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Accurate Heading and Positioning Solutions
Vector GNSS receivers provide precise positioning and heading by using multiple GNSS antennas and satellite signals instead of magnetic sensors. This method allows reliable orientation even in environments where magnetic interference affects traditional systems.
We offer Vector GNSS receivers used in surveying, marine navigation, machine control, and other precision positioning applications. Our team helps you select the right receiver based on your project requirements and field conditions.
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A Vector GNSS receiver calculates heading and positioning using multiple GNSS antennas instead of relying on a magnetic compass.
Accuracy depends on the receiver configuration and correction method. With RTK corrections, many systems can achieve centimeter-level positioning accuracy.
They are commonly used in hydrographic surveying, marine navigation, machine control, and other applications that require accurate heading and positioning.
RTK corrections improve positioning accuracy but are not required for heading calculations.
Yes. Because heading is calculated from satellite signals rather than magnetic sensors, they can operate reliably near metal objects and electronic equipment.
Precision and Flexibility in the Field
Vector GNSS receivers are designed for applications that require continuous heading and positioning information. Multi-constellation tracking enables receivers to use signals from GPS, GLONASS, Galileo, and BeiDou satellites for improved reliability.
These systems are widely used in hydrographic surveying, vessel navigation, machine guidance, and advanced positioning workflows.
Practical Expertise When It Matters
Choosing the right GNSS receiver depends on accuracy requirements, working conditions, and system compatibility. We work directly with surveyors and technical professionals to ensure the equipment you choose performs reliably in the field.
If you need help selecting the right Vector GNSS receiver or comparing available models, our team is ready to assist.
