Advanced GNSS capabilities from Topcon

Topcon claims that its HiPer VR GNSS receiver is compact, light and benefits from advanced GNSS technology. The firm says that the rugged design is built to withstand harsh construction environments. Using Topcon’s sophisticated GNSS chipset with Universal Tracking Channels technology, the HiPer VR tracks every satellite signal. The compact, rugged design also features an integrated IMU and eCompass. The HiPer VR can be used for static or kinematic GNSS post-processed surveys: as a network RTK rover with
May 15, 2019 Read time: 2 mins
Topcon claims that its HiPer VR GNSS receiver is compact, light and benefits from advanced GNSS technology. The firm says that the rugged design is built to withstand harsh construction environments.


Using 342 Topcon’s sophisticated GNSS chipset with Universal Tracking Channels technology, the HiPer VR tracks every satellite signal. The compact, rugged design also features an integrated IMU and eCompass.

The HiPer VR can be used for static or kinematic GNSS post-processed surveys: as a network RTK rover with the FC-5000's internal 4G/LTE cellular modem; as a UHF/Longlink jobsite RTK rover; and also in Topcon’s patented Hybrid Positioning solution.

Key features include universal tracking technology for all satellites and constellations (GPS, GLONASS, Galileo, Beidou, IRNSS, QZSS, SBAS) covering all modernised signals, as well as a compact form factor ideal for Millimeter GPS and Hybrid Positioning. They also include a novel 9-axis IMU and ultra-compact 3-axis eCompass, as well as an integrated 400 MHz UHF Tx/Rx Radio Modem and an ultra-compact 3-axis eCompass that compensates for mis-levelled field measurements out of plumb up to 15°.

Connected Construction

For more information on companies in this article

Related Content

  • Sophisticated technology allows milling accuracy
    January 14, 2021
    Given the increase in vehicle numbers and that modern vehicles are heavier, it is more important for modern highways to be constructed to higher standards than previously.
    Read More
  • Trimble’s new georeferencing package
    March 13, 2017
    Trimble company Applanix is now offering the POSPac MMS 8 package, an advanced GNSSaided inertial post-processing software for georeferencing data. This information can be collected from cameras, LIDARs, multibeam sonars and other sensors on mobile platforms. Using the Trimble CenterPoint RTX subscription service with the RTX technology, POSPac MMS 8 is said to offer new capabilities for mobile mapping from land, air, marine and UAV platforms. It can offer centimetre-level accuracy within one hour aft
    Read More
  • High accuracy mapping without base stations
    June 15, 2020
    Highly accurate UAV mapping can now be achieved without the need for base stations. This development comes from Applanix, part of the Trimble Group.
    Read More
  • A winter wonderland for Vaisala’s MD30 sensor
    November 18, 2019
    Accurately measuring road network conditions in real time requires rugged and durable mobile sensor technology, writes Rose Parisi* Monitoring road conditions is critical to performing efficient and effective maintenance that reduces risks posed by hazardous driving conditions. This is most critical during winter. Road weather information systems (RWIS) help support road maintenance decision-making through the measurement of atmosphere and pavement conditions. However, due to the static location and
    Read More

Highlighted Content