mosaic-X5 GNSS Module Research

Research

• Applicability of Low-Cost GNSS Receivers for Detecting Dynamic Displacements: A Shake Table Experiment Case Study - 2026-04-30 - Research Publication - A mosaic-X5 and Trimble Alloy share an antenna while a Quanser shake table generates 0.5 to 4 Hz motion with amplitudes from 20 to 2.5 mm. Both receivers recover the excitation frequencies, and the mosaic-X5 detects the… - source: doi.org
• Centimeter-Level GNSS Positioning Using C-ITS for Correction Data Delivery: An Experimental Study - 2025-10-11 - Research Publication - Two mosaic-X5 receivers share an antenna and independently compute 20 Hz RTK positions while receiving the same corrections over C-ITS and 4G. Motorway test drives measure accuracy, transmission delay and the effect of… - source: doi.org
• Analyzing the Stochastic Properties of Code Observation Using Various Low-Cost GNSS Receivers - 2025-07-12 - Research Publication - The experiment compares mosaic-X5, u-blox ZED-F9P and SkyTraq PX1122R code observations against a Trimble Alloy geodetic receiver. Residual multipath combinations are assessed through RMS error, frequency components and… - source: doi.org
• Running Parameter Analysis in 400 m Sprint Using Real-Time Kinematic Global Navigation Satellite Systems - 2025-02-11 - Research Publication - A head-mounted 100 Hz mosaic-X5 RTK system records two collegiate sprinters across complete 400 m trials. Two event-detection methods derive per-step frequency, length and velocity, with 3D video and IMU measurements used… - source: doi.org
• Cost-Efficient Multi-GNSS Station with Real-Time Transmission for Geodynamics Applications - 2024-03-12 - Research Publication - The prototype integrates a mosaic-X5, calibrated antenna, Raspberry Pi and 4G modem into a low-cost station for real-time and post-processed positioning. A year of raw observations and high-rate and daily position series… - source: doi.org