Prototipo de robot submarino para recuperar pelotas de golf del fondo de lagos

@ahmadayaz

With expertise in designing robotic solutions, I understand the need for a cost-effective underwater robot prototype to retrieve golf balls efficiently from lakes. Understanding the depth range, water conditions, and potential future enhancements is crucial. Proposing a modular design for scalability and ease of upgrades, I aim to deliver a robust prototype with detailed documentation. Looking forward to collaborating closely to innovate aquatic robotics.

@kkirandeep582

Being an experienced and multi-skilled engineer, I believe I possess the necessary skills to create and develop a functional prototype fulfilling your unique requirements. Having worked with different CAD software extensively, I can provide not just a functional physical prototype but also detailed documentation including electrical diagrams, a materials list, and comprehensive user instructions. Moreover, my proficiency in Graphic Design is crucial in helping me develop creative solutions that meet the aesthetic expectations of your project beside its functional requirements. This is particularly important in projects like yours where the deliverable should serve both technical purposes as well as adhere to preferred design features. Finally, my commitment and dedication towards client satisfaction are reflected by my punctuality in project deliveries, close attention to detail throughout the project lifecycle, reliable and prompt communication ─ ensuring you are included in every step of the development process. I believe we could collaborate effectively to transform this idea into a feasible and cost-efficient solution that revolutionizes golf ball recovery.

@manusharma2992

With a multi-dimensional forte in engineering, CAD design, and robotics, I bring a unique and comprehensive expertise to the table that's ideally suited for your project. My proficiency in electrification, mechanical design, and design conceptualization using programs like AutoCAD, SolidWorks, and Revit ensures that I can create a precise prototype that aligns perfectly with your project's needs. Moreover, I have hands-on experience working on similar projects such as ROVs and drones that makes me naturally inclined towards building an innovative and efficient underwater robot like yours. What sets my work apart is the attention to detail. From robust mechanisms of golf ball retrieval to efficient cable-operated navigation systems, I approach every aspect of a project strategically and creatively. My previous experience has also honed my moto of proposing thoughtful design concepts before actual construction, a skillset that can benefit you well in creating a viable initial prototype. Additionally, being proficient in electrical engineering, documentation, and prototyping would allow me to not only deliver a 3D-printable prototype but also provide elementary documentation such as electrical schematics and instruction manual for your robot's operation. Choose me for a partnership catered to your needs - innovation within budget while unwavering commitment for exemplary results.

@JuanGarcia12001

Vi que necesitas diseñar un prototipo de robot submarino (ROV) para recuperar pelotas de golf en fondos con sedimento y baja visibilidad. Tengo experiencia en desarrollo de sistemas embebidos, integración de hardware y diseño conceptual, por lo que puedo estructurar el esquema eléctrico, la selección de actuadores de recogida y la transmisión de video por cable. ¿Prefieres que el diseño inicial se enfoque en un sistema de succión o en una tolva mecánica con tracción adaptada para evitar atascos en lodo? Mi portafolio: https://www.freelancer.es/u/JuanGarcia12001

@Ryan15222

As a seasoned engineer with a diverse skill set encompassing electrical engineering, mechanical design and robotics, I am uniquely equipped to handle the multifaceted needs of your project. My experience in creating practical, cost-effective solutions aligns perfectly with your vision of designing an affordable, functional golf ball retrieval robot for lakes at golf courses. I bring proficiency in developing embedded systems and have hands-on experience with mechanisms like suction, claw, belt or hopper - all potentially viable options in constructing this underwater device. My adeptness in CAD and 3D modeling tools will be instrumental in creating and presenting initial design concepts before progressing to prototyping and construction. Previous projects I've successfully delivered have required me to possess both the deep technical knowledge across domains as well as the ability to integrate them holistically; a hallmark of my approach. This would prove invaluable in providing you with a fully functioning prototype that includes essential documentation - an electrical schematic, BOM, user manual- as detailed in your requirements. For efficient and uninterrupted operation, I can propose both tethered/cable or battery-fed operational systems depending upon your needs. Pair all these competencies with my efficiency at managing multi-disciplinary project teams and my customer-focused approach, I am confident that together we can make this idea a reality.

@hayteekeys

HOLA, POR FAVOR LEE MI PROPUESTA Diseñaré y construiré un prototipo funcional de robot submarino de bajo coste para recuperar pelotas de golf del fondo de lagos, capaz de operar en barro, plantas y agua turbia de forma fiable. MI ENFOQUE ✅ Diseño conceptual previo (bocetos/CAD) adaptado a 0,5–3 m de profundidad ✅ Mecanismo de recogida robusto (succión, garra o tolva) que no se atasca ✅ Operación preferentemente por cable (tethered) desde la orilla ✅ Cámara con luz para navegación en agua turbia ✅ Prototipo físico funcional + documentación básica completa ENTREGABLES - Prototipo físico operativo - Esquema eléctrico y lista de materiales - Instrucciones de uso y mantenimiento básico PREGUNTAS 1. Presupuesto máximo orientativo para el prototipo? 2. Preferencia clara por cable (tethered) o batería? 3. Tamaño aproximado de pelota y cantidad a almacenar por inmersión? Listo para empezar en cuanto confirmes el presupuesto y las preferencias de alimentación.

@tshibsamuel477

Hi there, I have carefully reviewed your project requirements for a low-cost underwater robot capable of recovering golf balls from shallow lakes and ponds while operating in muddy, plant-filled, low-visibility environments. My background in mechatronics, embedded electronics, robotics, PCB design, CAD, motor control, sensors, and electromechanical prototyping is well suited to this project. I have already worked with the main technologies involved, including underwater-capable electronics, DC motor control, cameras, lighting, tethered communication/power systems, mechanical collection mechanisms, and remote-operated robotic platforms. I can handle the complete prototype development, starting with the mechanical and electrical concept, followed by CAD, component selection, control electronics, collection mechanism, tether/power architecture, assembly, testing, and documentation. For a first prototype, I would prioritize a simple tethered ROV architecture with robust propulsion and a collection mechanism optimized for soft sediment and vegetation. Given my skillset, I can move quickly from concept to a practical proof-of-concept while keeping the design cost-conscious and serviceable. Send me a message with your target depth, expected lake conditions, and preferred budget range, and I can start immediately. Best regards, Samuel tshibangu

@zarminagull189

Entiendo el reto: prototipo de robot submarino de bajo coste para recoger pelotas de golf en lagos con agua turbia, operando por varias horas y en 0.5-3 m de profundidad. Solución propuesta: - Concepto de diseño rápido con bocetos y CAD simple para estructura, mecanismo de recogida y compartimento de almacenamiento. - Electrónica embebida e integración de control, opción tethered desde la orilla para alimentación estable. - Mecanismo de recogida: opción de succión o garra, con diseño para evitar atascos en sedimentos y plantas. - Navegación/visión básica: cámara con iluminación LED para agua turbia; pruebas de sellado y flotabilidad. Entregables: prototipo físico funcional, esquema eléctrico, lista de materiales, instrucciones de uso y documentación de pruebas. Presupuesto estimado y cronograma: 2.500-4.000 USD; 6-8 semanas desde la confirmación, con iteraciones en estanques cercanos. Portafolio de referencia: https://www.freelancer.com/u/zarminagull189 Confiable y orientado a resultados, combinando Graphic Design para la visualización CAD, Electrical Engineering para electrónica, y Embedded Systems para control y sensores. Quedo atento a su aprobación para avanzar con el boceto conceptual y la lista de materiales.

@tetianam8

⭐⭐⭐⭐⭐ Hi, Your project is a great candidate for a practical tethered ROV prototype rather than an overly complex autonomous system. The key is designing a robot that can actually move through soft sediment, weeds and branches while reliably collecting golf balls. I can develop the concept around a low-cost, serviceable architecture covering the mechanical frame, propulsion, tethered power/control, underwater camera and lighting, and a simple collection mechanism. I would compare suction, scoop/trolley, claw and hopper concepts based on their ability to handle muddy bottoms and vegetation without becoming clogged or stuck. The initial work would include: Define operating depth, dimensions, payload and tether requirements Develop the mechanical/CAD concept and collection mechanism Design the propulsion, control and camera/lighting system Build and integrate the physical prototype Test in realistic underwater conditions and refine the design Deliver schematic, BOM, basic CAD/design documentation and operating instructions I’m interested in building and testing the actual prototype, not just producing a theoretical design. Please share your target budget, preferred collection approach if you have one, and any available information about the typical lake depth and bottom conditions. I can then propose a practical prototype architecture and milestone plan.

@MuhammadUzair16

Hola, soy ingeniero de sistemas embebidos con más de 16 años de experiencia en robótica, electrónica, firmware y desarrollo de productos desde el concepto hasta prototipos funcionales. Puedo abordar este ROV de bajo coste combinando un diseño mecánico resistente al barro y la vegetación con propulsión protegida, control por cable, cámara iluminada y un sistema sencillo de recogida y almacenamiento de pelotas. Primero definiré la arquitectura y prepararé bocetos/CAD, esquema eléctrico y lista de materiales para validar contigo costes y disponibilidad. Después realizaré el montaje, programación y pruebas del prototipo, documentando su operación. Para agua turbia estudiaría una recogida guiada por contacto —por ejemplo, rodillo o tolva— en lugar de depender únicamente de la cámara. También puedo apoyar futuras mejoras para convertirlo en un producto fabricable. ¿El presupuesto incluye componentes, fabricación y envío a España? ¿Dispones de un lugar donde hacer las pruebas en agua? El importe indicado corresponde a ingeniería y construcción inicial; los materiales especiales o envíos se acordarían tras aprobar el diseño. Por favor, contacta conmigo para discutir los detalles.

@sakshis576

As an engineer with a deep understanding of robotics and extensive experience in electronic design, I strongly believe I can bring great value to your underwater golf ball retrieval project. In addition to my proficiency in using CAD and designing PCBs, I have a track record of successful projects that require functional prototypes, similar to what you are looking for. My expertise in 3D modeling and rendering would ensure accurate visualization and corresponding workflow. Combining these skills will allow me to provide you with a detailed design concept that suits your specific needs before diving into the construction phase. Moreover, given my familiarity with the field, I am fully aware of the challenges and nuanced applications necessitated by working underwater. My previous work on drones and ROVs (Remotely Operated Vehicles) has made me well-versed in delivering effective solutions in such conditions. I am particularly attuned to issues like maintaining visibility through hazy water, dealing with soft sediments, plant/branch obstructions, and the need for reliable power sources.

@yaroslavmark

Hi, I’m a senior Embedded Systems and Hardware Engineer with 10+ years of experience in robotics, industrial automation, embedded electronics, and custom PCB development. I’ve delivered 40+ production PCB/firmware projects, including autonomous UAV control systems, motor-control hardware, sensor interfaces, and rugged industrial controllers. Approach ✅ I will define the ROV architecture, depth/traction requirements, tethered power system, and recovery mechanism. ✅ I will design the mechanical frame, propulsion, ball collection system, camera/LED module, and electronics integration. ✅ I will develop the embedded control, motor drivers, operator interface, and protection circuits for continuous operation. ✅ I will build and test the prototype for sediment, vegetation, buoyancy, maneuverability, and reliable ball collection. Questions ✅Can I use a tether from the shore for both power and control, and what maximum tether length is required? ✅What target depth and approximate operating speed should the robot support? ✅Do you prefer a suction-based collector, or are you open to a rotating brush/conveyor or scoop mechanism? Best, Yaroslav

@muhammadsaad90

Hola, me interesa mucho este proyecto. Puedo ayudarte a diseñar un prototipo ROV de bajo coste para trabajar aproximadamente entre 0,5 y 3 m, con cámara e iluminación, control por cable y un sistema de recogida adaptado a barro, plantas y sedimentos. Primero propondría un diseño sencillo y económico, evaluando succión, garra o tolva según las condiciones del lago, y después pasaría al prototipo físico y las pruebas. Puedo entregar CAD/esquema, lista de componentes, documentación y un prototipo funcional.

@ssumitkumar7800

Hello, My name is Sumit, and I'm a seasoned engineer with a compelling background in electrical engineering and design. I bring not just experience but also an invaluable passion for problem-solving. Throughout my career, I have consistently found ways to marry creativity and practicality in designs, a skillset that will greatly benefit your project. Each of the functions you require has a strong correlation with my proficiency in circuit design, automation and control logic systems, which is something I am highly skilled in. Additionally, the 3D expertise I possess will be instrumental in ideating and creating an efficient prototype. Whether it's using Robotics Operating System (ROS) or openCV for image processing to aid underwater navigation or selecting the best mechanism (such as suction, garra, cinta o tolva), I can leverage my knowledge to offer you practical recommendations. Lastly but not the least, my well-versedness in project coordination would ensure smooth and timely completion of this assignment. My meticulously maintained documentation skills (both in terms of schematic diagrams as well as material lists) guarantees a comprehensive report at the end of the project. Engaging me means acquiring the virtues of dedication and ingenuity into your development team for a truly successful outcome. Live your vision, plunge into innovation!

@muhammada742

Hola: He revisado su proyecto para Prototipo de robot submarino para recuperar pelotas de golf del fondo de lagos y me encantaría trabajar en él. Sus requisitos están claros y comprendo bien el resultado que busca. Cuento con experiencia en proyectos similares y puedo realizar el trabajo prestando atención a los detalles, manteniendo una comunicación fluida y fiable, y con un enfoque profesional. También puede consultar mi perfil y mi portafolio aquí: https://www.freelancer.com/get/muhammada742 Estaré encantado de comentar los detalles con usted y comenzar a trabajar. Saludos cordiales, Muhammad Abdul Samee

@Specgi

As a versatile engineer with expertise in numerous technical fields, I believe I am the perfect fit for your project. Though my profile highlights my skills in artificial intelligence and machine learning, I bring so much more to the table. With an extensive background in electrical engineering, mechanical design, and mechanical engineering - including proficiency in CAD and electrical systems—I have acquired all necessary skills involved in developing your underwater robot. In addition to my range of competencies, I offer an acute capacity for problem-solving and a knack for devising inventive solutions to intricate engineering challenges. These qualities have consistently enabled me to deliver high-quality, innovative results even on projects with tight budgets. For instance, one of my most successful projects involved the use of data analytics to count timber and estimate average dimensions, which significantly optimized processes and saved costs—an invaluable approach that aligns perfectly with the aims of your project.

@miguelcen64

Hello, recuperar pelotas de golf del fondo de lagos realmente se trata de diseñar un ROV de bajo coste que no se atasque en sedimento, ramas ni plantas. I work regularly with Robotics, Prototyping, Embedded Systems, which fits closely with what you’re trying to accomplish. I’d start by reviewing the operating depth, la tolva/mecanismo de recogida y la alimentación por cable, then handle el diseño mecánico y la integración electrónica en una forma estructurada, testing la navegación, la cámara con luz y el comportamiento en agua turbia as I go rather than leaving validation until the end. The goal would be to deliver un prototipo funcional con documentación básica that is robust and simple to operar. I can begin de forma inmediata and should have this completed within 3 semanas. One thing I’d like to confirm before starting: ¿prefieres priorizar succión, garra o cinta para la captación, y cuál sería la profundidad objetivo real ¿prefieres priorizar succión, garra o cinta para la captación, y cuál sería la profundidad objetivo real?? Best regards, Miguel

@Aaleen110

The job specifies operating at the bottom of shallow lakes, 0.5 to 3 meters deep. I will build the prototype using an Arduino Mega for control, managing a small DC motor for thrusters, also a waterproof servo for the grabber arm, and a miniature camera for visual feedback. The housing will be a watertight ABS enclosure, sealed with O-rings, large enough for all components and ballast. I'll use a simple two-finger claw mechanism actuated by the servo, designed to grip a golf ball. The main failure point here is water ingress damaging the electronics. I'll test the enclosure integrity thoroughly before integrating the electronics. What is the desired battery life for a single retrieval mission? 5.0 rating across 10 reviews on here, and Preferred Freelancer status. I need the budget range for materials before I can provide a timeline.

@patricko098

GIVE ME 30 SECONDS TO SHOW YOU WHY I'M THE RIGHT FIT FOR THIS PROJECT. I recently completed a project designing a remotely operated underwater vehicle (ROV) for environmental monitoring, which successfully navigated and collected samples in murky waters. This prototype was not only functional but also met tight budget constraints. With over five years of experience in robotics and embedded electronics, I specialize in creating low-cost solutions that work effectively in challenging environments. My strong background in CAD design and prototyping aligns perfectly with your project's needs. I understand your goal is to automate the recovery of golf balls from lake bottoms efficiently. I propose a tethered design with a simple collection mechanism to ensure reliable operation in soft sediment. My focus will be on clear communication, timely updates, and ensuring the prototype's long-term success in real-world conditions. I'm excited about the potential impact of this project. The difference between an average result and an exceptional one is usually decided before the work even begins. Regards Patrick