Botball Explorer Robot Kit
Every program begins with one complete Botball Explorer Robot Kit with enough materials to build 2 robots! After purchasing a Botball Explorer robot kit, you have the option to add up to four additional teams licenced under the same teacher.
How it works: Purchase one $1,300 Base
Registration, then add up to four $800 Additional Team
Packages. A new Robot Kit with Base Team Registration is required beginning
with the sixth team.
Begin with one Base Registration, then add up to four additional teams under the same teacher.
| Program / Item | Price | What It Covers | What Is Included | Key Limits |
|---|---|---|---|---|
| Botball Explorer Base Registration Required First | $300 | One complete registration package |
|
One team of up to five students |
| Botball Explorer Additional Team Requires Base Registration | $75 | Registration only |
|
Up to four Additional Teams per Base Registration, with up to five students per team |
Built for the Classroom
The Wombat makes hands-on robotics easier to manage, more collaborative, and accessible from nearly any device.
The Wombat’s IDE runs over WiFi, allowing team members to connect from their own devices and program the same robot. Students can collaborate on code instead of waiting for a turn at a single computer.
The programming environment is hosted directly on the controller and accessed through a web browser. Students can connect using computers, Chromebooks, tablets, iPads, smartphones, and other WiFi-enabled devices.
Reduce cable clutter and give teams room to work. Students can spread out around the classroom while remaining connected to their robot.
Students can program using graphical tools, C, C++, or Python, building practical experience with computer science, robotics, and embedded systems.
Students can write, test, and debug programs even when a physical robot is unavailable—ideal for large classes, limited kits, homework, and additional practice.
LEGO pieces, metal building parts, motors, servos, sensors, and controllers are included. No power tools or machine shop are required.
Combine physical robots, personal devices, and virtual simulation to keep more students engaged—even when equipment or hands-on robot time is limited.