ESP32 CAN Bus Logger PCB

@ITECH

Having worked extensively with Arduino, I have a strong command over the ESP32 microcontroller, including its WiFi and Bluetooth capabilities. Additionally, my years of experience in electrical engineering have equipped me with the necessary skills to design and develop high-performing PCBs. I understand the importance of memory allocation for your web server and can ensure its efficient functioning even with other processes running. In terms of the specific components such as MOSFETs, drivers, and transceivers you mentioned, I can leverage my industry network to provide you with the most reliable and precise components available. My knowledge in electronics is constantly updated which enables me to identify better-suited alternatives that could enhance your project's performance. Moreover, my expertise extends beyond hardware design; I am adept at creating software solutions that seamlessly integrate with hardware components. This is significant for your project as your microcontroller needs to communicate effectively with the various elements through appropriate protocol. Finally, my end-to-end approach ensures a lack of communication gap between various aspects of a project, leading to increased efficiency and reduced development time. Let's work together to bring your motorcycle automation project to fruition!

@macroenergy

With over a decade of professional experience in the field of electrical engineering, I am confident in my ability to help realize your ESP32 CAN Bus Logger PCB project. Specifically, my expertise lies in digital motor control, analog design and electronic design which will all be instrumental in developing your motorcycle's CAN bus system. Having previously developed and implemented systems using similar components such as resistors, MOSFETs, and transceivers utilized in your project, I have a firm understanding of their functionality and can recommend better alternatives based on real-world performance. Moreover, given my extensive background in power electronics and renewable energy, I have acquired advanced skills that can help mitigate any potential challenge and ensure that your system operates optimally. With solid foundational knowledge of various microcontrollers including ESP32, ESP8266 and Arduino paired with modules like Bluetooth and WiFi, I am equipped to design an efficient web server for your project's needs.

@amelectronics

As an experienced Embedded Systems Engineer with strong expertise in Arduino, ESP32/ESP8266, and microcontroller-based development, I have a proven ability to convert ideas into reliable and efficient hardware-software solutions. My solid understanding of electronics, sensors, communication protocols, and real-time systems allows me to design and develop stable, optimized, and scalable embedded projects that perfectly match your requirements. My deep focus and attention to detail, developed through hands-on experience in embedded programming and hardware debugging, ensure that every aspect of your project is handled with precision. All firmware will be clean, well-structured, and fully documented, along with testing procedures and performance reports if required. I am also happy to provide optimization suggestions to improve power efficiency, performance, and system reliability. Beyond technical skills, I am a responsible and clear communicator who values deadlines and client satisfaction. You can trust me to deliver high-quality embedded solutions on time. Pricing is flexible and can be discussed based on the scope and complexity of your project, so feel free to share your requirements and budget. Let’s work together to turn your ideas into a fully functional and professional embedded system.

@mairajali11

As an experienced Electrical/Electronics Engineer, I believe I'm the perfect fit for your ESP32 CAN Bus Logger PCB project. I've been working as a PCB Designer for over 8 years and have expert knowledge in using Eagle, Altium, KiCAD, and EasyEDA for designing high-quality circuit boards. Not only can I design the PCB for you but I can also help you choose the best components and implement changes if necessary, based on my proficiency in MATLAB/SIMULINK & Python programming. Moreover, I command advanced skills in Arduino, Bluetooth, WiFi which are crucial for this project, and have hands-on experience working with similar microcontrollers like the ESP32. My familiarity with C/C++, AutoCAD, Multisim, Proteus, LTspice, and PSpice further enhances my capability to provide comprehensive solutions. Additionally, being a top-ranked Preferred Freelancer with 24/7 availability, ensuring on-time delivery within budget is my forte. With me on your team, you can be assured of not only a robustly designed PCB but also well-documented work that aligns with LaTeX formatting standards. Let’s collaborate to transform your vision into a remarkable reality! Feel free to reach out anytime to discuss your project - looking forward to hearing from you soon. #PCB #PCB_designing #Electrical #Electronics #ElectricalEngineering #MATLAB #SignalProcessing #Mathematics #Latex #AutoCAD

@markoa7

With my extensive experience in PCB design and development, I am confident in my ability to create the ESP32 CAN Bus Logger PCB that you need for your motorcycle project. Not only can I optimize the circuit layout to ensure high-performance and reliability, but I can also enhance the power supply circuits and utilize multi-layer designs for maximum functionality. Furthermore, my expertise extends to firmware development on microcontrollers like the ESP32 that you intend to use. I am adept at programming various communication protocols including CAN, which will greatly facilitate integrating the data from the motorcycle's CAN bus into your project. Additionally, my skills in implementing wireless technologies such as Wi-Fi and Bluetooth will be valuable for configuring the lights through a web server as you require. Lastly, I bring a strong understanding of RF design and analysis to the table. My capabilities in developing transceivers tailored to specific needs can improve the performance of your ESP32 with SN65HVD230 transceiver design. Moreover, my past experience in developing efficient LED driver circuits can greatly benefit your intention of controlling different outputs with PWM for dimming purposes based on ambient light conditions. All said, I am eager to contribute my passion and skills towards turning your idea into reality by designing a cutting-edge PCB that works flawlessly with your motorcycle’s CAN bus signals.

@hayteekeys

As an experienced Firmware and Hardware Engineer, specializing in Embedded Systems, I am thrilled about the opportunity to work on your ESP32 CAN Bus Logger PCB project. I have an in-depth understanding of microcontrollers, ARM, IoT devices – all of which will prove invaluable towards developing the system you are envisioning. One particular project that exemplifies my expertise is the design and development of a similar PCB for a high-performance automobile data logger system. This experience aligns squarely with your requirement to design a PCB that can effectively "listen" to signals from your motorcycle's CAN bus. Additionally, my skills in Power Electronics and familiarity with MOSFETs capable of PWM operation will ensure that your system's lighting control is both precise and efficient. Moreover, I have an impeccable attention to detail and will leverage my engineering background to select the most suitable components - resistors, voltage monitors and more - based on their known performance profiles in demanding environments. With me, you gain a dedicated professional committed to building robust solutions that last.

@BOSIREX

I am a mechatronic engineer with more than 5 years experience in embedded systems and I believe I can handle your task to perfection.

@Amidst

Hey there! I’m Alok, A PCB, Circuit and Mechanical designer with a passion for turning ideas into rock-solid, high-performance circuit boards. even expert on Python, C, C++ With nearly a decade of experience, I’ve tackled everything from compact consumer gadgets to complex industrial systems—always with a focus on precision, efficiency, and reliability. # Schematic & Layout Design – Clean, optimized, and manufacturable. # Component Selection & Library Management – No surprises, just the right parts for the job. # Reverse Engineering – PCB cloning, replication, and improvements. # Gerber, BOM & CPL Generation – Ready for seamless production. # DFM & DFA Expertise – Because great design means smooth manufacturing. # Multi-Layer, Flex, & High-Density PCB Design – Whatever the project needs. If you need a PCB and Code that’s efficient, reliable, and built for real-world performance, let’s chat. I’d love to help bring your project to life!

@mykolalus

⭐⭐⭐⭐⭐ Senior PCB & Firmware & Prototyping Engineer Here! ⭐⭐⭐⭐⭐ I have checked out your project details and I am confident that I can finish your project perfectly. I can help you turn this concept into a robust, production-ready hardware design. I have strong experience designing ESP32-based automotive/vehicular electronics, including CAN bus integration, high-current PWM outputs, and protected power stages. For your project, I would design a complete schematic and PCB around the ESP32 (with WiFi/BLE and sufficient flash/PSRAM), integrate the SN65HVD230 for CAN, and build a reliable 6-channel high-side or low-side power stage using properly selected automotive-grade MOSFETs and gate drivers. I will review your proposed D4184 + MIC4426 topology and, if beneficial, suggest better modern MOSFETs (lower Rds(on), logic-level, AEC-Q101) and more suitable drivers for clean PWM and thermal performance. The INA3221 monitoring will be implemented with correct shunt selection, filtering, and firmware-friendly layout for accurate “software fuse” behavior. The design will include proper TVS, reverse polarity protection, current sense filtering, CAN termination, USB-C programming, EMI considerations, and automotive-grade power conditioning. Deliverables would include full KiCad schematic, PCB layout, BOM, and design notes optimized for real-world motorcycle electrical environments. Looking forward to discussing more details. Regards, Mykola

@SMBelectronics

Hello, I’m Abbas Jawadwala, from SMB ElectroTech—a specialized electronic product development company with 6+ years of experience delivering production-ready electronics solutions, not just prototypes. Unlike most bids here, we operate as a dedicated engineering team, supporting clients across: 1. Electronics Hardware & PCBs (up to 32 layers) 2. Embedded firmware & RTOS development 3. IoT, cyber-physical systems & smart devices 4. Review, Diagnostics, and Troubleshooting Rather than writing a long pitch here, I’d prefer to talk through what you’re building, the expectations for this role, and how I could support the team on a quick call. If this aligns with what you’re looking for, please click the blue “Chat” button to start the conversation—I’d be happy to discuss your project in detail. Best regards, Abbas Jawadwala SMB ElectroTech PS :-To understand the quality of work we deliver, I recommend reviewing our Freelancer profile and the projects we’ve completed.

@jaredj49

Hi, I am a certified Electronics, Embedded Systems, and Automation Engineer based in the USA with experience designing vehicular CAN-based control hardware, motorcycle accessory controllers, and ESP32-based embedded systems. I can take your functional concept and convert it into a clean, manufacturable PCB that incorporates the ESP32, SN65HVD230 CAN transceiver, MIC4426 MOSFET drivers, INA3221 monitors, and properly selected high-current MOSFETs with PWM capability. In addition to schematic capture and PCB layout, I will handle component selection (including alternates), sizing of gate resistors, current sense paths, flyback protection, and connector/power domain considerations appropriate for a motorcycle electrical system. The firmware will expose a local WiFi web interface for configuration, process CAN frames for lighting logic, and include software fuse behavior using the INA3221 current measurements. Deliverables will include schematic, PCB layout files, Gerbers, drill files, CPL, BOM with MPNs, and a compiled firmware build with flashing instructions. If desired, I can also provide an enclosure recommendation and prototype support. Once complete, you will have a robust ESP32-based lighting controller capable of CAN-aware behavior and field configurability tailored to the motorcycle use case. Best regards. Jared

@yaroslavmark

✅ Okay, I got what you want exactly. I am an Embedded Systems & Hardware Design Engineer with over 10 years of experience, providing ESP32 firmware, CAN bus integration, power electronics, and automotive-grade PCB design. In my opinion, the cleanest approach is to design a robust ESP32-based controller with proper CAN isolation, stable MOSFET gate driving, and real-time monitoring so the lighting logic reacts instantly to bus events. I’d also structure the firmware so the web UI, CAN parser, and power control layers are cleanly separated for long-term maintainability. This project is very similar to my previous works. I’ve designed a 12 V automotive controller with 8 high-current PWM outputs (up to 20 A per channel), dual CAN transceivers, and INA-based current monitoring used as a software fuse. I handled schematic design, component selection, 4-layer PCB layout, ESP32 firmware, and validated PWM dimming stability at different loads. ✅ So, I will divide your project like following: ⚡ Define system architecture, component selection, and electrical protections ⚡ Design schematics and high-current, low-noise PCB layout ⚡ Develop ESP32 firmware (CAN decoding, PWM control, web configuration) ⚡ Bench testing, load validation, and refinement for motorcycle use Via private chatting or meeting, I will provide creative ideas and solid technical solutions for your project, and I’d like to discuss the budget and timeline in detail. Best regards, Yaroslav

@electronicsdone

Best ESP32 CAN Bus Logger PCB Design Partner ⭐⭐⭐⭐⭐ Hi, Thanks for sharing the scope clearly. I’ve designed PCBs for embedded microcontroller projects where reliable CAN bus communication, high-current outputs, and PWM control were critical. Your project is very doable. The goal is simple: deliver a fully engineered, production-ready ESP32 PCB that can read motorcycle CAN bus signals, control multiple high-current outputs, and provide stable web-based configuration. ✅ How I’ll Help You Succeed 1. Review your requirements and component selection (ESP32, MOSFETs, drivers, voltage monitors, and CAN transceiver) and optimize for performance and reliability. 2. Design a compact, robust 2-layer PCB with PWM-capable outputs, a CAN bus interface, USB-C programming, and proper component layout for high-current stability. 3. Provide complete schematics, PCB layout, BOM, and design notes, including suggested component values and improvements based on experience. ✅ I’ve delivered embedded and automotive PCBs where careful design, component selection, and attention to detail ensured reliable operation and simplified assembly/testing. ✅ Before I start, one quick thing: please confirm if you want me to suggest alternative MOSFETs or drivers for better efficiency and thermal performance. If you share that, feel free to message me, and we can align quickly. Best, Prat PCB Must Innovations

@julianm260

Hello, I’m an embedded systems and hardware design engineer with 6+ years of experience developing ESP32-based automotive and CAN-bus-enabled control boards, and I’ve carefully reviewed your ESP32 CAN Bus Logger PCB requirements for the CFMoto motorcycle use case. I’ve designed 15+ custom PCBs for vehicles and industrial environments, including 7 projects involving CAN bus (SN65HVD230 / MCP2551-class transceivers) and 10+ high-current MOSFET output stages (10–30A per channel) with PWM dimming. For this project, I would design a robust ESP32 PCB with WiFi/Bluetooth, integrated CAN transceiver, USB-C programming, and 6 protected output channels, using parallel MOSFETs driven by MIC4426 gate drivers to ensure clean PWM switching and thermal stability. I’ve previously implemented software-fuse logic using INA3221-style current monitors on 5 production boards, allowing real-time cutoff and fault reporting via a web interface. I pay close attention to the “small but critical” details—gate resistors, flyback protection, TVS diodes, proper ground planes, CAN termination, and automotive-grade power filtering—to ensure reliability in noisy motorcycle environments. I can also recommend alternative MOSFETs and protection components based on availability, efficiency, and thermal performance, backed by hands-on testing. Deliverables would include schematics, PCB layout, BOM with exact resistor values, and design notes, ready for fabrication and firmware integration. Best, Julian

@abids98

I specialize in Automotive Electronics and High-Current PCB design. I noticed a critical risk in your spec: the D4184 MOSFETs are only rated for 40V, which means they will likely fail during a standard alternator 'Load Dump' spike (up to 60V). I will upgrade these to automotive-grade 60V+ components to ensure the board survives. I can design this Smart Power Distribution Module using the ESP32 and SN65HVD230 exactly as requested, but with three industrial upgrades to ensure it works on a real motorcycle: Thermal Management (15A): Running 6x 15A channels requires massive current capacity. I will design the PCB with heavy copper pours and thermal via stitching to turn the board itself into a heatsink, ensuring the MOSFETs run cool even during PWM dimming. Protection: The INA3221 is great for monitoring, but I will add TVS Diodes on the 12V input to clamp voltage spikes before they destroy the ESP32 regulator or the CAN transceiver. CAN Integrity: I will implement proper 120Ω termination and common-mode chokes to ensure the ESP32 reads the Night Mode and Turn Signal messages cleanly without engine noise interference. I am ready to select the correct automotive components and route this board immediately. Best regards, Abid

@IdealExpert

Hi, I'm Aisha Mujahid, an academic expert with 12+ years of experience in research support, writing mentorship, and scholarly editing. I help students and professionals enhance their work for clarity, impact, and academic success. From refining essays to polishing manuscripts, I offer tailored guidance to elevate your writing and help you achieve academic goals. I specialize in Essays, Research Papers, Case Studies, Dissertations, and Any Other Assignments. Every project I deliver is original, Plagiarism and AI Free, Properly Referenced, and Tailored to your Specific Requirements. I have strong expertise in academic referencing and formatting styles, including APA, Harvard, Chicago, MLA, Vancouver, IEEE, and OSCOLA, ensuring accuracy, consistency, and full compliance with university and journal guidelines. If you’re looking for dependable academic support that truly delivers results, message me to discuss it further. Thank You!

@SolutionMart

My name is "Usama Safdar" and I am a Ph.D degree holder which means I am highly-capable to tackle this project "Content Editor " with 100 percent accuracy. I am a professional writer with over 6 years of experience in writing; Essays, Research Summaries, Thesis, Dissertation, Lab Reports and Case Studies. I always provide High-Quality Solutions within the shortest possible time with all instructions followed against very reasonable prices. I can manage works even with shortest deadlines like; "2500 words work in just 6 Hours" with very reasonable time. As a pro academic writer I am also familiar with all the referencing styles; such as APA, Harvard, OSCOLA, IEE, MLA etc. I always provide plagiarism-free solutions and as a prove I also provide "FREE Turnitin reports". For Samples, please visit my profile https://www.freelancer.com/u/SolutionMart Please message me to start the discussion. Thank You

@ahmedy607

Hello, This is exactly the type of ESP32 + CAN bus + high-current lighting control work I do. I have experience with PWM MOSFET drivers, current monitoring, and automotive-grade PCB design. I can handle the full schematic, PCB, BOM, and fabrication files. Please check my portfolio for similar projects. Best regards, Ahmed

@jefereng

Hello. This project is really similar to ones I’ve done in the past. About 3 years ago, I worked on a custom ESP32-based control and logging board for a motorcycle accessory system used on an adventure bike platform. The board listened to the vehicle CAN bus to detect lighting states, turn signals, and rider inputs. I handled the full schematic design, including CAN transceiver selection, power conditioning, and MCU pin mapping. High-current outputs were designed using parallel MOSFET stages with proper gate resistors and thermal balancing. I implemented PWM dimming for auxiliary lights and validated that it remained stable under engine vibration and voltage fluctuations. Current sensing was integrated to allow software-based overcurrent shutdown during fault conditions. I routed the PCB with wide copper pours and stitched vias to manage heat and current flow. EMI and transient protection were added to handle automotive noise and load dumps. I also implemented USB-based firmware flashing and basic WiFi configuration support. The final board was tested on a live motorcycle to confirm real-world behavior during night mode and turn signal events. Via private chatting or meeting, I will provide the creative idea and good tech solution for your project. And we will need to set the reasonblae budget and timeline. Best regards. Jeferen