TI-Innovator Rover Programmable Robotic Vehicle
The TI-Innovator Rover is a programmable robotic vehicle engineered for students and educators who want to bring coding and robotics into the classroom. This robotic vehicle integrates seamlessly with the TI-Innovator Hub and compatible TI graphing calculators, making it an ideal solution for STEM education programs. Whether you're teaching computational thinking, physics concepts, or engineering principles, the Rover delivers hands-on learning through interactive programming and real-world sensor applications.
Designed with built-in intelligence, this programmable robot features dual independently driven motors, advanced sensors including a color sensor and distance sensor, plus a gyroscope for precise movement control. The included marker holder allows students to program artistic paths and geometric designs on paper, combining creativity with coding. Powered by a rechargeable battery, the Rover operates reliably throughout extended classroom sessions.
Key Features
- Programmable robotic vehicle compatible with TI-Innovator Hub and TI graphing calculators
- Dual independently driven motors for precise directional control and movement
- Built-in color sensor for object detection and color-based programming logic
- Distance sensor for obstacle avoidance and navigation programming
- Integrated gyroscope for accurate rotation and orientation tracking
- LED display for real-time feedback and program status monitoring
- Marker holder attachment for drawing and artistic path creation
- Rechargeable battery system for extended operational runtime
- Lightweight, durable construction suitable for classroom environments
- Compatible with TI programming environments and educational software
Technical Specifications
| Specification |
Details |
| Manufacturer |
Texas Instruments |
| Part Number |
STEMRV/PWB/9L1 |
| Product Type |
Programmable Robotic Vehicle |
| Motor Configuration |
Dual independently driven motors |
| Sensors Included |
Color sensor, distance sensor, gyroscope |
| Display |
LED display with status indicators |
| Power System |
Rechargeable battery |
| Accessories |
Marker holder for drawing paths |
| Compatibility |
TI-Innovator Hub, TI graphing calculators |
| Application |
STEM education, robotics programming, computational thinking |
Frequently Asked Questions
What graphing calculators work with the TI-Innovator Rover?
The TI-Innovator Rover is compatible with TI graphing calculators that support the TI-Innovator Hub ecosystem, including TI-84 Plus CE and TI-Nspire models. Check your calculator's compatibility with the TI-Innovator Hub before purchasing to ensure seamless integration.
How do I program the TI-Innovator Rover for movement and sensor tasks?
Programming the robotic vehicle is accomplished through TI's graphing calculator programming environments. Students can write code using TI-Basic or other supported languages to control motor movement, read sensor data from the color sensor and distance sensor, and execute complex navigation routines through the connected TI-Innovator Hub.
Can the marker holder be used for different types of markers?
Yes, the marker holder attachment is designed to accommodate standard markers and pens. This feature enables the programmable robot to draw geometric patterns, artistic designs, and data visualizations on paper, making it an engaging tool for combining art with programming logic.
How long does the rechargeable battery last during typical classroom use?
The rechargeable battery provides sufficient runtime for extended classroom sessions and multiple programming exercises. Battery life depends on motor usage intensity and sensor polling frequency. The battery can be recharged between sessions using the provided charging cable.
