring it to life. Drive the robot manually with a remote control, or choose autonomous drive mode and watch the Strandbeast scurry around all by itself, mimicking real-life movement. This kit is cross-compatible with other HEXBUG VEX Robotics kits. The Strandbeast includes 8 legs, IR distance sensor, LED modules and interlocking gears. The gear linkages allow all 8 legs to move in unison, forward or reverse, and spin 360 Degree to change direction. There are 64 different programming variations to choose from. To program, simply flip a series of switches on the robot's brain, allowing for quick experimentation with different modes to determine how it reacts when the sensors are activated.

Hexbug VEX Robotics Strandbeast Construction Set

Design, build and drive this giant-sized HEXBUG from the ground up with VEX Robotics!

The VEX Robotics Strandbeast includes 8 legs, IR distance sensor, LED modules and interlocking gears

Drive manually with the remote control or program it to wander autonomously, mimicking real-life behavior!

This kit is cross-compatible with other HEXBUG VEX Robotics kits

Includes 400+ pieces

Seven electronic elements

Recommended for ages 8 and up

Brand is Hexbug

HEXBUG VEX Robotics encourages STEM learning through hands-on play as you construct your very own jumbo-sized robot and customize its programming! The Strandbeast kit includes over 400 snap together pieces and a centralized brain to bring it to life. Drive the robot manually with a remote control, or choose autonomous drive mode and watch the Strandbeast scurry around all by itself, mimicking real-life movement. This kit is cross-compatible with other HEXBUG VEX Robotics kits. The Strandbeast includes 8 legs, IR distance sensor, LED modules and interlocking gears. The gear linkages allow all 8 legs to move in unison, forward or reverse, and spin 360 Degree to change direction. There are 64 different programming variations to choose from. To program, simply flip a series of switches on the robot's brain, allowing for quick experimentation with different modes to determine how it reacts when the sensors are activated.

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