Spectra Precision is introducing its sophisticated ProMark 700 system, a GNSS network RTK rover aimed at duties in land survey applications. The unit weighs in at only 650grammes and is said to be the lightest GNSS RTK smart antenna available on the market. Its light weight, together with its compact and slim design, makes the unit the receiver portable and comfortable for field use. It features a long battery life, a rugged, waterproof design and a wide operating temperature range, allowing the ProMark 700
January 6, 2017
Read time: 2 mins
2373 Spectra Precision is introducing its sophisticated ProMark 700 system, a GNSS network RTK rover aimed at duties in land survey applications. The unit weighs in at only 650grammes and is said to be the lightest GNSS RTK smart antenna available on the market. Its light weight, together with its compact and slim design, makes the unit the receiver portable and comfortable for field use. It features a long battery life, a rugged, waterproof design and a wide operating temperature range, allowing the ProMark 700 to be used in harsh outdoor environments. The new receiver is equipped with 220 dual-frequency and dual-constellation GNSS channels that allow tracking of all available L1/L2 GPS/GLONASS satellite signals. It provides features for effective network RTK operations, without rarely-used modules or options. In addition, the ProMark 700 has been designed as an intuitive, simple and easy-to-use receiver, where all operations are performed from the data collector. Due to their size and light weight, the perfect companions to ProMark 700 are the low-cost MM10 data collector or the new T41 data collector with a smart phone design. The ProMark 700 receiver can be used with Spectra Precision field software: either Survey Pro v5.2.1 or FAST Survey v3.1. Both field software applications provide a complete set of features that meet the demanding expectations of professional surveyors and are optimised for RTK network surveys.
The Allu 3D Positioning System will make ground stabilisation works more efficient and more cost-effective, according to the Finnish manufacturer. The GPS-guided system works in conjunction with Allu’s PMX mixing head, which is mounted on an excavator. It is made up from four modules – computer unit with software, touch screen, base station and GPS antennas positioned on the mixing unit. Often used in road construction to firm up soft ground, the ground stabilisation process sees the binder material fed in
The Allu 3D Positioning System will make ground stabilisation works more efficient and more cost-effective, according to the Finnish manufacturer. The GPS-guided system works in conjunction with Allu’s PMX mixing head, which is mounted on an excavator. It is made up from four modules – computer unit with software, touch screen, base station and GPS antennas positioned on the mixing unit. Often used in road construction to firm up soft ground, the ground stabilisation process sees the binder material fed in
A special version of Hidromek’s HMK220LC excavator is now available for use in underground applications. This machine features additional reinforcement and protection to ensure its longevity in the tough underground application, as well as providing extra safety measures for the operator. The same Tier 4 Interim/Stage IIIB emission certified engine and hydraulics components are used as in the standard machines, although additional after-treatment systems are available to meet underground working requirement
A special version of Hidromek’s HMK220LC excavator is now available for use in underground applications. This machine features additional reinforcement and protection to ensure its longevity in the tough underground application, as well as providing extra safety measures for the operator. The same Tier 4 Interim/Stage IIIB emission certified engine and hydraulics components are used as in the standard machines, although additional after-treatment systems are available to meet underground working requirement
