Pixhawk & Arduino Integration for Flight Control

@ahmadrazaarif5

As an Aerospace Engineer with expertise in Pixhawk integration and flight control systems, your project presents a great opportunity for me to apply my skills. Having designed and developed numerous structures related to flight control, I am intimately familiar with the Orange Cube Pixhawk and Mission Planner. My experience includes working with MAVLink protocol, serial communication with embedded systems, and designing custom parameters or telemetry data transmission. Notably, I have successfully integrated Arduino with flight controllers in the past. In addition to my qualifications in Pixhawk and Mission Planner, my core skills in Electronics and Python will be invaluable for this project. I understand the crucial need for reliable data collection from Arduino and real-time transmission to the Pixhawk. My meticulous nature ensures thorough documentation of every step involved, starting from setup requirements to code implementation - this will provide you with a detailed report encompassing all aspects of the integration process. Consequently, at a competitive budget of INR 5K to 12K, within a timeline of 7-10 days, I assure you of delivering not only fully functional code but a robust system that fulfills your precision needs. Let's make your aerial operations safer and more efficient together!

@Senavirathna1014

I am theekshana, a designer by passion, an engineer by profession. Being an all-round artistic tech-savvy geek, I spend most of my time nourishing new design ideas and giving them a tangible shape. Playing around with IoT modules and creating some useful projects out of them is another niche of mine, which seems most congenial to me and which I relish doing a lot. and also I'm an expert Machine Learning Engineer & proficient in modeling and training the deep neural networks using python libraries. I will assist you in your (Non-Academic/Academic) IoT projects involving ESP8266, ESP32, Arduino, Raspberry Pi, and MQTT and Machine learning and image processing following tools Tools: Tensorflow Keras Pytorch My services include: Modeling the neural network Training the neural network Fine Tuning Transfer Learning IOT related hardware and software Applications: Spam Detection Chats Sentiment Analysis Hate Speech Detection Text Emotions Detection Image Classification Image Segmentation Object detection Object Tracking

@merveb55

Hello, As an experienced professional in Arduino data integration with Pixhawk (Orange Cube) and flight mode control via Mission Planner, I am confident in my ability to successfully execute this project. I have expertise in MAVLink protocol, serial communication (UART, I2C, CAN), and embedded systems, enabling me to reliably collect real-time data from Arduino and transmit it to Pixhawk. Additionally, I can configure the threshold logic in Mission Planner to trigger the RTL flight mode when predefined conditions are met. My deliverables will include code development, system integration, and comprehensive documentation to ensure a seamless implementation. I would love to discuss the details further. Best regards, Merve Böcekci

@denizaaa

With over 10 years of experience in software development, including 3 years in leading defense-related embedded systems projects, I bring both deep technical expertise and practical field knowledge. Although I currently focus on Inertial Navigation Systems (INS) as part of my ongoing Ph.D. in Computer Engineering, my academic foundation began with a B.Sc. in Electronics Engineering and M.Sc. in Computer Engineering — enabling me to bridge the gap between hardware and software effortlessly. Why I’m a strong fit for this project: Arduino Development: Experienced in low-level C/C++ coding, sensor integration, and real-time data streaming. Pixhawk & MAVLink Expertise: Familiar with serial communication protocols (UART, I2C) and have worked on MAVLink message customization and parameter telemetry. Mission Planner Customization: I can implement custom telemetry handling, parameter monitoring, and autonomous mode switching (e.g., RTL) with real-time logic. Flight Mode Automation: I can help implement a robust system where incoming data triggers mode change based on configurable thresholds. Complete Documentation: I provide clean code for easy handover. Deliverables: Arduino code for collecting and transmitting data. Pixhawk firmware/config for receiving and relaying data. Integration with Mission Planner via MAVLink telemetry. Logic for RTL mode trigger upon threshold breach. Full documentation (code + setup instructions).