ROS 2 AMR – Motor, LiDAR SLAM & Autonomous Navigation Integration

@tshibsamuel477

Hi there, I carefully reviewed your project requirements, from integrating the Nidec motors and FBL2360TE controller into ROS 2 through encoder odometry, TF, SLAM Toolbox, and final Nav2 tuning on the physical robot. My background in mechatronics and embedded systems, including motor control, sensors, communication interfaces, real-time systems, and hardware/software integration, fits this project well. I can structure the motion interface cleanly, ensure accurate encoder-based odometry and TF alignment, integrate the existing LiDAR for SLAM, and configure the Nav2 stack with attention to CPU usage, localization stability, obstacle avoidance, and safe motion control. I can also support the transition from simulation to the real robot, including PID tuning, velocity limits, costmaps, inflation parameters, recovery behavior, and validation through ROS bag files or recorded autonomous runs. Just send me a message with your current ROS 2 setup and FBL2360TE communication details, and I can start quickly. Best regards, Samuel tshibangu

@shadabkhan92

With an extensive background in Arduino, Electronics, Embedded Systems and Microcontroller programming, I am well-equipped to tackle the challenges of your ROS 2 AMR integration project. My experience aligns perfectly with what you've outlined, from bringing in the FBL2360TE controller and quadrature encoders into ROS 2 to ensure accurate wheel odometry, to fine-tuning PID for the FBL2360TE motor controller and everything in between. Not only do I have hands-on proficiency in ROS 2 and TF2 that you need for the project, but I also boast a deep understanding of Nav2 autonomous navigation stack - crucial for this implementation. Furthermore, my familiarity with SLAM Toolbox will ensure your 2-D LiDAR's scans are perfectly aligned with reliable loop-closure for consistent map-building in your warehouse environment. My expertise extends beyond just software into hardware as well, which includes knowledge about Nidec motors and the FBL2360TE controller, giving me a comprehensive perspective into optimizing their performance within ROS 2 ecosystem. Partnering with me not only means exceptional implementation of technical facets but also a holistic understanding of the entire system. Let's build something remarkable together!

@Qupati

Hi! I’m a Mechatronics & Robotics Engineer with 5+ years of experience in ROS1/ROS2, differential-drive robots, encoder odometry, TF2, LiDAR SLAM, Nav2, and real-hardware integration. This project strongly matches my experience. I have worked on real differential-drive robots involving wheel encoder calibration, odometry/TF debugging, LiDAR integration, SLAM, localization, and autonomous navigation. I can support the complete pipeline: * Integrate the FBL2360TE motor controller and encoders with ROS2 * Convert `/cmd_vel` to wheel commands and publish accurate odometry * Configure `odom → base_link` and LiDAR TF frames * Set up and tune SLAM Toolbox for warehouse mapping * Configure Nav2 localization, planners, controllers, costmaps, and obstacle avoidance * Tune PID, wheel parameters, velocity limits, inflation, and recovery behaviors * Optimize the stack for onboard CPU performance * Validate first in simulation, then tune on the physical robot * Provide ROS2 packages, launch/YAML files, rosbag tests, and documentation I prefer to build this systematically: **motor control → odometry/TF → LiDAR/SLAM → Nav2 → real-robot tuning and validation.** I’m ready to start with the FBL2360TE interface and encoder feedback. Best regards, Hussein Ali

@rfandelectronics

As a seasoned professional in the field of RF & Electronics Engineering with a comprehensive understanding of embedded systems and microcontrollers, I believe I have the right mix of skills to excel at your ROS 2 AMR project. My primary focus is on delivering optimized and highly efficient solutions, which aligns perfectly with your objective of integrating the motor, LiDAR SLAM with autonomous navigation. My experience includes working with systems similar to the ones in your project - both in simulation and in their physical form - performing diverse tasks ranging from configuring motion stacks to handling sensing layers. This experience will enable me to seamlessly blend your differential-drive robot using Nidec motors and FBL2360TE controller within ROS 2 environment. In addition, my skills in MATLAB-based modeling and signal processing can be instrumental in ensuring accurate wheel odometry, reliable loop-closure, path planning, obstacle avoidance, localization and dynamic obstacle avoidance. With a holistic approach towards development – from concept to actualization - and hands-on experience that closely match this project's demands, I am confident in my ability to deliver high-quality results within stipulated timelines while ensuring all benchmarks are met successfully.

@Hmdlawal

As an experienced Embedded Systems & Hardware Engineer, I've specialized in ROS 2 and have a deep understanding of the intricacies involved in integrating complex motion stacks. Having successfully designed circuits and developed firmware for numerous high-speed, compute modules backed by rich expertise in both hardware and software integration, I have full command over using and troubleshooting FBL2360TE motor controller through ROS 2. I have a wide range of experience working with various sensors (including LiDARs) on different platforms, stitching them together with SLAM Toolbox for map building. In addition to using Nav2 for autonomous navigation effectively, I am especially proficient in tuning the PID controllers (a skill crucial for your project). Your project would not just require theoretical understanding but also practical know-how (working on physical robots), where my prior hands-on experience will come in handy. With meticulous attention to detail and rigorous protocol-based testing, I am committed to delivering to you a fully optimized ROS 2 setup with seamless motion stack, efficient SLAM Toolbox use for reliable mapping, as well as robust Nav2 stack for precise localization and obstacle avoidance.

@bhargav922002

Hello, I'm bharghav, and I bring over 10 years of experience in matching job skills, particularly in C++ programming. My expertise aligns perfectly with your project requirements for integrating your differential-drive autonomous mobile robot with ROS 2. I understand that you need a comprehensive motion stack that effectively integrates the FBL2360TE controller and 2-D LiDAR for smooth operation and reliable SLAM performance. My plan is to ensure accurate wheel odometry via clean TF publishing and align all sensing inputs for optimal map-building and navigation.

@anjalio22

I would be glad to take this opportunity to develop and integrate the complete ROS 2 motion and autonomous navigation stack for your differential-drive AMR. I have experience with ROS 2, C++, embedded systems, sensor integration, robot kinematics, TF2, LiDAR, SLAM, and Nav2. I can integrate the Nidec motors and FBL2360TE controller with quadrature encoder feedback, implement accurate wheel odometry, /cmd_vel control, and TF broadcasting. I can also configure SLAM Toolbox with properly aligned LiDAR transforms and frames for reliable mapping and localization. For Nav2, I can configure global/local planners, costmaps, obstacle avoidance, recovery behaviors, velocity limits, and CPU-efficient parameters. I will validate the stack in simulation first, followed by real-robot tuning of PID, navigation and safety parameters. I will provide the ROS 2 nodes/launch files, SLAM and Nav2 configurations, testing procedure, and final validation results/bag files or video. Give me one opportunity to handle your project. I assure you of dedicated, accurate, and professional work with timely delivery.

@MilosN36

Hi! I’m a Robotics Software Engineer with experience building complete ROS 2 stacks for various robot kinematics models, including differential drive autonomous mobile robots. I have worked with motor and encoder integration, odometry, TF2, LiDAR, and SLAM Toolbox to build reliable Nav2 navigation systems. I’ve implemented and tuned this pipeline multiple times, from simulation to real hardware, including controller/PID tuning, localization, costmaps, obstacle avoidance, and navigation parameters. I can get the complete stack running reliably, and I’m comfortable working with your existing simulation setup or another suitable simulator if needed. I can also provide clean launch/config files and a reproducible testing procedure. Happy to hear from you, Miloš

@paulpham93

I have experience in ROS 2 integration, motor control, and autonomous navigation for mobile robots. My Upwork profile has earned over $300,000 with account Paul.P., showing expertise in sensor fusion, LiDAR SLAM, and embedded C++ programming. I can complete your AMR motion stack with reliable motor control and navigation. Best regards, Paul.

@ppswaroopa

I'm a full-stack robotics engineer. Check out my profile at ppswaroopa.github.io. There are lots of variables in the project, I anticipate lot of back and forth. Exciting project, I work with ROS2 on my job. You will be able to get a clean base stack with the right connections and control parameters.