Industrial Field Mower Robot Concept

@kalp29

My name is Kalp, and I bring a wealth of experience to your autonomous mowing project. With my ten years of valuable experience in CAD/CAM and CAE services, I understand the importance of a well-defined concept that takes into consideration every aspect of a product's functionality. I have an excellent command over software's like Autodesk, Solidworks, and Pro e, which positions me favourably to handle this project with precision. Having worked on a myriad of projects ranging from 2D drafting to complex 3D modelling and rendering, I'm good at transforming rough ideas into well-structured concepts. My skills align perfectly with your requirements - mechanical layout, sensor placement, drivetrain choices, and even exterior design that ensures easy maintenance and reliable operation. My ultimate goal is to deliver satisfaction by meeting all the acceptance criteria meticulously. For outdoor robotics or turf-care machines, it is crucial that details regarding the cutting width and chassis footprint fit agricultural gates perfectly - a hurdle I can quickly overcome by providing accurate drafts. Guided by my prior experience and skilled team, we would ensure unobstructed sensor views with ample debris protection. Finally, know that I am available to provide complete manufacturing support should we advance together. Thank you for considering me for this significant project!

@Sonali121201

Hi, I can develop your autonomous mowing concept into a clear, build-ready design with a strong focus on durability, serviceability, and real-world field performance. **Plan (7 Days):** **Day 1–2:** Requirements + 2–3 concept layouts (chassis, drivetrain, deck) with sketches/mood boards **Day 3–4:** System design (powertrain sizing, low-CG battery placement, sensor suite planning, wiring paths) **Day 4–6:** Full 3D CAD assembly (SolidWorks/Fusion 360) with subsystems: cutting deck, drivetrain, electronics, battery **Day 7:** Exploded views, STEP + native files, PDF drawings, clearance/kinematic study **Key Highlights:** * Optimized deck suspension to handle uneven terrain without scalping * Sensor integration (LiDAR + ultrasonic, optional camera) with protected mounting and clear FOV * Modular design for easy maintenance and fabrication * Clean, fully-referenced CAD ready for manufacturing iteration **Deliverables:** * Concept sketches + proportions * Detailed 3D assembly * Clearance study * Sensor layout with wiring concept * Exploded view + cost-estimate drawings First concept preview within 48 hours. Share constraints (cutting width, terrain, gate size), and I’ll start immediately. Thanks