Big Hero 6-Inspired Micro-Robot Design
Budget / Salary$80–100
TypeFreelance project
LocationRemote
Posted2 hours ago
Hello Yernaidu,
Thank you for your proposal. I'm interested in working with you on my Big Hero 6-inspired modular micro-robot project.
I would like to clarify exactly what is included in your **$30 quotation**.
Does this price cover the complete engineering design package, including:
1. Complete mechanical CAD and 3D modeling (editable source files, STEP, STL, and manufacturing drawings).
2. PCB schematic and layout design, including Gerber files and BOM.
3. Two independently controlled robotic arms with adjustable angles and a target of 360° rotation.
4. Forward and backward movement mechanism.
5. Robot-to-robot docking and separation mechanisms.
6. Relative position detection between robots.
7. Bluetooth communication and microcontroller firmware.
8. Python-based PC software for real-time robot control and monitoring.
9. A dedicated 2-pin pogo-pin charging system and charging dock.
10. Complete manufacturing-ready files, assembly instructions, and component purchasing links.
My total budget is **KRW 500,000**, including your design fee, components, and manufacturing costs.
My goal is to manufacture as many fully functional robots as possible within this budget while maintaining all essential features.
Could you please confirm which of these deliverables are included in your $30 bid, which are excluded, and whether any additional charges would apply?
Thank you! I look forward to working with you.
Thank you for your proposal. I'm interested in working with you on my Big Hero 6-inspired modular micro-robot project.
I would like to clarify exactly what is included in your **$30 quotation**.
Does this price cover the complete engineering design package, including:
1. Complete mechanical CAD and 3D modeling (editable source files, STEP, STL, and manufacturing drawings).
2. PCB schematic and layout design, including Gerber files and BOM.
3. Two independently controlled robotic arms with adjustable angles and a target of 360° rotation.
4. Forward and backward movement mechanism.
5. Robot-to-robot docking and separation mechanisms.
6. Relative position detection between robots.
7. Bluetooth communication and microcontroller firmware.
8. Python-based PC software for real-time robot control and monitoring.
9. A dedicated 2-pin pogo-pin charging system and charging dock.
10. Complete manufacturing-ready files, assembly instructions, and component purchasing links.
My total budget is **KRW 500,000**, including your design fee, components, and manufacturing costs.
My goal is to manufacture as many fully functional robots as possible within this budget while maintaining all essential features.
Could you please confirm which of these deliverables are included in your $30 bid, which are excluded, and whether any additional charges would apply?
Thank you! I look forward to working with you.
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