USB Robotic Mouse Controller

@sajjadtaghvaeifr

Hi, I hope you are doing fine. I have PhD in mechanical engineering from Tohoku University of Japan. I have published 20 Journal papers and 16 international conference papers. I have a lot of experience in automotive, aerospace, biotechnology, computers, electronics, microelectromechanical systems, energy conversion, robotics and automation, and manufacturing. I am also expert in mechanical engineering softwares including Ansys, Fluent, Comsol, CATIA, Solidworks, Abaqus and Inventor. I'm interested in your project. Please send me a message so that we can discuss more. Best regards. please check my portfolio link: https://www.freelancer.com/u/sajjadtaghvaeifr

@markoa7

As someone who has a track record of bringing novel electronic concepts to life, I believe I'd be the perfect fit for your USB Robotic Mouse Controller project. My mastery of PCB design and development is perfectly aligned with your need for mechanical precision and stability. Furthermore, my expertise includes crafting resilient power supply circuits and multilayer designs for embedded systems—competencies that will be integral considering the complexity of this project. On the firmware front, I'm no stranger to working with microcontrollers such as STM32, DSPIC, ESP32, and ESP8266 - all of which will come into play during your project. Coupled with my proficiency in communication protocols like UART, SPI, Ethernet, USB – I can guarantee effective parsing and conversion of coordinate data into arm kinematics with smooth paths. Lastly, my skills extend to 3D Design and Robotics which means that not only can I deliver on the hardware but also provide solid assembly instructions that are crucial for an intricate project like this. When you hire me, be assured you're placing this important task into capable hands committed to precision and meeting deadlines—an assurance that comes from my proven ability in designing high-quality hardware coupled with efficient software to deliver flawless solutions.

@AwaisChaudhry

Hello, I understand that you need a device that uses a robotic arm to control a desktop mouse in real time, guided by X/Y coordinates sent from the PC. My approach will focus on designing a robust mechanical system with a stable base and an efficient end-effector for gripping the mouse. I will ensure the firmware can accurately interpret USB data, allowing smooth arm movements and precise clicks. Additionally, I will develop a lightweight utility for your PC for calibration and data streaming. I’ll provide comprehensive documentation, including schematics, a BOM, and well-commented code. What specific size or weight limits do you have for the robotic arm and base? Thanks,

@Ryan15222

HI, I’m very interested in building your mechanical mouse-moving device and can deliver a precise, reliable system that mirrors real human input. I have strong experience in robotic mechanisms, custom actuators, microcontroller firmware, and PC-to-device communication, which aligns directly with your requirements. My approach includes: • Designing a stable 2–3 DOF robotic arm with low-backlash drives, a secure mouse end-effector, and a rigid base to ensure consistent pad alignment. • Developing firmware to parse your USB data stream, translate absolute coordinates into smooth kinematics, handle acceleration limiting, and perform accurate left/right clicks. • Providing a lightweight PC utility for streaming coordinates, calibration, and diagnostics. • Delivering schematics, BOM, firmware, PC software, build instructions, and a demo video verifying ±0.5 mm accuracy over 200 mm travel. Before starting, I’ll share a detailed proposal covering architecture, components, timeline, and testing methodology to guarantee your acceptance criteria are met. I’m ready to begin immediately and welcome any technical questions you’d like clarified.

@hayat38402

Hi, how are you doing? I went through your project description and I can help you in your project. your project requirements perfectly match my expertise. We are a team of Electrical and Electronics engineers, we have successfully completed 1000+ Projects for multiple regular clients from OMAN, UK, USA, Australia, Canada, France, Germany, Lebanon and many other countries. We are providing our services in following areas:  Embedded C Programming.  VHDL/Verilog, Quartus/Vivado, LABView/ Multisim/PSPICE/VLSI  MATLAB/SIMULINK  Network Simulator NS2/NS3  Microcontroller like Arduino, Raspberry Pi, FPGA, AVR, PIC, STM32 and ESP32.  IDEs like Keil MDK V5, ATmel studio and MPLab XC8.  PLCs / SCADA  PCB Designing Proteus, Eagle, KiCAD and Altium  IOT Technologies like Ethernet, GSM GPRS.  HTTP Restful APIs connection for IOT Communications. Also, we have good command over report writing, I can show you many samples of our previous reports. Kindly consider us for your project and text me so that we can further discuss specifically about your project's main goals and requirements

@smparchitects

Hello; We reviewed your project summary. We have excellent ideas for your project and we are very experienced in these projects. We are an architectural company made up of professional architects. We can complete your project in quality above your expectations. You can view our project examples from our profile. https://www.tr.freelancer.com/u/smparchitects?w=f Please contact us to talk about the details of your USB Robotic Mouse Controller project. Best regards SMP ARCHITECTURE DESIGN & MODELING COMPANY

@yilinw010924

Hello! How are you? I can deliver a fully mechanical mouse-actuation system that tracks your PC’s streamed coordinates with ±0.5 mm accuracy over 200 mm. My approach combines a rigid XY linear stage (belt/rails or ball-screw for higher precision), a compact Z-axis click actuator, and a custom end-effector that securely holds a standard mouse while maintaining low friction on the pad. Electronics will use an STM32 or ESP32-S3 USB device to parse your PC’s coordinate/click packets, feed them into smooth trajectory planners, and drive stepper/servo motors with clean acceleration profiles to avoid overshoot. I’ll provide full kinematics, calibration routines, and a minimal PC utility (CLI/GUI) for streaming and zero-point alignment. Deliverables include CAD, schematics, firmware, the streaming app, BOM, assembly instructions, and a demo video showing repeatable accuracy. Best regards, YiLin Wang.

@sakshis576

With my broad skillset in 3D Design and Robotics, I am confident in my ability to meet your stringent demands on the USB Robotic Mouse Controller project. Combining my proficiency in Arduino, Electronics, Mechanical Engineering, and more, I will ensure a comprehensive solution that addresses all the core expectations of your project and delivers the necessary precision and reliability. In terms of approach, I would begin by focusing on the mechanical design which includes drive selection, creating an end-effector to grip the mouse, and constructing a stable base. Then I would delve into developing a control firmware capable of parsing steady USB data feed, converting coordinates into arm kinematics, smoothing paths, and executing left/right clicks.

@redbrickamerica

Hello! We are prepared to undertake the USB Robotic Mouse Controller project with precision and expertise. Our team of skilled engineers specializes in Microcontroller programming, Arduino integration, PCB Layout design, and Embedded Systems development. For the robotic arm, we'll design a stable base, end-effector for gripping, and select optimal drives for smooth motion. Our control firmware will translate USB data into arm kinematics flawlessly, ensuring accurate mouse control. A user-friendly PC utility will streamline data streaming and calibration. Expected completion within 30 days. Are you ready to move forward with us? Cheers, RedBrick American Engineering

@cesur135

From the moment I started reading your project description for the USB Robotic Mouse Controller, I felt that it was right up my alley. With over a decade of hands-on experience in Industrial Automation, I've honed my skills in Electronic Engineering and Embedded Systems which are crucial for designing the mechanical aspects of the robotic arm and its firmware. My proficiencies extend to working with sophisticated systems like Siemens TIA Portal, Simatic Manager and their WinCC SCADA program. Given this is a project that deals with intricate control Firmware and a cli/gui based utility while ensuring consistent precision and reliability (something I prioritized while at the Water Treatment Plant project), I'm confident in my ability to meet and exceed your expectations. I understand your criteria explicitly, from smooth arm kinematics execution to the accurate conversion of USB data feed to coordinate-streams. Having worked on numerous projects where BOMs, source code documentation, assembly instructions were paramount, the completeness of my deliverables would leave no room for dissatisfaction. Let's get started.

@OnkarGraphics

With my extensive skills in 3D design and mechanical engineering, I am more than qualified to handle the complexity of your USB Robotic Mouse Controller project. My knowledge in SolidWorks, 3d max, Blender, Autocad, and other designing software guarantees a precise mechanical design that encompasses all your core expectations. Not only will I provide you with a high-quality mechanical design for the robotic arm but also with control firmware capable of parsing steady USB data feeds and converting coordinates into arm kinematics. I will utilize every resource at my disposal to ensure the smoothest path for your robotic arm, providing a lightweight PC utility (CLI or GUI) that streams coordinate data accurately. In addition to this, as an artist focused on accuracy and bringing ideas to life, I assure you of a working demo video with acceptance metrics exceeding your expectations. I prioritize precision and reliability, keeping meticulous records via schematics, BOMs, source codes, assembly instructions to make future improvements or repairs seamless. Looking forward to discussing more details with you!

@electronicsdone

Best USB Robotic Mouse Controller Design Expert! ⭐⭐⭐⭐⭐ Dear Davidenead, I can help you develop a complete hardware-driven robotic mouse controller system, covering mechanical actuation, precision motion control electronics, USB data-handling architecture, and a fully engineered mechanism capable of replicating human-level pointing accuracy. With 30+ years in electromechanical systems, robotics, and custom PC-linked hardware design, I’ll focus on a practical, calculation-backed solution. ✅ 1. Valuable Suggestion: Based on experience, using a dual-stage drive (coarse linear motion + high-precision fine actuator) greatly improves repeatability and ensures smooth paths even at high update rates from the PC. ✅ 2. Similar Projects: 1. High-precision XY actuator for optical test benches 2. USB-controlled robotic button-press rigs 3. Custom electromechanical automation platforms for PC-guided workflows ✅ 3. What You’ll Get: 1. Motion-control calculations and kinematic modelling 2. USB communication handling design 3. System schematics and block diagrams ✅ 4. Quick Questions: 1. What travel range and max speed should the arm achieve? 2. Do you prefer belt drive, linear actuator, or hybrid motion? This platform doesn’t allow me to message first—you’ll need to initiate the conversation. Best regards, PCB Must Innovations

@milosk4

With a decade long experience and a master's degree in Electrical Engineering under my belt, rest assured your USB Robotic Mouse Controller project is in the hands of an expert. Having worked on over sixty projects with successful track records, I have established myself as a reliable partner who can turn your ideas into fully functional products. Specializing in embedded systems, IoT devices, PCB design, and smart sensors, I have developed a diverse skill set that aligns perfectly with the core expectations of your project. My proficiency in using Arduino, Electronics, Embedded Systems, Microcontroller, PCB Layout and knack for designing schematic diagrams will ensure that your robotic arm has the necessary drive selection, end-effector and stable base to perfectly move and click the mouse across the flat pad. Additionally, my extensive experience in developing firmware capable of parsing steady USB data feeds and converting coordinates into arm kinematics gives me a unique advantage in this line of work. I understand the importance of path smoothing and executing left/right clicks promptly without any lags. With me on board you can expect detailed schematics, BOM alongside well-commented source code and assembly instructions ensuring easy replication or modification if needed. Together let's bring your innovation to life with precision and reliability.

@peconsultation

Hello, I can design a robotic arm system that mechanically moves and clicks a standard desktop mouse with high precision, directly following real-time X/Y coordinates from your PC over USB. The solution includes a stable base and end-effector designed to securely grip and manipulate the mouse, motorized drives optimized for smooth, repeatable motion, and kinematic algorithms in firmware that parse coordinate streams, smooth trajectories, and trigger left/right clicks. I will also provide a lightweight PC utility for calibration and data streaming. Deliverables include full mechanical schematics, BOM, firmware source code, assembly instructions, and a demo video showing ±0.5 mm accuracy over a 200 mm range, with a clear build timeline and component selection plan.

@CaliforniaVibe

Hello,\n\nThe USB Robotic Mouse Controller project aligns perfectly with our expertise in mechanical design and embedded systems. We will create a robust robotic arm, ensuring precise movement and stable operation, while also implementing control firmware that reacts seamlessly to USB coordinate data. Expect clear schematics, a comprehensive BOM, and a demo video showcasing accuracy.\n\nWe can deliver initial designs and calibration utilities within two weeks, enabling a clear timeline for refined iterations. What specific features would you like in the calibration utility? \n\nThanks,\nTHE CALIFORNIA STUDIO

@Physicsdemon

As a manufacturing and industrial engineer with strong experience in precision motion systems and robotics, I can deliver a fully engineered solution for your mechanical mouse-control device exactly as specified. My proposed approach includes designing a rigid, low-deflection motion platform using high-accuracy linear guides and stepper-based actuators to achieve ±0.5 mm repeatability over the required travel range. I will develop a compact robotic arm/end-effector that securely grips and clicks a standard mouse without drift, supported by a stable base and fixed pad interface. On the electronics side, I will implement firmware that reads USB-streamed absolute X/Y coordinates, performs kinematic conversion, smooths trajectories, and executes click commands with consistent force. The project will include schematics, BOM, CAD assemblies, source code, calibration utility, and assembly instructions, along with a functional demo video validating accuracy. My workflow is milestone-based, transparent, and focused on reliable, real-world performance.

@romank94

Perfect!!! I'm Roman-- an Embedded Systems and AI Engineer with a passion for developing intelligent edge devices that can act in real time. Having worked extensively with single-board computer (SBC) platforms like the NVIDIA Jetson, Raspberry Pi, and Google's Coral TPU, I am confident in being able to deliver a robust solution that meets the complex requirements of your USB Robotic Mouse Controller project. To accomplish this, my approach is multifaceted. I'll undertake the mechanical design and assembly of your robotic arm from the drive selection to opting for an end-effector that securely grips the mouse. For precise control, my firmwares will parse the USB data feed, convert it into arm kinematics, smoothen paths, and execute left/right clicks expertly mirroring human-like action. I'm also skilled in building user-friendly interfaces and would provide you with a lightweight PC utility that streams coordinate data and allows for basic calibration. Assuring comprehensive documentation such as schematics, BOM, well-commented source code, assembly instructions will be rigorously maintained. Additionally, I'm willing to put in any extra effort needed to demonstrate precision in performance metrics through a working demo video. Let's work together to create a game-changing device that aligns perfectly with your needs.

@nikolaic5

I can build the full electromechanical solution you’re describing—mechanical arm, USB firmware, and PC streaming tool. My approach uses a compact 2-axis belt/linear-rail system with a low-profile Z-axis click actuator so motion stays stable and repeatable. The controller parses incoming USB packets, converts the coordinates into absolute positions, and applies smoothing to avoid jerk. I’ll deliver schematics, BOM, firmware, a calibration utility, and demo footage proving ±0.5 mm accuracy over the 200 mm range.

@rudyw2

I can design a robust, quiet, and precise mechanism that physically moves a mouse exactly where your software requests. The motion platform will use stepper-driven linear stages, and a low-mass end-effector to track coordinates in real time. Firmware will handle USB commands, interpolation, homing, and click actuation with force control. You’ll receive full documentation, CAD, assembly instructions, and a PC tool for coordinate streaming and calibration.