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FJD AL01
3D LAND LEVELING SYSTEM
Precise Leveling Mode
Wasteland Reclamation Mode
GNSS-based Leveling System
Terrain Digitalization
Integrated Field Survey
Online Support & OTA
Precise Leveling Mode
Wasteland Reclamation Mode
GNSS-based Leveling System
Terrain Digitalization
Integrated Field Survey
Online Support & OTA
Make Farmland Leveling Precise
Make Farmland Leveling Precise
FJD AL01 3D Land Leveling System uses GNSS & RTK high-precision positioning technology to provide a comprehensive solution for farmland leveling. This GPS land leveling system can optimize water management, improve productivity, and increase yields.
FJD AL01 3D Land Leveling System uses GNSS & RTK high-precision positioning technology to provide a comprehensive solution for farmland leveling. This GPS land leveling system can optimize water management, improve productivity, and increase yields.
Application
Application
Use FJD Land Leveling System to reclaim wasteland, consolidate and level fields, convert slopes into terraces, and optimize water usage for rice paddies.
Use FJD Land Leveling System to reclaim wasteland, consolidate and level fields, convert slopes into terraces, and optimize water usage for rice paddies.
Wasteland
Reclamation
Land Consolidation
And Leveling
Conversion of Slopes
Into Terraces
Paddy Field
Work
Benefits
Benefits
Benefits
Benefits
22%
Water Consumption
10%
Fuel Consumption
40%
Work Efficiency
22%
Water Consumption
10%
Fuel Consumption
40%
Work Efficiency
Light-Load/Heavy-Load Mode Switch
Light-Load/Heavy-Load Mode Switch
Precise Leveling
The light-load mode is suitable for fine-leveling fields with small elevation differences. It consumes 10% less fuel in comparison with the heavy-load mode under the same condition. The highest speed of light-load mode: 15km/h. Leveled farmland saves up to 22% on water usage in comparison with an unleveled counterpart.
Wasteland Reclamation
The heavy-load mode levels fields with large elevation differences and works wonder at the early stage of wasteland reclamation.
Precise Leveling
The light-load mode is suitable for fine-leveling fields with small elevation differences. It consumes 10% less fuel in comparison with the heavy-load mode under the same condition. The highest speed of light-load mode: 15km/h. Leveled farmland saves up to 22% on water usage in comparison with an unleveled counterpart.
Wasteland Reclamation
The heavy-load mode levels fields with large elevation differences and works wonder at the early stage of wasteland reclamation.
GNSS-based Land Leveling System
GNSS-based Land Leveling System
GNSS-based Land Leveling System
GNSS-based Land Leveling System
1. Accuracy varies in conditions.
2. The comparison of efficiency and signal coverage takes place under the same environment and with the same machinery configuration.
Terrain Digitalization
Terrain Digitalization
Minimize land leveling costs with terrain digitalization.
Minimize land leveling costs with terrain digitalization.
Integrated Field Survey
Integrated Field Survey
Benchmark Auto-setting
Survey the field, determine the benchmark elevation, adjust the scraper, and level the farmland based on the benchmark right in the cab.
Benchmark Manual-setting
Mannually lower the scraper blade to the desired elevation and set it as the benchmark.
Slope Benchmark Setting
Two ways to set a benchmark for leveling an uneven slope.
1. Determine the elevations of the highest and lowest points of a slope for the system to configure a flat surface as the benchmark.
2. Determine the elevation of a point and manually increase or decrease the value to create a difference, which enables the creation of a benchmark surface.
Benchmark Auto-setting
Survey the field, determine the benchmark elevation, adjust the scraper, and level the farmland based on the benchmark right in the cab.
Benchmark Manual-setting
Mannually lower the scraper blade to the desired elevation and set it as the benchmark.
Slope Benchmark Setting
Two ways to set a benchmark for leveling an uneven slope.
1. Determine the elevations of the highest and lowest points of a slope for the system to configure a flat surface as the benchmark.
2. Determine the elevation of a point and manually increase or decrease the value to create a difference, which enables the creation of a benchmark surface.