CORS and reference stations
For permanent reference, RTK base-station and monitoring installations, evaluate site conditions, multipath risk, grounding, cable routing and long-term maintenance with the receiver package.
GNSS Antenna
GNSS antennas for CORS reference stations, RTK base stations, monitoring and high-precision receiving systems
TOKNAV GNSS antennas is built for CORS reference stations, RTK base stations, monitoring and high-precision receiving systems. This page now gives buyers a clearer product summary, related TOKNAV links, resource paths and quotation support for distributors, project teams and technical evaluators.
TCA Series
TOKNAV provides users with high-performance GNSS choke ring antennas equipped with multipath suppression technology to mitigate the impact of multipath effects on surveying and positioning accuracy.
TSA Series
TOKNAV offers high-performance, high-precision GNSS measurement antennas for applications in engineering vehicles, agricultural machinery guidance, vessel positioning, autonomous driving, and other fields.
TSA1000
Four-system full-frequency high-precision GNSS Antenna
TSA500
External Antenna with Six-consetllation and Eleven-frequency
TSA520
Four-system Full-frequency High-performance Antenna
TSA320
Four-system Full-frequency External Antenna
THA Series
TOKNAV provides high-performance, portable GNSS spiral antennas for drones and handheld devices.
THA-7603A
Four-system Multi-frequency Drone Antenna
THA-X603A
Four-system Full-frequency External Handheld Antenna
TCA Series
TOKNAV provides users with high-performance GNSS choke ring antennas equipped with multipath suppression technology to mitigate the impact of multipath effects on surveying and positioning accuracy.
TCA930
3D Choke Ring Antenna
TCA930M
Hot Swappable Battery Photogrammetric RTK
TCA920
2D Choke Ring Antenna
TSA Series
TOKNAV offers high-performance, high-precision GNSS measurement antennas for applications in engineering vehicles, agricultural machinery guidance, vessel positioning, autonomous driving, and other fields.
TSA1000
Four-system full-frequency high-precision GNSS Antenna
TSA500
External Antenna with Six-consetllation and Eleven-frequency
TSA520
Four-system Full-frequency High-performance Antenna
TSA320
Four-system Full-frequency External Antenna
THA Series
TOKNAV provides high-performance, portable GNSS spiral antennas for drones and handheld devices.
THA-7603A
Four-system Multi-frequency Drone Antenna
THA-X603A
Four-system Full-frequency External Handheld Antenna
THA-X601A
Four-system Full-frequency External Handheld Antenna
GNSS antennas buyer checks, links and FAQ
TOKNAV GNSS antennas is built for CORS reference stations, RTK base stations, monitoring and high-precision receiving systems. This page now gives buyers a clearer product summary, related TOKNAV links, resource paths and quotation support for distributors, project teams and technical evaluators.
Selection checks
- Confirm application, target accuracy, correction method and expected operating environment before selecting this product.
- Compare related TOKNAV products, datasheets and resource guides to avoid choosing a receiver, antenna, controller or software path in isolation.
- Send project location, quantity, timeline and required accessories when requesting a quotation so TOKNAV can recommend a complete package.
Related TOKNAV pages
FAQ
What is GNSS antennas used for?
TOKNAV GNSS antennas is built for CORS reference stations, RTK base stations, monitoring and high-precision receiving systems. This page now gives buyers a clearer product summary, related TOKNAV links, resource paths and quotation support for distributors, project teams and technical evaluators.
Which related TOKNAV pages should buyers compare?
Buyers should review the linked category, resource, case study and contact pages to compare specifications, applications and quotation requirements.
What should I send when requesting a quotation?
Send your country, application, target accuracy, correction method, expected quantity, project timeline and required accessories or software.
How does this page support SEO and buyer evaluation?
The page now includes the focus topic GNSS antenna, related internal links, visible FAQ content and structured FAQ data for clearer search and buyer context.
GNSS Antennas for RTK, CORS and Monitoring Projects
Choose GNSS antennas by project workflow, not by a model name alone. TOKNAV provides antenna options for RTK rover and base-station work, CORS/reference stations, monitoring installations and positioning-device integration. Confirm the receiver, required signals, mounting environment, cable plan and support needs before final selection.
RTK surveying and GIS positioning
For portable surveying, rover packages and field positioning devices, first confirm receiver compatibility, installation format, field environment and the correction workflow.
Integration and machine positioning
For positioning modules, machine control and integrated devices, select the antenna only after confirming the host device, supported signals, interface, antenna location and operating environment.
What to compare before choosing a GNSS antenna
- Receiver model and required satellite signals.
- RTK rover, local base, CORS, monitoring or integrated-device workflow.
- Installation location, sky view, nearby obstructions and multipath risk.
- Mounting method, cable length, connector, power and environmental exposure.
- Maintenance access, project region, quantity and technical support requirements.
GNSS antenna FAQ
How should I choose a GNSS antenna for a CORS station?
Start with the receiver, required signals, installation location, surrounding obstructions, cable plan, grounding and maintenance access. A permanent CORS or reference-station project should select the antenna as part of the complete receiver and site design.
What should be checked for an RTK base-station antenna installation?
Confirm the receiver model, clear sky view, mounting method, antenna position, cable routing, power requirements and the local correction workflow before final model selection.
Can one GNSS antenna be used for every surveying and monitoring project?
Do not assume one model fits every project. RTK rover, local base, CORS, monitoring and machine-control projects have different installation, signal, environment and maintenance requirements.
What information should I send to TOKNAV for antenna selection support?
Send the receiver model, project type, required signals, installation environment, mounting or site photos, cable length, country or region and planned quantity so the team can review the complete positioning workflow.