NANO H10P RTK Receiver

$199.00
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NANO H10P RTK Receiver

The NANO H10P weighs just 15g and integrates a high-precision RTK module and a high-performance GNSS antenna. Featuring the professional IST8310 compass module, it is exceptionally engineered for weight-constrained applications such as advanced drones, robotics, and autonomous systems.

The H10P RTK receiver fully supports both Base and Rover configurations, delivering scalable output rates up to 10Hz.

NANO H10P RTK Receiver Main View

Key Features

Comprehensive constellation tracking: GPS, QZSS, BDS, GALILEO, GLONASS, and IRNSS.
Multi-frequency architecture supporting L1+L5 / L1+L2 bands.
Flexible hardware positioning: Configurable as either Base or Rover station.
High-speed navigation tracking with up to 10Hz data output rate.
Native plug-and-play compatibility with Ardupilot and PX4 autopilots.

Specifications

GNSS Constellations & Frequencies GPS/QZSS: L1, L5/L2
GALILEO: E1, E5a/E5b
BDS: B1I, B2I/B2a
GLONASS: G1

Positioning Accuracy RTK (Horizontal): 1cm + 1 PPM
RTK (Vertical): 3cm + 1 PPM
Single Positioning: 1.5m CEP

Supported Protocols NMEA Output: GGA, GSA, GSV, VTG, ZDA, GLL, RMC, GST, TXT
RTCM v3: Input & Output (MSM7 output; MSM4/5/7 input)

Data Output Rate Default: 5Hz (Dual-band GPS/GAL/BDS/QZSS)
Maximum: 10Hz (Dual-band; GGA/RMC/VTG at 10Hz, others at 1Hz)

Hardware Interface 2 x UART (Default 230400 bps) / JST GH 1.25mm 8P

Input Voltage (VCC) 4.75 〜 5.25 V (Typical)

Operating Temperature -20°C 〜 +85°C

Installation / Mount 3 x M1.6 * 7mm (Max depth < 9mm)

Pinout Assignment

NANO H10P RTK Receiver Pinout Interface

Connector Type: JST GH 1.25mm 8-Pin

Package List

1 x H10P-RTK High-Precision Receiver
1 x GH-8P-6P-125-04 Connection Cable
1 x 3M Double-Sided Adhesive Pad

Technical Documentation

🌐 View NANO H10P RTK Receiver Official WiKi / Datasheet

Recommended Companion

USB-to-Serial Converter Board for RTK (FTDI-232R)

Highly stable FTDI evaluation tool. Essential companion for interfacing NANO H10P UART ports directly to a PC for configuration and real-time data logging.

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