How Can Dual-Band GNSS Technology Improve Flight Stability and Positioning Accuracy in Complex Urban Environments?

The MC-1010-V3a's concurrent L1+L5 dual-band reception significantly mitigates multipath delay in urban canyons and challenging environments, delivering sub-meter position accuracy with 10 Hz update rates. The 135-channel multi-constellation tracking (GPS, GLONASS, GALILEO, BEIDOU, QZSS, NavIC) ensures continuous satellite visibility even in obstructed areas, while the low 32mA power consumption extends flight time. Contact our drone navigation specialists to discover how hybrid ephemeris prediction and fast TTFF capabilities can enhance your UAV positioning reliability.

Engineered for rapid deployment and reliable performance, the MC-1010-V3a features hybrid ephemeris prediction technology with both self-generated EPOC (valid for 3 days) and server-generated EPO (valid for 14 days) to achieve cold start times under 15 seconds without network assistance. The compact 10.1 x 9.7 x 2.2 mm SMD form factor with stamp holes enables easy integration into space-constrained designs. With AIS 140 compliance when paired with active antennas, up to 10 Hz update rate, ±10ns high-accuracy time pulse (PPS), UART/I²C interfaces, and IATF 16949 quality control, this module delivers mission-critical positioning performance for automotive navigation, UAV systems, marine applications, and IoT tracking solutions worldwide.