Robotics GNSS: RTK and Heading Receivers for Robots and AMRs
Eview RTK GNSS for robots gives outdoor autonomous mobile robots, AGVs and delivery robots centimetre positioning and true dual-antenna heading, powered by Septentrio modules with AIM+ anti-jamming. Choose an all-in-one smart antenna, an ultralight receiver, a compact heading receiver or a 100 Hz OEM board that connects directly to your robot’s controller.
Updated October 2026.
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Eview receivers and antennas for robots
| Product | Best for | Key specs |
|---|---|---|
| HBEV322 / HBEV322H | Delivery robots and small AMRs, one compact unit | mosaic-G5 receiver, antenna and QMC5883L compass in one housing, GH1.25 connector, 20 Hz |
| HB52 / HB52H | Compact robots with little space | mosaic-G5, 48 × 35 × 12.6 mm, USB-C, microSD, <10 ms latency; HB52H adds dual-antenna heading |
| HB50H | Low-power robots that need heading | mosaic-G5 P3H, compact dual-antenna heading, 0.60 W, 20 Hz |
| HB6 Pro | Robots that need heading, pitch and roll | mosaic-H dual antenna, 0.15° heading / 0.25° pitch-roll at 1 m, 45 g |
| HB59 OEM board | Integration into the robot’s own electronics | AsteRx-m3 Pro+, Ethernet, 3 UART, 0.15° heading, 100 Hz, <10 ms latency, 4.5–12 V |
| EV226 antenna | Quick antenna mounting on a robot chassis | Magnetic mount, 3 m cable, IP67 |
All products are quote-based. For a complete datasheet, email sales@gnss-solutions.com. Browse all box receivers, GNSS boards, smart antennas and GNSS antennas.
Robotics applications
Easy to integrate
Robot GNSS: frequently asked questions
For small delivery robots and AMRs, the HBEV322 smart antenna combines receiver, antenna and compass in one unit. For compact robots that need heading, choose the HB52H or HB50H. For robots with their own electronics and fast control loops, the HB59 OEM board offers 100 Hz output and less than 10 ms latency.
Dual-antenna GNSS gives a true heading of 0.15° at 1 m spacing while the robot is stationary. Magnetometers are disturbed by motors, batteries and steel structures, and a single antenna only gives heading once the robot is moving. The HB6 Pro also provides pitch and roll of 0.25° at 1 m.
GNSS gives absolute position outdoors, but under roofs, dense trees or between tall buildings the signal can drop. Most robots fuse RTK GNSS with wheel odometry, an IMU, lidar or cameras. RAIM+ integrity flags help the navigation stack decide when to trust or de-weight GNSS positions.
Robots receive RTCM v3 corrections over LTE or Wi-Fi from an NTRIP caster or CORS network, or over a radio link from a local base station. The HBEV11 smart antenna can act as a portable base, and the HB62 rugged base receiver serves NTRIP over Ethernet for larger sites.
Yes. Septentrio AIM+ detects and suppresses narrowband and wideband interference from Wi-Fi, LTE modems and motor drives, and Galileo OSNMA authenticates signals on mosaic-G5 and AsteRx receivers. Antenna placement away from noisy electronics still matters; the EV226 magnetic-mount antenna on a 3 m cable makes this easier.
For most outdoor robots and automated vehicles, choose a multi-band RTK receiver with dual-antenna heading and interference mitigation. Eview options: the HBEV322 smart antenna for small AMRs and delivery robots, the HB52H or HB50H for compact robots that need heading, the HB6 Pro for heading on larger vehicles, and the HB10 or HB59 OEM board for 100 Hz control loops. All use Septentrio modules with AIM+.
Related reading
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