Digital Agriculture - Smart Farming with LiDAR
TitleTechnologies for modern agriculture
The agriculture of the future is smart, precise and resource-efficient. By using modern technologies such as LiDAR sensors, UAVs and GNSS (Global Navigation Satellite System) systems, farmers can optimize their harvesting processes, reduce costs and maximize yields.
Digital farming is revolutionizing the agricultural sector through precision farming, automated crop control and advanced crop inspection. Find out how innovative technologies are revolutionizing the future of agriculture.
TitleDigital harvest control through LiDAR & GNSS
With the right harvest control technology, you can keep track of the progress of your harvest at all times. LiDAR scanners capture precise 3D data of the field and plants, while GNSS systems determine the exact position and movement of the machines. This allows you to minimize losses, optimize the use of machinery and ensure the quality of your harvest. The use of LiDAR and GNSS in agriculture makes crop planning easier and more reliable.
Advantages:
- Precise harvest monitoring in real time
- Reduction of harvest losses
- Automated quality control
- Optimization of storage and supply chains
- Optimization of machine usage and resources
TitlePrecision farming: Efficiency through technology
Precision agriculture uses modern technologies such as GPS, UAVs, sensors and AI to analyze soil and plant data in real time. This enables targeted fertilization, irrigation and pest control, reducing costs and increasing yields.
Precision agriculture is based on the collection and use of high-resolution data. This information makes it possible to treat individual plants or soil segments individually instead of across the board.
Advantages:
- Reduced use of water, fertilizers and pesticides
- Precise analysis of soil health and plant growth
- Optimized yield forecasts through data analysis
TitleSmart Farming: LiDAR & GNSS for sustainable agriculture
Smart Farming with LiDAR and GNSS enables high-precision control and analysis of all agricultural processes. LiDAR scanners create detailed height profiles and three-dimensional images of the fields, while GNSS-supported systems determine positions with millimeter precision. These technologies ensure efficient use of resources, improved crop planning and environmentally friendly use of resources.
Advantages of LiDAR & GNSS in smart farming:
- Precise measurement of fields and plants
- Centimeter-precise navigation for machines
- Improved yield forecasts and field management
TitlePlant inspection with UAVs & sensors
UAVs and multispectral cameras enable quick and precise plant inspections. Diseases, pest infestations or nutrient deficiencies can be detected at an early stage so that targeted measures can be taken.
Why digital plant analysis?
- Early detection of plant stress
- More precise pest control
- Automated data analysis
TitleMonitoring plant growth with UAVs & LiDAR
UAVs with LiDAR scanners offer a new dimension in monitoring plant growth. They collect detailed data on the condition of the plants and soil properties, allowing farmers to react early to problems such as pest infestation or uneven growth. This information makes it possible to optimize the harvest in a targeted manner and control the use of fertilizers and pesticides.
Advantages of UAV monitoring:
- Early detection of problems in plant growth
- Precise analysis of soil and plant data
- Improved harvest planning and targeted use of resources
TitleHarvesters with LiDAR scanners: More precision, more yield
The integration of LiDAR sensors into modern harvesting machines is revolutionizing the harvesting process. Thanks to the 3D data provided by the sensors in real time, the machines adapt precisely to the conditions in the field. This enables more efficient harvesting, saves time and reduces costs at the same time. Farmers can also better plan and optimize yields thanks to the precise scans.
Your benefits:
- Real-time harvest data for precise harvest planning
- Better adaptation of the machines to the field
- Time and cost savings thanks to optimized work processes
TitleTractors with GNSS control: Precise field work with Base Rover systems
GNSS systems with Base Rover technology enable high-precision control of tractors in agriculture. The automatic navigation of the machines is accurate to the centimeter, which guarantees efficient and even cultivation of the fields. Whether sowing, fertilizing or harvesting – the exact positioning of the machines saves time, reduces the consumption of operating resources and increases yield opportunities.
Advantages of GNSS control:
- Centimetre-precise navigation for even field work
- Optimized use of operating resources
- Reduced costs and greater efficiency
TitleBenefit from digital agriculture now!
Rely on digital farming and precision agriculture to work more sustainably and efficiently. Discover the benefits of modern harvest control and plant inspection for your farm!