3D Workspace
Home
Assets
Affiliate Program
Sign up/Log in
?
Upgrade
DCC Bridge
Anonymous1758734311
09-25 13:48
Model Name
rover 3d model
Tags
vehicle
3d printing
realistic
Prompt
🛠 3D Rover Design Description Form Factor: Shape: Rectangular chassis, flat platform style Dimensions: ~45 cm (L) × 35 cm (W) × 15 cm (H) base frame Material: PLA+ or PETG (stronger & UV-resistant for outdoors) Top View (Component Placement) Motors & Wheels: 4 × 100 RPM Johnson Motors mounted at four corners Wheels ~11 cm diameter, positioned symmetrically Battery: 12 V 12 Ah Li-ion or LiFePO₄ pack Mounted centrally for weight balance Electronics: Raspberry Pi 5 board mounted in a waterproof enclosure on top center Motor drivers (2× HW-039) on either side, near respective wheel pairs Pump + Tank: Pump (Kamoer EDLP600-12A) mounted at rear Small 1–2 L pesticide tank above pump Sensors: Pi Camera v3 mounted on a servo pan-tilt at front center MLX90640 thermal sensor mounted just above camera NDVI sensors (AS7262 + AS7263) facing forward/downward Leaf wetness sensor arm extending slightly to side Side View (Height & Structure) Chassis Height: ~15 cm from ground Ground Clearance: ~5 cm (enough for small bumps) Electronics Enclosure: Slightly raised waterproof box (8 cm tall) Pump & Tank: Mounted low for center of gravity stability Camera Mast: Small vertical support (~15 cm) to keep camera view above plants Extra Considerations Enclosure: IP65-rated for electronics (dust & water splash resistant) Cable Management: Routed through cable ducts or braided sleeves 3D Print Guidelines: Use PETG or ASA (stronger, weather-resistant) 40% infill for structural parts Reinforce motor mounts with extra wall thickness (≥4 perimeters) Assembly: Modular design (motor brackets, electronics tray removable)
Detailed Info
Related Models
Enter invite code
Enter invite code to get credits!
Anonymous1758734311
Anonymous1758734311