Electronic Shooting Target System

@sajjadtaghvaeifr

Hello, I trust you're doing well. I am well experienced in machine learning algorithms, with nearly a decade of hands-on practice. My expertise lies in developing various artificial intelligence algorithms, including the one you require, using Matlab, Python, and similar tools. I hold a doctorate from Tohoku University and have a number of publications in the same subject. My portfolio, which showcases my past work, is available for your review. Your project piqued my interest, and I would be delighted to be part of it. Let's connect to discuss in detail. Warm regards. please check my portfolio link: https://www.freelancer.com/u/sajjadtaghvaeifr

@shadabkhan92

As an experienced engineering team with a proven track record, my company is well-equipped to tackle the Electronic Shooting Target System project. Our mastery of Arduino and ESP32 development combined with our deep understanding of embedded systems and electronics makes us the ideal fit for this project. We have successfully integrated sensors similar to those required in this project and have built reliable systems using them. Additionally, we possess competitive programming skills in C/C++, Python and embrace open-source projects - perfect for modifying and configuring freETarget software to fit your needs. Not only do we tick off all the technical requirements, but we also bring something extra to the table. Our knowledge in PCB design, 3D design, and mobile app development complements the primary scope of work, offering you an opportunity for a comprehensive system that fills your requirements now and in the future. We also believe in delivering more than functionality. By incorporating significant aspects like user-friendly interfaces and compatibility with desktop/mobile devices, we ensure your users get an enjoyable experience every time they interact with your electronic target system.

@ashishofficial

I have experience with ESP32/Arduino embedded development, sensor integration, and Python-based software, which makes me a strong fit for the freETarget-based shooting system. My approach: Hardware: Work with ESP32 + 4 MEMS microphones in a cross-shaped array for acoustic time-of-arrival (TOA) impact detection. Follow freETarget's open-source PCB design for accurate shot localization. Firmware: Customize the freETarget C/C++ firmware for ESP32 — sensor calibration, TOA signal processing, shot coordinate calculation, and WiFi data transmission. Software: Python desktop/mobile dashboard showing real-time shot positions on a target overlay, running scores, shot grouping analysis, and session history. Optional web interface. Calibration: Implement the freETarget calibration procedure for accurate accuracy across 10/17mm target sizes. Testing: Validate on both air pistol and air rifle target distances with accuracy benchmarking. I've worked on IoT and embedded systems projects in Maharashtra and can do on-site if needed in Pune. Could you share which freETarget PCB version you want to base the build on (Rev 3.x or latest)? And what display output do you prefer — desktop app, mobile, or browser?

@shivkantverma

hi, greetings..! I am interested to work on your project. Please discuss design details. Looking forward to work with you. Thank you shivkant

@vertechsolutions

Hi, I can fix your Electronic Shooting Target System I've solved this exact problem many times. Here is what I will do: Customize the freETarget setup for ESP32/Arduino, acoustic sensors, and shot detection Build and tune the hardware wiring, sensor connections, and signal processing flow Create and test the scoring dashboard, then calibrate for accurate pellet impact detection 10 days free support after delivery Milestone-based payment Reply "YES" and Best regards, syed ribal

@SARANVINU

Hi, I can start immediately. I have experience working with ESP32/Arduino-based systems, IoT development, sensor integration, embedded programming, and custom dashboard/software development for real-time monitoring and control applications. I can help develop and customize the electronic shooting target system using the freETarget framework, including acoustic sensor integration, calibration, scoring logic, hardware/software debugging, and a user-friendly interface for accurate real-time shot analysis.

@csikder9

Dear Hiring Manager, I am Chandan, a passionate robotics researcher with expertise in Robotic Operating System (ROS), Simultaneous Localization and Mapping (SLAM), and sensor fusion. My current project involves developing an electronic shooting target system that can accurately track the trajectory of bullets or projectiles. To achieve this, I have developed several prototype systems using ROS and SLAM algorithms, which have demonstrated impressive accuracy and robustness in various environments. Additionally, my previous experience with sensor fusion techniques has helped me integrate multiple sensors to provide comprehensive data on target location and movement. Considering your budget of $1500.0, I am confident that I can deliver a high-quality electronic shooting target system within the specified timeframe. The system will incorporate advanced tracking algorithms, real-time obstacle avoidance, and easy-to-use software interfaces for seamless integration with other systems. I have attached my resume and a brief overview of my projects to demonstrate my qualifications and experience in developing such systems. Please let me know if you would like to schedule a call to discuss this further or provide more information on the requirements for the system. Thank you for considering my proposal, and I look forward to the opportunity to work with your team. Best regards, Chandan

@vaishnavia041

With a broad scope of programming knowledge and a strong emphasis on problem-solving, I bring the perfect blend of technical skills to this project. My experience with Python, SQL, and extensive work with embedded systems make me the ideal candidate to develop and customize your electronic target system. Throughout my career, I have displayed a firm understanding of sensors and signal processing, essential to accurately detecting pellet impact positions for real-time scores and shot analysis. Additionally, with proven competency in managing open-source projects, I will seamlessly configure and modify the freETarget software to suit your specific needs while exercising keen attention to detail. My understanding of REST APIs will enable me to create a user-friendly interface/dashboard that provides a smooth and intuitive user experience. As someone who embraces challenges, I am particularly energized by the potential this project has for further commercial development in sports training centers. My well-rounded background in computer networks, OOP, cloud computing (including platforms like AWS and Azure), and DevOps (Jenkins, Git) ensures I am comfortable programming across different environments to meet project demands. Together, let's build an electronic shooting target system that is affordable without compromising on accuracy or performance. Let's get started!

@karthikresonite

Hi, Resonite Technologies has a proven embedded systems and IoT development team experienced in ESP32/Arduino solutions, sensor integration, real-time data processing, and hardware-software integration projects. Your Electronic Shooting Target System based on the freETarget concept aligns well with our expertise in: • ESP32 / Arduino firmware development • Acoustic/microphone sensor integration • Real-time impact detection & scoring logic • Embedded C/C++ & Python development • Signal processing & calibration systems • PCB/wiring architecture & debugging • IoT dashboards, mobile/web monitoring • Open-source customization & Git workflows We can help build: • Accurate pellet impact detection system • Real-time scoring & shot visualization • Calibration and accuracy tuning • Desktop/mobile dashboard for analysis • Prototype-ready hardware integration • Expandable architecture for future commercial deployment Suggested stack: ESP32 + MEMS microphones/acoustic sensors + Python/Node backend + React dashboard/mobile app. Our team can support both hardware and software aspects including prototype development, testing, optimization, and deployment guidance. We are comfortable working collaboratively on open-source-based development and can help transform this into a scalable commercial-grade solution for shooting academies and training centers. Ready to discuss architecture, hardware setup, milestones, and prototype timeline. Regards, Karthik B Resonite Technologies

@aae53

Yo, this project is exactly what I do. Python + Arduino/ESP32 + automation is my bread and butter. I've built embedded systems with acoustic sensors before. The freETarget open-source project? Yeah I know it well. Here's the deal: - I'll customize the freETarget firmware for your hardware setup - Build a web dashboard for real-time scoring and shot analysis - Handle calibration, wiring, sensor integration - the whole package - 7 days, working prototype delivered ₹7,000. Fair price for work that actually works. Hit me up if you wanna get this done.

@novacircuithub

Hello, I am an embedded systems and IoT developer with experience in ESP32/Arduino-based hardware systems, sensor interfacing, embedded firmware, and real-time electronics projects. I am interested in developing the Electronic Shooting Target System based on the freETarget platform. I understand the project requirements including acoustic sensor integration, pellet impact detection, real-time scoring, calibration, and ESP32/software communication. I can assist with: • ESP32/Arduino firmware development • Acoustic sensor interfacing • Real-time shot detection and scoring • Hardware integration and testing • Desktop/mobile communication support • System calibration and optimization I can deliver a functional prototype within the proposed timeline. Hardware/component cost can be discussed separately depending on the final requirements and accuracy level. Looking forward to discussing the project further. Thank you.

@waqarqureshi1

Hi there! I noticed you're looking for help with the Electronic Shooting Target System, particularly in troubleshooting hardware and software issues and assisting in prototype development. That's right up my alley. In my previous role, I led a digital transformation project for an educational institute where we transitioned from paper-based systems to a fully digital platform. This involved troubleshooting various software and automation issues, and I utilized tools like Python and n8n to streamline processes and enhance user experience. This hands-on experience gives me a solid foundation to tackle your project's requirements. For your project, I’d focus on diagnosing any existing issues with the hardware and software components to ensure seamless integration. I have experience with Python development, which I can leverage to create any necessary software solutions, and I can also aid in the prototype development by building functional interfaces that enhance user interaction. I’m available for about 15 hours a week, spreading out my time across weekdays and Sundays to maintain consistent progress. I propose a rate of ₹15,000 for the scope of work, ensuring I dedicate the necessary attention to detail and quality. Let me know if you'd like to discuss this further or if you have any specific questions. Looking forward to the possibility of working together!