Arduino Indoor Robotic Navigation Using Light-Dependent Resistor (LDR)
Budget: €30 – €250 EUR
I'm looking for a Arduino robotics expert to work on a project that involves using a pre-assembled robot to navigate inside a confined indoor space. Here's a detailed breakdown of the project requirements:
- The robot is pre-assembled and will be equipped with a Light-Dependent Resistor (LDR).
- The LDR will be used to detect a simple pattern, in this case, distinguishing between light and dark.
- The robot should be programmed to navigate to a specified drop-off point based on the LDR-detected pattern.
- Throughout the navigation process, the robot should be able to avoid obstacles it encounters in its path.
Ideal Freelancer:
- Strong background in robotics and prior experience working with pre-assembled robots.
- Proficient in programming the robot to respond to the LDR-detected pattern.
- Capable of ensuring the robot accurately reaches the drop-off point and navigates around obstacles.
- The robot is pre-assembled and will be equipped with a Light-Dependent Resistor (LDR).
- The LDR will be used to detect a simple pattern, in this case, distinguishing between light and dark.
- The robot should be programmed to navigate to a specified drop-off point based on the LDR-detected pattern.
- Throughout the navigation process, the robot should be able to avoid obstacles it encounters in its path.
Ideal Freelancer:
- Strong background in robotics and prior experience working with pre-assembled robots.
- Proficient in programming the robot to respond to the LDR-detected pattern.
- Capable of ensuring the robot accurately reaches the drop-off point and navigates around obstacles.