Demo version, working version on the website AgroPilot.App
Demo version, working version on the website AgroPilot.App
Demo version, working version on the website AgroPilot.App
Demo version, working version on the website AgroPilot.App
1. Hypersensitivity on the turns of technology.
2. Increased sensitivity of the LED panel.
3. Added tenths for speed.
4. Bind the camera movement to the arrow in 3D mode.
5. The side menu closes automatically only after the parallels are broken down.
1. Hypersensitivity on the turns of technology.
2. Increased sensitivity of the LED panel.
3. Added tenths for speed.
4. Bind the camera movement to the arrow in 3D mode.
5. The side menu closes automatically only after the parallels are broken down.
1. Hypersensitivity on the turns of technology.
2. Increased sensitivity of the LED panel.
3. Added tenths for speed.
4. Bind the camera movement to the arrow in 3D mode.
5. The side menu closes automatically only after the parallels are broken down.
1. Hypersensitivity on the turns of technology.
2. Increased sensitivity of the LED panel.
3. Added tenths for speed.
4. Bind the camera movement to the arrow in 3D mode.
5. The side menu closes automatically only after the parallels are broken down.
1. Hypersensitivity on the turns of technology.
2. Increased sensitivity of the LED panel.
3. Added tenths for speed.
4. Bind the camera movement to the arrow in 3D mode.
5. The side menu closes automatically only after the parallels are broken down.
1. Hypersensitivity on the turns of technology.
2. Increased sensitivity of the LED panel.
3. Added tenths for speed.
4. Bind the camera movement to the arrow in 3D mode.
5. The side menu closes automatically only after the parallels are broken down.
1. Hypersensitivity on the turns of technology.
2. Increased sensitivity of the LED panel.
3. Added tenths for speed.
4. Bind the camera movement to the arrow in 3D mode.
5. The side menu closes automatically only after the parallels are broken down.
1. Hypersensitivity on the turns of technology.
2. Increased sensitivity of the LED panel.
3. Added tenths for speed.
4. Bind the camera movement to the arrow in 3D mode.
5. The side menu closes automatically only after the parallels are broken down.
1. Hypersensitivity on the turns of technology.
2. Increased sensitivity of the LED panel.
3. Added tenths for speed.
4. Bind the camera movement to the arrow in 3D mode.
5. The side menu closes automatically only after the parallels are broken down.
1. Hypersensitivity on the turns of technology.
2. Increased sensitivity of the LED panel.
3. Added tenths for speed.
4. Bind the camera movement to the arrow in 3D mode.
5. The side menu closes automatically only after the parallels are broken down.
1. Hypersensitivity on the turns of technology.
2. Increased sensitivity of the LED panel.
3. Added tenths for speed.
4. Bind the camera movement to the arrow in 3D mode.
5. The side menu closes automatically only after the parallels are broken down.
1. Hypersensitivity on the turns of technology.
2. Increased sensitivity of the LED panel.
3. Added tenths for speed.
4. Bind the camera movement to the arrow in 3D mode.
5. The side menu closes automatically only after the parallels are broken down.
1. Hypersensitivity on the turns of technology.
2. Increased sensitivity of the LED panel.
3. Added tenths for speed.
4. Bind the camera movement to the arrow in 3D mode.
5. The side menu closes automatically only after the parallels are broken down.
1. Hypersensitivity on the turns of technology.
2. Increased sensitivity of the LED panel.
3. Added tenths for speed.
4. Bind the camera movement to the arrow in 3D mode.
5. The side menu closes automatically only after the parallels are broken down.
1. Hypersensitivity on the turns of technology.
2. Increased sensitivity of the LED panel.
3. Added tenths for speed.
4. Bind the camera movement to the arrow in 3D mode.
5. The side menu closes automatically only after the parallels are broken down.
1. Hypersensitivity on the turns of technology.
2. Increased sensitivity of the LED panel.
3. Added tenths for speed.
4. Bind the camera movement to the arrow in 3D mode.
5. The side menu closes automatically only after the parallels are broken down.
1. Hypersensitivity on the turns of technology.
2. Increased sensitivity of the LED panel.
3. Added tenths for speed.
4. Bind the camera movement to the arrow in 3D mode.
5. The side menu closes automatically only after the parallels are broken down.
You can get original possession only on the official website of the company AgroPilot.App
Program functions:
— Automatic regulation of the norms of agrochemistry.
— Automatic control of the sections of the obraskuvach or the sifter.
— Work offline (without internet).
— Interface 2D/3D + VR (virtual reality)
— Measurement of the area of the field along the edge of the obpriskuvach bar.
— A robot with a GNSS signal free of charge.
— Night and day modes of work.
— Whether the width of the bullet is displayed.
— The owner of the cultivated hectare and the route traveled.
— Parallel water along the line.
— Robot along the contour of the field.
— Turn to the point for continuation.
— Automatic saving robot.
— No-cost software updates and On-Line office.