SingularXYZ Orion ONE AR Visual Stakeout RTK GNSS Receiver

Compact visual RTK GNSS for faster field positioning

The Singular XYZ Orion One AR combines centimetre-level RTK GNSS positioning, IMU tilt compensation and camera-guided stakeout in a compact receiver weighing approximately 547 g. It is intended for surveyors, site engineers, construction teams, utility contractors, GIS professionals and other users who need to measure or set out accurate coordinates without carrying a large receiver.

Its visual stakeout function uses a built-in camera and augmented-reality guidance to show the operator where the target point lies. Instead of relying only on arrows, distances and a plan view on the controller, the user can follow an on-screen indication placed over the live camera image. This can make it easier to approach points during building layout, roadworks, utility installation, boundary work and general topographic surveying.

AR stakeout with a low-light camera

The receiver includes a 2 MP global-shutter camera with a 75° field of view and a frame rate of 30 fps. The starlight-grade sensor is designed to retain a clear image in weaker light, supporting stakeout work in shaded areas, around structures or during early and late working hours.

Visual guidance is especially useful when the target point is not obvious from the surroundings. Construction workers can use it to find footing, column, kerb or service positions, while surveyors can use it to navigate efficiently between multiple stakeout points. The manufacturer states an AR stakeout accuracy of 8 mm + 1 ppm horizontally and 15 mm + 1 ppm vertically under suitable operating conditions.

Measure without keeping the pole perfectly vertical

An integrated IMU allows the Orion One AR to measure with the survey pole tilted by up to 60°. This is useful when a point is close to a wall, beneath vegetation, beside parked equipment or in another location where the receiver cannot be held directly above the point.

Tilt compensation reduces the time spent levelling the pole for every observation and helps operators maintain a more natural working position. Within the stated tilt range, the specified tilt-surveying accuracy is better than ±2.5 cm. Actual results will still depend on satellite conditions, correction quality, pole setup and normal field practice.

Full-constellation satellite tracking

The 1,408-channel GNSS board tracks signals from GPS, GLONASS, Galileo, BeiDou, QZSS and NavIC, together with supported SBAS services. Access to multiple constellations and frequencies gives the receiver more observations to work with, helping it maintain positioning performance when parts of the sky are obstructed.

This is valuable on construction sites, beside buildings, near trees and in other environments where satellite visibility changes as the operator moves. Typical RTK initialisation is stated as under five seconds, with a stated initialisation reliability above 99.9% in suitable conditions.

RTK rover, base and static survey workflows

The Orion One AR can be used with network corrections through a connected controller or configured for radio-based work. Supported communication methods include Bluetooth, Wi-Fi, NFC, USB Type-C and an internal 410–470 MHz UHF modem. NTRIP client, NTRIP server, NTRIP caster, TCP and UDP protocols are supported.

The internal UHF radio has a stated working range of up to 15 km in optimal conditions, although practical range depends on terrain, antenna height, interference, radio settings and local regulations. Enhanced LoRa and standard UHF configurations may differ in compatibility, so the required base-and-rover setup should be confirmed before ordering.

For static surveying and post-processing, the receiver provides 8 GB of internal storage and supports RINEX 3.02 and 3.04 data. Storage may be expandable depending on the selected configuration. A Wi-Fi-accessible web interface allows users to review receiver status, change settings, transfer files, manage stored data and perform system updates.

Built for daily work outdoors

The receiver measures approximately 107 mm in diameter and 58.7 mm in height. Its magnesium-aluminium alloy housing keeps the unit compact while providing protection for regular field use. The enclosure is rated IP67 against dust and water ingress and is designed to withstand a 2 m drop onto concrete.

The specified operating temperature range is −40°C to +65°C. A 4,200 mAh internal battery provides up to 12 hours of working time, depending on the active operating mode, with a stated charging time of about three hours. These characteristics make the unit suitable for full working days in surveying, civil engineering, construction and asset-mapping applications.

Who is the Orion One AR designed for?

For land and engineering surveyors, the receiver supports topographic measurements, control work, boundary surveys, point collection and construction stakeout. The camera and IMU are particularly helpful when setting out many points or measuring positions that are physically difficult to reach with a vertical pole.

Construction teams can use it for foundations, utilities, roads, kerbs, drainage, landscaping and general site positioning. The visual interface can make coordinate-based setting-out easier to understand for operators who do not work with conventional surveying displays every day.

GIS and asset-management teams can use the receiver to collect accurate positions for pipes, cables, chambers, signs, trees, street furniture and other features. Drone operators may also use an RTK receiver like this to establish or verify ground control and checkpoints for photogrammetry projects.

Data formats and integration

The Orion One AR outputs standard NMEA-0183 data, RINEX files and the manufacturer’s binary XYZ format. Its selectable update rate ranges from 1 to 50 Hz, allowing it to support conventional surveying as well as workflows that require faster position updates. It accepts common RTCM correction formats from versions 3.0 to 3.3.

Because controller software, correction services, radio protocols and regional frequencies vary, buyers should check that the selected configuration matches their existing equipment and working area. This is especially important when the receiver will be paired with another brand of UHF base or rover.

Buying and support from Global GPS Systems

Global GPS Systems can help determine whether the Orion One AR should be configured as a network rover, radio rover, base receiver or part of a complete rover-and-base set. The team can also advise on compatible controllers, field software, poles, antennas and RTK correction services. Confirming the intended workflow before purchase helps ensure that the radio option, accessories and software suit the way the equipment will be used in the field.