Products
Hardware, and the help to run it
Everything here we install, calibrate and support ourselves. Specs marked TBC are waiting on your confirmed figures.
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GNSS · Rover and base
Spherefix SP30
Three ways to take a point: RTK on the pole, a tilted pole where you cannot plumb it, and a laser on what you cannot stand on. Set up and supported by the crew that carries one on its own jobs.
- RTK · NTRIP · 5 W LoRa radioCorrections
- ±8 mm + 1 ppm H · ±15 mm + 1 ppm VRTK accuracy, RMS
- < 2 cm within 60°Tilt survey
- Laser ≤ 2.5 cm within 5 m · AR stakeout cameraCameras
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GNSS · Compact rover
Spherefix SP Nano
The same RTK fix and the same tilted-pole shot as the SP30, in 176 grams. Corrections arrive over its own 4G modem, the controller talks to it over Bluetooth, and the whole rover is the head on the pole.
- RTK · NTRIP over 4GCorrections
- ±8 mm + 1 ppm H · ±15 mm + 1 ppm VRTK accuracy, RMS
- < 2 cm within 60°Tilt survey
- 176 g · IP67 · > 12 hOn the pole
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Excavator guidance · System
XFIX EX30
Bucket tip position on a screen in the cab, to better than 3 cm, referenced to your design surface. The base stays magnet-mounted on the stick, the instrument comes off at the end of the day, and the whole system talks to its own base over radio — so it keeps working where there is no cell signal.
- < 3 cmBucket tip guidance
- ±8 mm + 1 ppm H · ±15 mm + 1 ppm VRTK accuracy, RMS
- Up to 5 km over its own radioCorrections
- IP68 · 1.5 m drop · 25 hInstrument on the stick
Services
Not just the box
Installation
- Mounted, wired and calibrated
- On your machine, on your site
- Operator trained before we leave
Support
- A number that reaches a real person
- Someone who has stood in the same mud
- Phone and on-site
GNSS data prep
- DWG, DXF and LandXML in
- Machine surfaces and localisations out
- Checked before they reach the cab