A visual and laser RTK GNSS receiver that brings camera-based measurement to the field. A 1408-channel full-constellation engine pairs with an HD starlight camera, dual 2 MP global-shutter cameras and a Class 3R laser for HD visual surveying, camera-assisted non-contact laser measurement up to 120 m*, and dual-camera auto-switching AR stakeout. A 60° IMU, quad-core 1.5 GHz CPU with a 2.0 Tops NPU, 8 GB storage and a 6600 mAh battery keep it running up to 12 hours inside a 720 g IP67 aluminium-magnesium body.
An HD starlight camera paired with advanced visual algorithms lets you survey by capture, tap and measure — obtaining centimetre-level photogrammetry results quickly and intuitively, without complex post-processing on site.
The back camera provides clear visual-assisted targeting for precise aiming of the non-contact laser, extending the surveying range up to 120 m*. The laser is Class 3R — direct eye exposure must be avoided.
Dual cameras with auto distance-based switching use the back camera for long-range points and the bottom camera for close-range guidance, giving the most intuitive and accurate view for every stakeout.
Capture multiple points from a single photo while preserving all image records for verification or missed-point recovery. Every detail stays available, so you get more done from each setup.
Horus generates high-quality visual data ready for seamless integration with third-party post-processing software, simplifying 3D modelling and mapping. Modelling itself happens in the third-party software, not on the receiver.
Supporting up to 60° tilt compensation, the IMU module ensures stable and precise performance — a robust foundation for visual, laser and pole surveying alike.
Horus tracks GPS, BDS, GLONASS, Galileo, QZSS and SBAS simultaneously. Advanced anti-interference algorithms ensure a fast, reliable FIX even in urban canyons, dense forests or signal-challenged areas.
A 6600 mAh battery supports 12 hours of continuous work, an IP67 aluminium-magnesium housing withstands 2 m drops, and a quad-core 1.5 GHz platform with a 2.0 Tops NPU powers the on-board visual processing.
The Horus is the visual-and-laser member of the SingularXYZ GNSS family: an HD starlight camera, dual global-shutter cameras and a Class 3R laser enable visual surveying, camera-assisted laser measurement and AR stakeout. Visual data is exported for third-party 3D modelling — modelling is not performed on the receiver. It carries no internal 4G modem; long-range corrections are delivered through internal UHF or PDA CORS mode over Bluetooth.
The Horus supports standard RTCM correction data through its internal UHF radio or PDA CORS network mode over Bluetooth. Static observations can also be recorded to 8 GB of onboard storage for post-processing. Ranges are qualified by the manufacturer and depend on field conditions.
Internal Radio Mode
Built-in UHF, optimal conditions
PDA CORS Mode
Via Bluetooth to local CORS stations
From cadastral boundaries to photogrammetry data capture, the Horus delivers reliable centimetre-level accuracy and visual measurement wherever your project takes you.
* Laser range up to 120 m under optimal conditions. Laser tilt surveying accuracy of 3 cm is stated at a 10 m range, typical — not at 120 m. Visual surveying accuracy of 2–5 cm is typical at a 2–20 m range. The laser is Class 3R; avoid direct eye exposure. Visual data is exported for third-party 3D modelling; modelling is not performed on the receiver.
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Download the Horus product information as a PDF.
