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Reliable performance across construction and field workflows
We supply GNSS survey equipment for surveying, construction layout, mapping, and positioning applications. These systems support efficient workflows while maintaining consistent accuracy in real field conditions.
Options range from compact smart antennas to multi-antenna GNSS receivers and modular positioning solutions. The Hemisphere S631 GNSS package is frequently selected for versatile field use, while receivers such as the Hemisphere Vector series are commonly used for machine guidance, marine positioning and specialized positioning applications.
GNSS systems can be configured for different workflows, including mobile survey setups, vehicle installations, and marine applications. Equipment is selected based on coverage requirements, environment, and integration with existing software.
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Compact all-in-one receivers are typically chosen for versatility and quick deployment. The Hemisphere S631 is a common choice for construction and general positioning workflows.
Yes. Multi-antenna receivers such as the Hemisphere Vector series support heading and positioning for machine control, marine, and vehicle-based applications.
Many GNSS receivers support integration with field controllers, correction services, and software platforms. Compatibility depends on communication protocols and workflow.
Both new and certified pre-owned GNSS receivers are available, allowing flexible options depending on budget and project requirements.
Workflow, accuracy requirements, environment, mounting configuration, and software compatibility are the primary considerations.
Flexible positioning across multiple workflows
GNSS equipment supports construction layout, mapping, utilities, and infrastructure positioning. Compact receivers provide fast deployment, while modular systems allow customized configurations.
All-in-one solutions are often preferred for general surveying, while multi-antenna receivers are selected for machine or vehicle-based positioning. Correction services and external antennas can also be integrated depending on project requirements.
Different GNSS configurations allow positioning workflows to scale from single-operator setups to more complex installations.
Reliable positioning across varied terrain
Survey projects across Canada often involve large sites, remote locations, and changing weather conditions. GNSS systems used in these environments must provide stable tracking and dependable performance.
Whether used for construction, engineering, or mapping, GNSS equipment can be configured for efficient deployment and consistent positioning. Selection typically depends on workflow, environment, and integration with existing tools.
