The SPS361 GPS Heading and Positioning Receivers are modular, dual-antenna systems for marine construction and hydrographic survey, including precise placement of piles, bridges, caissons, offshore drilling rigs and coastal defenses - providing you with dredge head positioning, vessel positioning, vessel heading, and pitch or roll.
The Trimble SPS361 GPS Heading Receivers offer numerous benefits for marine construction contractors, including:
Rapid deployment, easy integration
High-precision, dual-frequency GPS heading with fast initialization
Data to easily determine the position of other sensors on a vessel
Support for a range of correction services to provide the position accuracy you need
Trimble GA530 Antenna
The TRIMBLE ZEPHYR 2 is a high-performance lightweight GNSS rover antenna optimized for precision RTK applications. Key features of the Zephyr 2:
Optimized for GNSS rover applications
Comprehensive GNSS support, including GPS Modernized signals, GLONASS, and Galileo
Robust low-elevation satellite tracking
Minimized multipath
Sub-millimeter phase center repeatability
Sonarmite specifications
Measuring equipment complex based on a single-beam echo sounder could be used for the hydrographical surveying and measuring jobs. These portable devices are installed on a small size vessel and may be operated in a hard to reach areas of a water reservoir.
Spatial Datasheete
Spatial is a ruggedized miniature GPS aided inertial navigation system and AHRS that provides accurate position, velocity, acceleration and orientation under the most demanding conditions. It combines temperature calibrated accelerometers, gyroscopes, magnetometers and a pressure sensor with an advanced GNSS receiver. These are coupled in a sophisticated fusion algorithm to deliver accurate and reliable navigation and orientation.
Leica GS09 GNSS Datasheet
The SmartWorx field software is based on the proven and familiar concept of the Leica System 1200. Made even easier to use with icon-based menus, ensures instant productivity.
The extremely light-weight and cable free rover is comfortable to use for the entire day. Built exceptionally rugged, the rover withstands rough use and topple overs.
The easily setup RTK base station requires only the GS09 SmartAntenna, a radio modem and battery. By connecting the CS09 Controller, raw satellite data can be logged.
The Leica GS09 works perfectly in all reference networks. The network corrections can be received with Leica GSM/CDMA modules or by using your mobile phone.
Leica TPS instruments can be combined with the GS09 SmartAntenna into one easy-to-use instrument
Leica TCR1201
This used Leica TCR1201 reflectorless total station has been cleaned, tested, and calibrated. The Bluetooth enabled communication side cover allows seamless wireless connectivity between the instrument and your data collector. It comes with a 32 MB industrial CF memory card and USB card reader for easy data download. This unit has Leica Smartworks software (version 8.71) installed onboard with two added applications (Reference Line and Sets of Angles), which are in addition to the standard Cogo and Survey Stakeout routines.
Leica-DNA03-Brochure
Advantages that move you ahead:
The generous LC-display presents all important measured data at a glance and shows the next step to take.
Double your data safety: from now on, save your work automatically in the internal memory and additionally, after the measurements have been taken, on a PCMCIA card.
The alphanumeric keyboard and the operating concept provide the highest levels of efficiency at work, optimum comfort and rapid familiarization.
Save up to 50% in time with Leica digital levels.
Measuring without mistakes or fatigue.
Leica Infinity office software provides all the tools you need to visualise and manage level height observation campaigns in a very easy-to-use environment. The optional processing and 1D adjustment option lets you split or join level lines, process the level line heights and perform 1D level network adjustments, including the creation of detailed reports to print or share.