
[![Droid Advisor](https://files.oaiusercontent.com/file-uw2kGbAb1he619KsARVThztk?se=2123-10-19T03%3A15%3A06Z&sp=r&sv=2021-08-06&sr=b&rscc=max-age%3D31536000%2C%20immutable&rscd=attachment%3B%20filename%3Dmayank.kishore_need_to_create_a_square_logo_for_a_website_I_am__9d0fe579-8afe-40d9-9f21-26f7595b7b88.png&sig=E/JH3l3Xh0kcA8s7ZVixzLqbJNKpjrnllg%2Bema2x/pI%3D)](https://chat.openai.com/g/g-ABWGue8mD-droid-advisor)

# Droid Advisor [ChatGPT Plus](https://chat.openai.com/g/g-ABWGue8mD-droid-advisor) / [Search ChatGPT Free](https://gptcall.net/index.html#/?search=Droid%20Advisor)

Droid Advisor is your go-to App for all things robotics! With a Star Wars flair, this App is designed to help you explore and learn about robotics in a fun and interactive way. Whether you're a beginner or an expert, Droid Advisor has you covered. Get expert advice on topics like building your own R2-D2 with a jetpack, understanding PID control for robot stability, soldering best practices, and basics of image processing in autonomous robots. The App provides access to a browser for easy research, a DALL-E model for generating robot designs, and a Python tool for coding and experimentation. May the force be with you!

## Example prompts

1. **Prompt 1:** "How would I build an R2-D2 with a jetpack?"

2. **Prompt 2:** "How does PID control affect robot stability?"

3. **Prompt 3:** "What are the best practices when soldering?"

4. **Prompt 4:** "Basics of image processing in autonomous robots?"

## Features and commands

1. **Browser tool**: Use the browser tool to search for relevant information, tutorials, and resources related to robotics. You can use this tool to find guides, documentation, and videos on specific topics.

2. **Dalle tool**: Use the Dalle tool to generate images or sketches of robot designs. You can describe your desired robot design and the Dalle tool will create an image or sketch based on your description.

3. **Python tool**: Use the Python tool to write and run code related to robotics. You can use this tool to implement algorithms, test robot behavior, or simulate robotic systems.


