RTK for Robotics

Open-standard NTRIP corrections for AGVs/UGVs, robotic mowers and autonomous platforms — centimeter-level confidence.

RTK GNSS in Robotics

Autonomous systems rely on precise localization; RTK for robots provides centimeter positioning for navigation, geofencing, and repeatable routes like for robotic mowers with RTK compatibility. Streaming NTRIP corrections into your GNSS and fusing with IMU/ odometry yields stable behavior without local base infrastructure, so teams can validate on checkpoints and scale from prototypes to pilot fleets quickly.

Centimeter Localization

RTK delivers stable outdoor navigation with centimeter accuracy, enabling consistent routes and reliable autonomous behaviors.

ROS & Autoware Ready

Stream NTRIP RTK corrections and fuse them with IMU and odometry directly in the autonomy stack for precise positioning.

No Base Infrastructure

Start pilots faster and scale fleets more easily with RTK — no local base station required, reducing setup time and complexity.

Verified Accuracy

Generate auditable logs for missions and safety cases with RTK-grade checkpoints that verify positional accuracy.

Proven Use-Cases in Robotics

RTKdata brings reliable centimeter accuracy to autonomous robotics. By fusing NTRIP RTK with inertial sensors, outdoor navigation and patrols become stable and repeatable. Geofencing and keep-out zones are anchored to surveyed control for safe operations. Inspection and mapping robots follow consistent paths mission after mission, while campus and yard logistics benefit from precise waypoints and accurate docking alignment.

Outdoor Navigation & Patrol

Fuse NTRIP RTK with inertial sensors for stable localization and reliable autonomous movement in outdoor environments.

Geofencing & Keep-Out Zones

Define accurate boundaries anchored to surveyed control, ensuring robots stay within safe zones and avoid restricted areas.

Inspection & Mapping Robots

Run repeatable paths with mission-to-mission consistency, enabling precise inspection and high-quality mapping results.

Campus & Yard Logistics

Execute precise waypoints and docking maneuvers for efficient campus operations, yard movements, and autonomous docking.

Get Started in 3 Steps

Choose a plan

Pick the subscription that works best for you. Start with a free 30-day trial and experience true centimeter-level accuracy.

Enter NTRIP Credentials

Enter the NTRIP login details we provide directly into your GNSS device. Setup is quick and only takes a few minutes.

Verify FIX

Confirm your rover or machine controller shows FIX and begin your work with confidence and high accuracy.

Frequently Asked Questions

Is RTK over NTRIP reliable enough for outdoor navigation and geofencing?

In open environments with stable coverage, RTK provides centimeter-level positions suitable for navigation, patrol routes, and geofenced tasks. Verifying FIX before missions and monitoring status during operation helps maintain the positional integrity required by autonomous behaviors.

What happens during cellular dropouts, and how do we keep localization stable?

When coverage dips, receivers may lose FIX temporarily; combining RTK with IMU, wheel odometry, and state estimation keeps the robot stable until connectivity returns. Choosing nearby mountpoints, using multi-network SIMs, and validating routes ahead of time further reduces disruption.

How do we integrate RTK into ROS or an autonomy stack?

Publish NMEA or high-rate GNSS/IMU into your stack and fuse it with inertial data in your localization node after establishing an NTRIP FIX. Time synchronization with GNSS PPS or a common clock and checkpoint verification before deployment help ensure centimeter-level behavior in the field.