SingularXYZ SV100 Dual for Precision Vehicle Navigation and Machine Guidance

The SingularXYZ SV100 Dual is a rugged dual-antenna GNSS receiver designed for applications that require both accurate positioning and dependable heading information. It is built for vehicle navigation, machine guidance, agricultural equipment, construction machinery, autonomous platforms, industrial vehicles, marine systems and other equipment that needs reliable satellite-based positioning in the field.

Unlike a standard single-antenna GNSS receiver, the SV100 Dual uses two GNSS antenna connections to calculate heading from the distance and direction between the antennas. This allows a vehicle or machine control system to determine not only where it is, but also which direction it is facing. When combined with RTK corrections, the receiver can provide centimeter-level positioning suitable for precision guidance, automated steering, construction equipment positioning and other high-accuracy workflows.

Accurate Positioning with Dual-Antenna Heading

The dual-antenna design is one of the main advantages of the SV100 Dual. A conventional GNSS receiver may provide an accurate position while stationary or moving, but heading can be less reliable when the vehicle is moving slowly or stopped. By using two separated antennas, the SV100 Dual can calculate orientation from the antenna baseline, making it useful for machine guidance, vehicle navigation and industrial automation where the direction of travel must remain stable and available.

With RTK corrections, the receiver is specified to provide horizontal positioning accuracy of 8 mm plus 1 ppm and vertical accuracy of 15 mm plus 1 ppm under suitable operating conditions. In practical fieldwork, this level of precision can help equipment operators follow planned lines, position machinery accurately, monitor vehicle movement and maintain repeatable passes across a work area. Actual results depend on correction quality, antenna installation, satellite visibility, multipath, machine vibration and the surrounding environment.

The heading accuracy is defined in relation to the antenna baseline. A longer, correctly installed baseline generally improves heading performance, while a shorter baseline may provide less angular precision. For this reason, the two antennas should be mounted securely, with a known distance between them and a clear view of the sky. Correct installation is especially important when the receiver is being integrated with automated steering, machine-control software or a vehicle navigation computer.

Multi-Constellation and Multi-Frequency GNSS Tracking

The SV100 Dual tracks multiple satellite systems, including GPS, BeiDou, GLONASS, Galileo, QZSS, NavIC and supported SBAS services. Tracking several constellations gives the receiver access to more satellites and more signal options, which can improve satellite availability in difficult locations such as construction sites, tree-lined areas, urban streets and working environments where part of the sky is blocked by equipment or structures.

The receiver supports multiple GNSS frequencies across the supported constellations and uses multi-frequency signal processing to improve positioning reliability. Its anti-jamming technology is intended to help maintain usable GNSS data in environments where electrical equipment, vehicle systems, radios or other sources of interference may affect satellite reception. This is valuable for industrial vehicles, agricultural machinery, construction equipment and autonomous platforms that operate around motors, controllers, transmitters and other electronic systems.

Although multi-constellation GNSS can improve availability, no satellite receiver can guarantee full accuracy under every condition. Heavy obstruction, reflected signals, poor antenna placement, interference or a loss of RTK corrections can reduce the positioning result. The SV100 Dual is best used with a suitable external correction service, base station or compatible correction source when centimeter-level results are required.

RTK Corrections Through 4G or UHF

The receiver can obtain RTK correction data through a 4G cellular connection or an optional UHF modem, depending on the configuration and the conditions at the worksite. 4G is useful when the machine operates in an area with cellular coverage and access to an NTRIP or similar correction service. UHF can be useful on sites where a local base station is available or where cellular coverage is limited.

The optional UHF configuration supports the 410–470 MHz range and can provide a working range of up to 15 km in optimal conditions. Real-world radio range depends on terrain, antenna height, obstructions, local regulations, radio configuration and the type of base or rover equipment being used. Buyers should confirm the required UHF compatibility before ordering, as enhanced UHF configurations may not be compatible with standard UHF equipment from other brands.

For network-based workflows, the SV100 Dual supports correction and communication protocols used in professional GNSS systems, including RTCM formats, NTRIP Server, NTRIP Caster, TCP and MQTT options. This allows the receiver to be integrated into a wider positioning network or connected to correction services used by surveying, construction, agriculture and industrial automation teams.

Flexible Data Output for Equipment Integration

The SV100 Dual is designed as an integration receiver rather than a handheld survey controller. Position, velocity, time and heading data can be sent to a vehicle computer, machine-control system, agricultural console, navigation display, GIS device, industrial controller or autonomous platform.

Available communication options include RS232 serial output, USB, Ethernet, Wi-Fi, Bluetooth and 4G, depending on the selected configuration and system setup. NMEA-0183 and the manufacturer’s binary format are supported, with selectable data update rates from 1 to 50 Hz. A higher update rate can be useful for moving machinery and control systems that need frequent position updates, while lower rates may be appropriate for monitoring, logging or less demanding navigation applications.

The 10-pin connector combines power, RS232, USB and a PPS output. An RJ45 Ethernet port provides a wired connection for professional configuration and data communication. Separate antenna connections are provided for the GNSS antennas, with additional connections available for optional UHF and 4G antennas. A SIM card slot is included for cellular communication where a supported mobile data service is used.

Simple Configuration in the Field

The SV100 Dual can be configured through its built-in WebUI using Wi-Fi or Ethernet. This provides access to professional settings such as communication parameters, correction sources, data output, recording options, system status and firmware updates. This approach is useful for installers, engineers and technicians who need detailed control while commissioning a machine or diagnosing a field system.

For field setup and routine checks, the SingularNav Android application can connect to the receiver through Bluetooth. This gives operators a more convenient way to review receiver status and adjust essential settings without carrying a laptop to the machine. The combination of Bluetooth field access and WebUI configuration allows the same receiver to serve both everyday operators and technical integration teams.

Four LED indicators provide quick visual information about power or battery status, satellite tracking, RTK status and network connectivity. These indicators can help an operator identify whether the receiver is powered, receiving satellites, holding an RTK solution or connected to the required correction network before beginning work.

Built for Construction Sites, Agricultural Equipment and Industrial Vehicles

The SV100 Dual has a compact housing with a flat underside and distributed mounting holes for installation on vehicles and machinery. It can be mounted on tractors, construction equipment, utility vehicles, autonomous ground vehicles, industrial machines and marine platforms where a fixed GNSS installation is preferred.

For construction professionals, the receiver can support machine positioning, site vehicle guidance, grading or equipment-monitoring systems when paired with the appropriate control software and correction service. It can help connect a machine to a digital site plan or positioning workflow, but it is not a complete machine-control system by itself. The final result depends on the display, control hardware, hydraulic or steering interface and software used with the receiver.

For agriculture, the dual-antenna heading output can be useful for guidance and steering applications where the direction of the tractor or implement needs to be known accurately. It can support repeatable passes, field navigation and integration with agricultural consoles, provided the receiver is correctly installed and connected to a compatible steering or guidance system.

For surveyors and GIS professionals, the SV100 Dual is best suited to vehicle-based mapping, mobile data collection, site monitoring, navigation and equipment integration rather than traditional pole-mounted rover surveying. Its serial, Ethernet, USB and network interfaces make it suitable for connecting GNSS data to a vehicle, sensor platform or custom GIS workflow.

For drone and autonomous-system operators, the receiver may be considered where a vehicle or ground platform needs high-accuracy positioning and heading. It is not a complete drone navigation system and should only be integrated after checking the communication protocol, power requirements, antenna arrangement and compatibility of the flight or autonomy controller.

Rugged Housing for Outdoor Work

The receiver is built with an aluminum alloy housing and is rated IP67 for protection against dust and temporary water exposure. It is specified for working temperatures from -40°C to +75°C, with storage temperatures from -55°C to +85°C. The unit is also designed to withstand vibration associated with vehicle and machine installations and is rated to survive a 1-meter drop onto concrete under the stated test conditions.

This construction makes the SV100 Dual suitable for demanding outdoor work where equipment may be exposed to dust, rain, mud, vibration, temperature changes and accidental knocks. IP67 protection does not mean the receiver should be deliberately submerged or left unprotected in conditions beyond its rated limits. Cable connections, antenna fittings and mounting hardware should be installed correctly to maintain reliable performance in the field.

Internal Data Recording and Post-Processing Support

The receiver includes 8 GB of internal storage with loop recording support. GNSS data can be recorded in RINEX 3.02 or RINEX 3.04 formats, as well as the manufacturer’s binary format. This makes it possible to retain positioning data for later review, quality control, troubleshooting, documentation or post-processing workflows.

Internal recording is useful when cellular service is interrupted, when a project requires an independent data log or when engineers need to examine receiver performance after a job. The receiver can record static or operational data depending on the selected configuration. Storage expansion may be available for specific requirements, so buyers with long-duration logging needs should confirm the intended configuration before purchase.

Power Options for Fixed and Mobile Installations

The SV100 Dual is designed for vehicle and industrial power systems and can operate from 9–28 V DC without the internal battery. With the internal battery configuration, the supported input range is 9–22 V. Typical power consumption is approximately 3.5 W, making it suitable for connection to many vehicle electrical systems when the correct power cable and protection are used.

An optional 6600 mAh internal battery can provide up to 13 hours of operating time under stated conditions. Battery performance varies with temperature, communication activity, correction method, recording settings and connected accessories. The battery option can be useful for temporary installations, commissioning work, portable testing or situations where the receiver needs to continue operating while vehicle power is unavailable.

Who Should Choose the SV100 Dual?

The SingularXYZ SV100 Dual is a strong fit for buyers who need a fixed, dual-antenna GNSS receiver that can provide high-accuracy positioning and heading to another system. It is particularly relevant to:

• Construction companies integrating GNSS with heavy equipment, machine guidance or site vehicles.
• Surveyors and mapping teams collecting vehicle-based positioning data.
• Agricultural businesses using precision guidance or automated steering systems.
• Engineers developing autonomous ground vehicles, robotics or industrial navigation platforms.
• GIS professionals connecting accurate GNSS data to mobile mapping or asset-monitoring systems.
• Marine and industrial operators requiring robust positioning and heading information.

It may not be the right choice for buyers looking for a complete handheld RTK rover kit with a survey pole, data collector and field-survey software. The SV100 Dual is primarily an OEM-style receiver for integration into a machine, vehicle or professional positioning system. The correct antenna spacing, correction source, communication interface and control software are essential to achieving the intended result.

Professional Support from Global GPS Systems

Choosing the right GNSS receiver often depends on more than positioning accuracy alone. The antenna layout, correction method, UHF or 4G requirements, power supply, data protocol and machine-control interface all need to match the intended application. Global GPS Systems can help buyers evaluate the SV100 Dual configuration for surveying, construction, agriculture, machine guidance, GIS, vehicle navigation and other high-accuracy GNSS applications.

Contact Global GPS Systems before ordering if you need help confirming antenna requirements, RTK correction compatibility, communication options, UHF configuration, power connections or integration with an existing machine or navigation system. This helps ensure that the receiver is matched to the actual field workflow rather than selected only from headline specifications.