Custom Autonomous MiP Robot Upgrade

@Mahihassi

With significant experience in working on firmware development, PCB design, robotics and control systems, as well as embedded systems, I am confident in my ability to transform your stock MiP into a truly autonomous companion with incredible mechanical capability. My dedicated background as an electrical engineer with a Master's in Embedded Systems aligns perfectly with the challenging requirements of this project. In particular, my proficiency revolves around using microcontrollers and embedded systems such as Raspberry Pi, Arduino, and various others for solving complex problems. The firm grasp I have on mechanical design would ensure a seamless integration of servos, robust cable paths, and elegant power distribution - all crucial to maintaining the delicate balance of the MiP whilst enhancing its functionality. Drawing from my vast experience, I know that clear communication, measurable milestones and swift adaptability are vital for successful project completion. I am fully onboard to schedule regular virtual meetings for real-time progress updates.

@ENG1mga

Welcome I MADE MANY SMART DEVICES THAT MANUFACTURED AND USED IN REAL YOU WILL GET IT DONE PERFECTLY IN LESS TIME CHECK MY LATEST REVIEWS > (http://www.freelancer.com/u/ENG1mga) I have previously worked on, Lifting Set of Drones Mechanism, Robotic Arm, Delivery Robot, Automatic Wiring Machine, Solenoid Engines, Car Rooftent, Boat Lift Mechanism, Shoe Treadmill Mechanism Mechanical Ventilator and many other projects. I use Solidworks, Fusion 360, and ANSYS, COMSOL I have a workshop specializing in all 3D printing and CNC machining work, so I strive to provide the highest quality and precision. Benefits: - I am a mechatronics engineer so I am aware of all integrated systems mechanical with electronics projects. - I've worked on over 110 successful engineering projects here, rather than pursuing a successful career isolated outside of the Freelancer platform. - Experience in computer-aided manufacturing (CAM), and sheet metal work. - Moulds and Injection Molding and Design for Manufacture (DFM). - CFD and FEA Analysis Finally, I'm honored to work with you, and I will strive to make you satisfied and meet all your expectations. We look forward to our fruitful discussion. Regards,

@markoa7

Hello, As a seasoned electronic hardware and firmware engineer with a profound love for transforming ideas into working solutions, I believe that I am the perfect match for your Custom Autonomous MiP Robot Upgrade project. Firstly, my expertise in PCB design and development, specifically in power supply circuits and multilayer designs, will come in handy while integrating your desired robotic arm into the MiP's chassis. Plus, my strong grip on various microcontrollers like the Raspberry Pi, STM32, and ESP32 aligns perfectly with your need for an onboard "brain" powering your robot. Secondly, given my extensive experience and mastery of communication protocols such as UART, SPI, Ethernet, USB, CAN and MODBUS, utilizing voice-command triggers and implementing forward-facing camera-based navigation with object tracking won't be a challenge. Moreover, my Arduino skills can add additional functionalities to your library of pre-programmed behaviors enabling more engagement with your robot. Lastly but crucially, my commitment to delivering cost-effective yet high-quality projects aligns perfectly with your needs. I pledge to provide measurable progress through clear milestones including hardware selection, 3D designs for arm servos mounting among others. As a freelancer who values effective communication and transparency in project management, I look forward to staying connected throughout this journey using platforms that suit you best. Thanks!

@AwaisChaudhry

Hi there, I’ve read your Custom Autonomous MiP upgrade brief and I’m confident I can deliver a self-contained, arm-enabled MiP that stays balanced and runs autonomously. I’ve hands-on experience building compact robotics with onboard brains (RPi/ESP32), multi-behavior flash storage, camera-based navigation, and on-device voice interaction. I’ll design a compact stack that runs entirely without phone control, stores several programs in flash, and uses a forward-facing camera for tracking objects. I’ll implement voice triggers and speech with a small speaker, all on-device. For the arms, I’ll design two or three servo-driven joints with proportional control, strong enough for basic pick-and-place tasks, and mount them with 3D-printed brackets that don’t affect CoG. I’ll route cables cleanly and adapt the MiP’s power rails or add a compact pack if needed. If you provide CAD, I’ll align the mounts to your shell. Milestones: hardware and stack selection, loom/PCB design, arm prototype test, firmware with multiple programs, voice scripts, integration and field testing. I’ll deliver a staged plan with check-ins and a visible prototype each milestone. I’m happy to jump on calls and iterate quickly. To proceed, share your preferred stack, any must-have constraints, and target lead times. Then we can lock in a timeline and start with a quick proof-of-concept arm demo. 1) What is your preferred onboard brain: Raspberry Pi (which model) or ESP32, or something else? 2) How many ser

@studiogo07

Hello there, I am thrilled to propose a comprehensive upgrade for your WowWee MiP robot, transforming it into a fully independent companion with enhanced capabilities. Leveraging my expertise in Arduino, Raspberry Pi, and robotics, I will integrate functional robotic arms with servo-driven precision for pick-and-place demos while maintaining the self-balancing chassis. To drive the robot's functionality, I will implement an internal "brain" (Raspberry Pi or MCUs like ESP32) to run onboard code independently, store multiple programs for dynamic behavior swapping, process a forward-facing camera for navigation, and handle voice commands with character responses through a small speaker. I will focus on two interaction modes: spoken commands and pre-programmed behaviors. Mechanical integration will be seamless, with custom mounts for the servo arms, ensuring a clean cable path without compromising stability. Collaboratively, we will set milestones for hardware selection, PCB design, arm prototype, firmware, voice scripts, and final integration to track progress effectively. Looking forward to discussing your preferred approach, lead time, and past projects demonstrating my proficiency in making small robots autonomous and expressive. Best regards, STUDIO GO

@hayteekeys

Hi, This is a fun and very doable upgrade, and it’s right in my wheelhouse. I can help turn the WowWee MiP into a fully autonomous companion robot while preserving its self‑balancing behavior and adding functional servo‑driven arms, vision, and voice interaction. PROPOSED STACK Brain: Raspberry Pi (Zero 2 W or Pi 4) for vision + speech, paired with an ESP32/STM32 for real‑time motor/servo control if needed. Arms: High‑torque micro servos (metal gear) with 3D‑printed brackets, balanced placement, and cable routing designed not to disturb CoG. Vision: USB or CSI camera for object tracking and navigation (OpenCV). Voice: Offline wake‑word + command recognition, TTS playback via onboard speaker. Power: Tap MiP rails where safe or introduce a dedicated regulated battery pack. FUNCTIONALITY Fully phone‑free operation Multiple stored behaviors/programs switchable on demand Proportional arm control for simple pick‑and‑place demos Autonomous behavior cycling + spoken command mode DELIVERABLES / MILESTONES Architecture & hardware selection Mechanical design (arm mounts, cable routing) Electronics & wiring/PCB (if required) Firmware + onboard behavior engine Vision + voice integration Final integration & tuning I’ve built autonomous mobile robots with vision, speech, and expressive motion, and I’m comfortable blending mechanics, embedded systems, and personality scripting.

@kkirandeep582

Hi I recently saw your project details for "Custom Autonomous MiP Robot Upgrade" After reading the job description, I quickly realized that your requirements precisely match my abilities. I am a master of detail, colour 3D modelling, and rendering design, 3D/2D home plan, home model interior, exterior, elevation, map, object model, 3D human characters, etc. Please ping me so we can discuss. https://www.freelancer.com/u/kkirandeep582 Thanks & Regards Kirandeep Kaur

@yaroslavmark

✅ Okay, I got what you want exactly. I am a robotics and embedded systems engineer with over 10 years of experience, providing end-to-end development across microcontrollers, Raspberry Pi, servo control, onboard vision, and mechanical integration for compact robots. In my opinion, the right way to upgrade the MiP is to keep its self-balancing system untouched while adding a lightweight, modular “upper body” driven by a dedicated brain that handles vision, voice, and behavior logic independently. I’d focus on tight weight distribution, smart power management, and expressive motion so the robot feels alive rather than hacked together. This project is very similar to my previous work. I’ve built a self-balancing service robot with dual 6-DOF micro-servo arms, where I designed custom 3D-printed mounts, tuned PID balance loops, and integrated an ESP32 + Raspberry Pi combo for vision and audio. On another project, I implemented offline voice commands, text-to-speech, and object tracking using a single forward camera, all running fully onboard without a phone. ✅ So, I will divide your project like following: ⚡ Hardware platform selection, power layout, and balance constraints review ⚡ Arm mechanics, servo sizing, and 3D-printed mount prototypes ⚡ Electronics, wiring loom, and firmware architecture ⚡ Vision, voice interaction, and behavior scripting ⚡ Final integration, tuning, and demo behaviors Best regards, Yaroslav

@Feriver

Hi, I can turn the MiP into a genuinely autonomous, expressive robot while preserving its self-balancing behavior and character. I’ve worked on small-scale robots where mechanical integration, power balance, and software architecture all have to coexist cleanly inside tight envelopes, and that’s exactly the challenge here. My approach treats this as a system upgrade, not a bolt-on mod. I’d define a stable internal control stack using either a Raspberry Pi paired with a real-time MCU or a high-performance MCU alone, depending on balance and power constraints. That brain would run fully offline, manage multiple stored behavior programs, process camera input for navigation and object tracking, and handle voice recognition and speech output locally. On the mechanical side, I’d design lightweight, servo-driven arms with printed mounts that respect MiP’s center of gravity, using clean cable routing and strain relief so balance isn’t compromised. Power would be carefully managed, either tapping regulated rails or introducing a dedicated battery with proper protection. Firmware, behavior scripts, and voice personality layers would be modular so you can expand capabilities later without rework. You’ll get clear milestones, documented hardware choices, tested firmware, and a robot that feels intentional—not hacked together. Regards, Asif Al Balushi

@LandMark

Hello Sir, I am excited about the opportunity to transform your WowWee MiP robot into an autonomous companion with enhanced capabilities, including functional robotic arms for pick-and-place demos. Leveraging my expertise in microcontrollers, embedded systems, and robotics, I will integrate a robust internal 'brain' for independent operation, program versatility, camera navigation, voice commands, and character responses. Mechanical integration will be meticulous, ensuring seamless arm movement and balanced power supply. Let's collaborate on milestone planning, hardware selection, firmware development, and personality scripts to achieve a fully autonomous and expressive MiP robot. How do you envision the first milestone progress? How do you envision the first milestone progress?

@redbrickamerica

Hello! Our experienced team at RedBrick American Engineering is prepared to transform your WowWee MiP into a fully-autonomous companion with enhanced capabilities. By integrating servo-driven robotic arms, a dedicated internal 'brain' (such as Raspberry Pi), and advanced features like onboard program storage, forward-facing camera processing, and voice-command triggers, we'll elevate its functionality and interaction levels. Our expertise in prototyping, mechanical engineering, and embedded systems ensures a seamless integration process. Let's collaborate on milestones for hardware selection, firmware development, and final integration to achieve measurable progress. What is your preferred timeline for this exciting project?

@Alimagdi10

I am a software engineer with mechatronics engineering background in the field of robotics and embedded systems. I ve already worked before on similar projects using cad design tools and raspberry pi controller. I am confident that I can get this project done. Please have a look at my portfolio, and hopefully hearing from you soon.

@electronicsdone

Best Embedded & Robotics Systems Partner ⭐⭐⭐⭐⭐ Hi, Thanks for sharing the scope clearly. I’ve supported small autonomous robotics projects where sensor integration, mechanical modifications, embedded control, and real-time behavior programming required careful design, coding, and testing. Your project looks very doable. The goal is simple: upgrade your MiP robot with functional arms, autonomous navigation, voice commands, and onboard program storage while maintaining balance and reliability. ✅ How I’ll Help You Succeed 1. Select and integrate the internal “brain” (Raspberry Pi, ESP32, or another MCU) for onboard autonomous operation. 2. Implement storage and management of multiple behavior programs in flash memory for on-the-fly switching. 3. Integrate a forward-facing camera for navigation, object tracking, and mapping. 4. Develop clean embedded control code for the arms, sensors, and navigation systems. ✅ Before I start One quick thing: Could you confirm the preferred MCU/board for the “brain” and whether you want full voice commands from day one or just autonomous pre-programmed behaviors? If you share that, feel free to message me and we can align quickly. Best, Prat PCB Must Innovations

@kashiffaiz3

Hello, Having over half a decade of experience as a 3D modeler, I believe I am the ideal choice for your Custom Autonomous MiP Robot Upgrade project. My mastery in Blender, Zbrush, and SolidWorks combined with my adeptness in slicing softwares such as Cura, PrusaSlicer, Netfabb, and Meshmixer ensure not only visually stunning 3D models but also robust structural integrity for quality 3D printing - which is crucial for your unique project. Furthermore, understanding and transforming imaginative concepts into tangible realities is what I thrive in doing; whether it's rapid prototyping or complex product designs. Similarly, your concept-driven project of giving functional robotic arms to your MiP robot aligns perfectly with my skills and experience. I have always made it a point to closely cooperate with my clients to grasp their unique vision and establish long-lasting partnerships. My past works involved similar projects where not only did I 3D print intricate robotic parts but also designed efficient cable paths that wouldn't affect balance or prevent smooth functioning. This is exactly what you require for the mechanical integration of the arm servos on your MiP robot. Lastly, the fact that you're open to new ideas aligns well with my approach; if there are any clever tricks for gesture sensing or other inputs, I will make sure to incorporate them in this project! Thanks!

@arifinjulian

Your requirement for an automated system using Distance Sensors to trigger Servo movements is a classic mechatronics challenge that requires precise signal filtering to avoid false triggers. I can implement a robust "Object Detection & Action" logic for you, ensuring the servo responds smoothly as soon as the threshold distance is met. I have extensive experience in robotics and IoT using the Arduino ecosystem. In fact, my work in robotics has been widely covered by Indonesian national media (you can search for "Muhammad Arifin Julian" to see my track record in advanced robotic systems). I will provide you with clean, documented code and a clear wiring diagram to ensure everything works perfectly on your end. I can complete this within 7 days and I am ready to start immediately. Do you need the servo to hit a specific angle (like 90°), or should its movement be mapped to the exact distance of the approaching object?

@borisdeveloper71

Hello,there Thank you for posting your project, "Custom Autonomous MiP Robot Upgrade." I've read the description carefully and am confident that I can successfully complete this project. I have over 7 years of experience in Microcontroller, Mechanical Engineering, Robotics, Arduino, 3D Printing, Raspberry Pi, Embedded Systems, Prototyping. I have done some projects as smiliar as this one. I can share my previous project experience if you'd like. I enjoy learning new technologies and taking on challenges, even those that seem impossible. I'm very interested in this project and am confident that I can deliver the best results possible without stress. I look forward to working with you. Best regards, Boris

@draganm59

Hello Employer, I am excited about the opportunity to collaborate on upgrading your WowWee MiP into a fully autonomous companion. With extensive experience in robotics, microcontroller programming, and mechanical integration, I am well-equipped to transform your vision into reality. I understand that your project requires enhancing the MiP with functional robotic arms while maintaining its self-balancing capabilities. My approach will involve selecting the appropriate internal "brain"—whether a Raspberry Pi, ESP32, or another MCU—to run onboard code independently. This setup will allow for storing multiple programs and integrating a forward-facing camera for navigation and object tracking. Additionally, I'll focus on implementing voice-command triggers and ensuring the robot can communicate effectively using a small speaker. While spoken commands and pre-programmed behaviors are priorities, I am open to exploring gesture sensing if it enhances the user experience. Mechanical integration will be crucial, and I will design custom mounts and brackets for the arm servos, ensuring that cabling remains unobtrusive and balance is retained. If required, I will also develop solutions for accessing the MiP’s power rails or incorporating a new battery pack, utilizing CAD files for precision. To ensure transparent progress, we can outline milestones together, covering hardware selection, prototype development, firmware, and final integration. I am available for regular calls and updates, and I welcome your input to tailor this project to your expectations. Looking forward to the possibility of working together to create a more capable and expressive MiP. Best regards, Dragan M.

@luanlrx

I am a perfect fit for your project to transform your stock WowWee MiP into a fully-independent companion with functional robotic arms while maintaining its self-balancing chassis. I understand the importance of a clean, integrated design with servo-driven, proportional arms, seamless cable management, and automated onboard control without requiring phone connectivity. With expertise in Raspberry Pi, ESP32, custom firmware, 3-D printing, and robotic integration, I can develop a professional, user-friendly system featuring onboard program storage, real-time camera processing, and voice-command interaction. While I am new to Freelancer, I have tons of experience and have done other projects off site. I would love to chat more about your project! Regards, Luan

@jefereng

Hello. This project is right up my alley because I have done similar work before I previously worked on a small self-balancing service robot built around a modified consumer toy base while I was contracting for a university robotics lab. My role covered mechanical integration, electronics selection, and firmware architecture. I designed and 3D-printed arm mounts that attached to an existing plastic shell without compromising the center of gravity. I selected metal-gear micro servos and tuned torque limits to avoid destabilizing the balance controller. I integrated a Raspberry Pi for high-level behaviors alongside a dedicated MCU handling real-time motor control. Here are some of my questions to clarify. ★ Are you leaning toward keeping the MiP’s original balance controller active or replacing it entirely with a custom control stack ★ Do you have target payload weight and reach in mind for the robotic arms ★ Would you prefer offline voice recognition only or is limited cloud connectivity acceptable ★ Are there size constraints for the internal compute board and speaker placement ★ Do you want the arms to be removable modules or permanently integrated into the shell Looking forward to collaborating with you! Shoot me a quick message here, and let’s chat more about you and the project. Best regards, Jeferen