Deliver experience-based robotics classes with minimal preparation & maintenance
Robotics Lab-in-a-Box: Easily Teach Robotics
Deliver experience-based robotics classes with minimal preparation & maintenance
LAB
In Warehouse Environment
ROBOTS
3 Autonomous Robots with Grippers
PROJECTS
Practical Exercises
COURSES
Companion Theoretical Courses
ROS 1 and ROS 2
All-in-one Robotics Platform for Teaching
This is a lab-in-a-box to teach robotics, including off-the-shelf robots, the environment, simulations, and projects for your students.
Full control of your student’s progress.
Teaching Scenarios
Path Planning Algorithms
Robot Navigation
Robot Perception
Object Grasping
Robot Fleet Management
Behavior Trees
= Lab + Courses + Projects
BotBox Warehouse Lab Kit
BASIC Version
STANDARD Version
ULTIMATE Version
Easy to Assemble & Store
Can be easily assembled by one person
Main Robots Used
RigBetel Labs® TortoiseBots
Equipped with
Camera
Lidar
Battery control board
Motor control board
Tortoisebot Kits
x3
M3 x 10mm Nut & Bolts
x45
60 RPM BO Motor, Wheel, Bracket Set with soldered wiresx2
x2
M3 x 25mm Nut, Bolt, Washers
x4
2 in 1 Dual head Screw Driver/Tester
x1
M2 x 10mm Screws
x2
LiDAR kit with data convertor & cable
x1
M3 x 40mm M-F MS Spacers
x18
USB C Power Cable for Raspberry Pi
x2
Li-ion Battery 11.1 V 2000 mAh
x1
Male to Male Jumper Wires
x2
12V 2Amps Li-ion Battery Charger
x1
Female to Female Jumper Wires
x7
Raspberry Pi Camera with cable
x1
TortoiseBot Chassis Plate
x4
Plastic Motor Mount
x2
Plastic Camera Mount (2pcs)
x1
Raspberry Pi 4 Model B 2GB RAM with 32 GB SD Card (Preloaded with ROS 1 & ROS 2) & Card Reader
x1
L298N 2 Amp Motor Driver Module
x1
Power Distribution Circuit with Battery Connector, Battery Meter & Switch
x1
Caster Wheel
x1
Projects Included
4 online ROS-based projects that contain a simulation of the entire lab, demonstration code, and exercises that the students must solve. With a click, switch from simulation to a real robot.
PROJECT 1
ROS 2 Basics
In this project, students will create ROS 2 nodes to make a robot patrol a warehouse, capturing images of points of interest while tracking the distance traveled.
PROJECT 2
Line Follower
In this project, students will develop a basic line follower algorithm to move robots between rooms following the red-line routes established in the warehouse.
PROJECT 2
Line Follower
In this project, students will develop a basic line follower algorithm to move robots between rooms following the red-line routes established in the warehouse.
PROJECT 3
Robot Navigation with Nav2
In this project, students will correctly configure Nav2 to guide the TortoiseBot through warehouse rooms, avoiding static and dynamic obstacles and including forbidden zones.
PROJECT 4
Perception & Grasping
The BotBox Warehouse features ‘pallet cubes’ designed to be grasped by the HumbleGrip TortoiseBot. In this project, students will detect and grasp pallet cubes for transportation from the storage area to the truck docking area.
PROJECT 4
Perception & Grasping
The BotBox Warehouse features ‘pallet cubes’ designed to be grasped by the HumbleGrip TortoiseBot. In this project, students will detect and grasp pallet cubes for transportation from the storage area to the truck docking area.
BotBox Extra Features
Add Online Courses For Your Robotics Class
How It Works:
Include The Construct’s online curriculum with all the skills needed to program robots in your class.
Your students can learn from these courses and then apply their knowledge in the BotBox Warehouse Lab.
.Get Started:
Courses sold separately. Purchase licenses for your students now at For Campus.