VÉHICULE PULVÉRISATEUR AUTONOME SANS PILOTE ROBOT TRACTEUR AU SOL Modèle 3D

Description

The model contains the most popular formats:
1. 3DS MAX: *.max
2. Blender: *.blend
3. Rhinoceros: *.3dm
4. SketchUp: *.skp
5. Wavefront OBJ: *.obj *.mtl (Multi Format)
6. FBX: *.fbx (Multi Format) 
7. STEP: *.step *.stp (NURBS)
8. IGES: *.iges *.igs (NURBS)
9. ACIS: *.sat (NURBS)
10. 3DS MAX all ver.: *.3ds (Multi Format)
11. Stereolithography: *.stl 
12. AutoCAD: *.dwg

- Each file was checked for opening and full content by the model.
- The 3D model was created on real base. It’s created accurately, in real units of measurement, qualitatively and maximally close to the original.
- Renders Are made in Luxion Keyshot
- “WE PROVIDE 3D MODEL CHEAP PRICE BUT WITH GOOD QUALITY”
- If you need any other formats we are more than happy to make them for you. Contact me for any question :)

Sincerely Your, SURF3D
MORE INFORMATION ABOUT 3D MODELS :
Autonomous Vehicle Sprayer Robot

An Autonomous Vehicle Sprayer Robot is a cutting-edge agricultural technology designed to automate crop spraying operations. Equipped with advanced sensors and artificial intelligence, these robots can navigate fields autonomously, applying pesticides, herbicides, and fertilizers with precision.   

Key Features:

Autonomous Navigation: Precisely moves through fields using GPS and sensor technology.   
Accurate Spraying: Delivers targeted applications of chemicals, minimizing waste.
Real-time Monitoring: Tracks progress and performance data for optimization.
Obstacle Avoidance: Detects and avoids obstacles, ensuring safe operation.   
Weather-Resistant Design: Built to withstand harsh weather conditions.
Benefits:

Increased Efficiency: Automates tasks, reducing labor costs and time.   
Improved Precision: Ensures accurate chemical application, maximizing efficacy.
Reduced Chemical Usage: Minimizes environmental impact and cost.   
Enhanced Safety: Eliminates human exposure to harmful chemicals.
Data-Driven Insights: Collects valuable data for informed decision-making.
Applications:

Large-Scale Farming: Ideal for vast agricultural fields.
Precision Agriculture: Enables tailored chemical application based on specific field conditions.
Sustainable Agriculture: Promotes sustainable farming practices by reducing chemical usage.   
In conclusion, an Autonomous Vehicle Sprayer Robot is a significant advancement in agricultural technology, offering numerous benefits to farmers and the environment. By automating the spraying process and optimizing resource use, these robots contribute to a more efficient and sustainable future of agriculture.