Description

What will be in Gorilla Intermediate Board kit.

1. Gorilla Board: A versatile programming board for robotics and embedded electronics experiments, featuring an advanced C-type port, built-in temperature sensor, light-dependent resistor (LDR), RGB SMD LED sensors, and display.
2. G Shield Driver: Essential for controlling motors and executing robotic movements.
3. 4 Wheels and 4 BO Motors: Components for constructing various mobile robots.
4. Robo Hexo Chassis: A sturdy frame for robot assembly.
5. OLED Display: For visual feedback and data display.
6. Ultrasonic Robot Sensor: Enables distance measurement and object detection.
7. Bluetooth Module: Facilitates wireless communication and control.
8. 50 Male-Female Wires: For robust and flexible connections.
9. C-Type Cable: For programming and data transfer.

10. Experiments Digital Book: A comprehensive guide with step-by-step instructions.
11. 3D Printed Eyes Head: Adds a human-like touch to the robot, enhancing engagement.
12. Servo Motor: Provides precise control over movements.
13. 2 Mini Breadboards: For assembling and testing electronic circuits.
14. Soil Moisture Sensor: For measuring soil humidity levels.
15. 2 Channel Relay: For controlling high-power devices.
16. Submersible Motor and Pipe: For creating water-related projects.
17. 2 IR Sensors: For obstacle detection and line following.
18. Fire Sensor Module: For detecting fire and smoke.

Experiments and Projects: 12+ 

With this kit, students can undertake more than 15 intermediate experiments and projects, including but not limited to:

1. LED Blinking using Programming: Introduction to basic programming and circuit building.
2. Traffic Light Simulation: Understanding sequencing and timing using LEDs.
3. Temperature Measurement Experiment: Utilizing built-in sensors to monitor and display temperature.
4. 7 Segment Counting Project: Learning about digital displays and counters.
5. Automatic Street Light On/Off: Practical application of LDR sensors for real-world scenarios.
6. Object Detection and Measurement (Radar Project): Implementing ultrasonic sensors for detecting and measuring distances.
7. Obstacle Avoider Robot: Building a robot that navigates around obstacles autonomously.
8. Bluetooth-Controlled Robot: Programming and controlling a robot via Bluetooth.
9. Agriculture Automation: Using soil moisture sensors and relays to automate watering systems.
10. Home Automation Lights using Relay: Controlling home lighting systems remotely.
11. Line Follower Warehouse Robot: Designing a robot that follows lines for warehouse automation.
12. Fire Fighting Robot: Creating a robot that can detect and respond to fire.

These featured projects are designed to ignite students’ interest and provide a solid foundation in robotics. Additionally, the open-ended nature of the kit encourages students to explore and develop their unique experiments, fostering creativity and innovation.