What is included?

Main features

Description

High-Precision Multi-Band GNSS Module for Professional Applications

Elevate your projects with the DP0601 F9P, a high-performance, multi-band L1/L2 GNSS module powered by the u-blox ZED-F9P chipset. Designed for centimeter-level accuracy, this module supports RTK and PPP making it ideal for drone navigation, industrial automation, and precision agriculture. Its compact form factor and low-voltage operation (5V) ensure seamless integration into custom PCBs, drones, and autonomous systems.

Why Choose the DP0601 F9P?

Centimeter-Level Accuracy: Achieves 1 cm precision with multi-band RTK (GPS, GLONASS, BeiDou, Galileo).

Dual-Band L1/L2 Technology: Reduces ionospheric interference, ensuring faster convergence and superior accuracy compared to single-band GNSS receivers.

Fast Convergence: Sub-10-second RTK convergence for rapid, reliable positioning.

Versatile Correction Support: Compatible with RTCM, VRS, and Network RTK for flexible, high-accuracy positioning.

Compact & Energy-Efficient: Perfect for OEM integration and low-voltage applications.

Base or Rover Operation: Use as a standalone receiver or in a base-rover RTK configuration.

Anti-Jamming & Spoofing Protection: Advanced interference suppression for secure operation in challenging environments.

Plug-and-Play Compatibility: Seamlessly integrates with any autopilots via a 6-pin JST-GH connector, with support for UART, I2C, USB, and MAVLink protocols.

Fast & Reliable: 20 Hz update rate for real-time responsiveness in dynamic applications.

Key features & Specifications

Feature Specification
Position accuracy 1 cm (RTK)
Convergence time <10 seconds
Update rate Up to 20Hz
Supported constellations GPS, GLONASS, BeiDou, Galileo, QZSS
Connectivity UART, I2C, USB, MAVLink
Interface USB, 6-pinJST-GH connector
Correction services RTCM v3.x, SSR, SBAS, PPP, RTK

Ideal Applications

Drone surveying & mapping

Precision agriculture

Autonomous vehicle navigation

Robotics & industrial automation

Aeronautical & UAV systems

Mechanical
Documentation