GradeMetrix® Compact Excavator Solution
This kit uses the new Vector™ VR500 hardware and the GradeMetrix® Machine Control & Guidance Positioning Systems software to provide an easy to use and accurate GPS Positioning system.
Description
GradeMetrix is Hemisphere GNSS’ high-value machine guidance solution for high-precision GNSS-based machine control and guidance applications and systems. Whether it is grading, mining, excavating, or compaction applications.
Compact & Large Excavator Solution Key Features:
- Dynamic cut/fill to tracks, or bucket
- 2D, 2.5D, 3D operation modes all standard
- Supports tilt bucket option
- Supports laser receiver option for higher accuracy elevation demands
- Simplified User Interface
- Multiple views include plan, profile, cross-section and more
- Supports industry standard file formats including: dwg, dxg, LandXML
- Stake points
- In-field design
- Build flat pads
- Build single, dual, or multiple slopes
- Global map projections
- 3-year warranty
Ruggedized Hardware
Our complete guidance solution is powered by the VR500 all-in-one smart antenna. The VR500 has undergone extensive shock, vibration, and environmental testing to ensure that it is ready to stand up to the harshest job site conditions. The IronOne rugged display features an 8” high- brightness touchscreen display for visibility in direct sunlight.
Access to Advanced Technology Features
Hemisphere’s Atlas is an innovative positioning service that delivers correction signals via L-band satellites at scalable accuracies ranging from sub-meter to sub-decimeter levels. Leveraging more than 200 reference stations worldwide and L-band satellites distributing corrections, virtually all the earth’s landmass has coverage. Atlas support is available on all Atlas-capable Hemisphere single and dual-frequency, multi- GNSS, RTK-capable hardware.
Atlas compliments third-party GNSS receivers by allowing them to use Atlas corrections with Hemisphere’s innovative BaseLink® capabilities. Also included is Hemisphere’s aRTK™ technology. aRTK is an Atlas-based RTK augmentation system that provides RTK-level accuracy, availability, and reliability when RTK corrections fail.
