Uploaded January 2026 | Updated September 2026, 2 weeks ago
Get yours here: sparkfun.com/sparkpnt-tx2.html
Learn about all of our PNT products here: sparkfun.com/pnt
Doing high-precision GNSS work in the field usually means expensive gear, complicated setups, or both. In this video, Nathan shows how millimeter-level location accuracy can be achieved reliably, portably, and on a budget.
A rugged, waterproof GNSS receiver designed for field use. It connects over Bluetooth to common mapping and GIS apps, RTK corrections dramatically improve accuracy in seconds, and showcases performance you can expect in real conditions.
This video covers:
• Achieving RTK and survey-grade accuracy in the field
• Bluetooth GNSS workflows with iOS and Android
• Live accuracy comparisons before and after corrections
• Battery life and field-ready design considerations
Whether you’re doing utility locating, DIY surveying, robotics, or academic research, this walkthrough shows what modern high-precision GNSS can look like without enterprise-level complexity.
Get yours here: sparkfun.com/sparkpnt-tx2.html
Learn about all of our PNT products here: sparkfun.com/pnt
Doing high-precision GNSS work in the field usually means expensive gear, complicated setups, or both. In this video, Nathan shows how millimeter-level location accuracy can be achieved reliably, portably, and on a budget.
A rugged, waterproof GNSS receiver designed for field use. It connects over Bluetooth to common mapping and GIS apps, RTK corrections dramatically improve accuracy in seconds, and showcases performance you can expect in real conditions.
This video covers:
• Achieving RTK and survey-grade accuracy in the field
• Bluetooth GNSS workflows with iOS and Android
• Live accuracy comparisons before and after corrections
• Battery life and field-ready design considerations
Whether you’re doing utility locating, DIY surveying, robotics, or academic research, this walkthrough shows what modern high-precision GNSS can look like without enterprise-level complexity.
