GPS Land Area Meter

ATO GPS land meter for sale online. This area meter is a land surveying equipment equipped with area measurement range (0~99999 hectares), length measurement range(0-99999999 meter), 4 measurement modes, area error in 0.003 acres, 3500mAh battery capacity, 100 area records, high definition color screen, and tow-star localization, widely used in agricultural planting, forestry planning and land management.

Specifications

• Model: ATO-ZL-180
• Screen: TFT 2.4inch, resolution 240x320
• Positioning Accuracy: ≤1.5m
• Area Measuring Range: 0~99999 hectares
• Length Measuring Range: 0-99999999 meters
• Area Relative Accuracy: ≤2% (less than 3 hectares); ≤1% (above 3 hectares)
• Track Tolerance: ±2m
• Number Of Records: 100
• Net Weight: 180g (including battery)
• Size: 140x65x28mm
• Environment: Tem: -20-60℃; Humidity: 59~95%

Dimension (Unit: mm)

Details

Measurement Methods

Applications

A land meter, also known as land surveying equipment, they are used to measure distances, angles, and elevations, and is commonly used in construction, engineering, and mining industries to establish property boundaries, create topographical maps, and determine the position of underground utilities. Land meters are also used in scientific research and environmental monitoring to measure changes in the landscape and to study soil erosion, sedimentation, and other geologic processes. Additionally, they are used in agriculture to measure crop yields and monitor the health of crops.

Tips: Advantages of the GPS land meter

• High Accuracy: The GPS land meter uses satellite positioning to calculate land area precisely, reducing human error and providing reliable measurement results within 1–3 meters.
• Fast & Easy Measurement: simply walk or drive around the field — the GPS automatically records and calculates the area in seconds, saving time and effort.
• Wide applications: GPS land meters are widely used in farming, forestry, irrigation, land management, mapping, and real estate. They help farmers calculate seeding rates, fertilizer quantities, and irrigation planning based on accurate land data.