
Tractor cab monitoring
Evaluate the terminal as part of a vehicle positioning system. Specify external antennas, DC power and rear mounting.
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RTKGO
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Explore the hardware, operating interface and application illustrations. Confirm antenna, mounting and software options in your quotation.
A dedicated 10.1-inch vehicle RTK terminal for agricultural machinery and industrial positioning integration. GK101M combines UM982 GNSS positioning and dual-antenna heading with external 9–24V DC power and RS232, RS485 and RJ45 interfaces.
Model configuration: GK101M. Confirm the antenna, receiver integration and installation scope.
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Choose GK101M for a dedicated powered vehicle installation. A handheld battery workflow needs a different device.
Choose GK101M for a dedicated powered vehicle installation. A handheld battery workflow needs a different device.
Specify protected DC power, rear bracket, antenna pair, baseline and serial or Ethernet requirements.
Agree the selected model, quantities, antenna, mounting, power, software and required support before ordering.
Ask about GK101M ↗
Specify the bracket, antenna pair, cable routing, vehicle power protection and interface pinout as part of your installation.
External DC 9–24V input; no built-in battery
USB Type-A host ×2; Type-C ×1; RS232 ×1; RS485 ×1; RJ45; dual nano-SIM; microSD; 3.5mm audio
Battery capacity is not a runtime guarantee. Input and adapter ratings are not measured operating consumption.
Use these application examples to define the site, reference source, field software and installation requirements for your quotation.

Evaluate the terminal as part of a vehicle positioning system. Specify external antennas, DC power and rear mounting.
Discuss this application ↗
Agree host interfaces and antenna placement before cab installation. Application functions depend on the integrated system.
Discuss this application ↗
Define the vehicle power, bracket and cable routing. Verify serial or Ethernet integration and correction access.
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Confirm display orientation, dual-antenna geometry and receiver outputs. Position monitoring does not imply automatic steering.
Discuss this application ↗Review correction-service health and positioning status in RTKGO. Values depend on the receiver, site and reference service.

GB30 combines a local reference base and Caster. Use a suitable local or uplink source for the project and verify the client-side data path.
Tunnel access needs ordinary internet and compatible software. Source selection does not imply automatic nearest-station selection or seamless roaming.
Explore the GB30 reference platform →| Processor | ARM Cortex-A73 octa-core, 2.0GHz |
|---|---|
| Graphics | ARM Mali-G72 MP3 |
| Memory / storage | 8GB RAM / 128GB storage |
| Expandable storage | microSD, up to 256GB |
| Display | 10.1-inch IPS/AFFS; 1200 × 1920 FHD; 1000 nits |
| Camera | 5MP sub camera |
| Battery / power | External DC 9–24V input; no built-in battery |
| Interfaces | USB Type-A host ×2; Type-C ×1; RS232 ×1; RS485 ×1; RJ45; dual nano-SIM; microSD; 3.5mm audio |
| Cellular | 4G LTE; GSM / WCDMA / CDMA 1X / VoLTE |
| Wi-Fi | Dual-band 2.4/5GHz, 802.11 a/b/g/n/ac |
| Bluetooth | 5.0 LE |
| Other interfaces | NFC; LoRa 433MHz |
| GNSS module | UM982 positioning + dual-antenna heading |
| GNSS channels | 1408; NebulasIV |
| GNSS tracking | BDS B1I/B2I/B3I; GPS L1C/A/L2P(Y)/L2C/L5; Galileo E1/E5a/E5b; GLONASS L1/L2; QZSS L1/L2/L5 |
| RTK accuracy (RMS) | Plane 0.8cm + 1ppm; elevation 1.5cm + 1ppm |
| Heading accuracy (RMS) | 0.1° / 1m baseline |
| GNSS update rate | 20Hz observation / positioning |
| RTK initialization | <5s typical; >99.9% initialization reliability |
| Correction data | RTCM v3.3 / 3.2 / 3.1 / 3.0 |
| Output | NMEA 0183 / Unicore |
| External measurement antenna | HG-BA800; dual antenna configuration shown for heading; Ø132 × 55.14mm; ≤350g per antenna |
| Dimensions | 300 × 166 × 34mm |
| Weight | 880g |
| Protection | IP66; MIL-STD-810G method 516.6 procedure IV; touch panel IK05 |
| Operating temperature | -30°C to +70°C |
| Storage temperature | -40°C to +80°C |
| Operating system options | Android 9 / 10 / 11 / 13; OS version specified with your order |
| Warranty | 24 months |
Designed for external vehicle power. The heading accuracy rating applies at a 1m antenna baseline; specify the power and antenna installation for your vehicle.
Accuracy specifications apply under the stated measurement and baseline conditions. Confirm your operating requirements before deployment.
Operating system version, software, accessories and final hardware configuration must be specified in the quotation.
Choose GK101M for a dedicated powered vehicle installation. A handheld battery workflow needs a different device.
Carry the model, quantity and installation needs into an enquiry. Accessories and integration are quoted separately once the scope is confirmed.
GK101M / RTK configuration
Confirm package contents, accessories, application licensing, integration, network services, tax and freight in the final quotation.
Carry configuration into enquiry ↗Final configuration and commercial terms are provided in the project quotation.Product specifications, applications and ordering information. English edition, 2026-10-17.
Download PDF ↓PDF / SOFTWARE USER GUIDELearn how to connect correction sources, configure the receiver and check positioning status in RTKGO.
Download English user manual ↓Confirm the selected SKU, antenna, strap or bracket, power supply, software licensing and service terms in the quotation.
Positioning accuracy depends on reference coordinates, baseline, sky visibility, antenna setup and correction age. Validate results against independent check points and your project requirements.
Confirm the two external antennas, mounting orientation, baseline, cable routing, receiver configuration and host interface. The 0.1° RMS heading specification is tied to a 1m baseline.
Specify the external antenna pair, antenna baseline, terminal bracket, DC supply protection and machine interface together. GK101M is designed for a powered installation and has no built-in battery. Positioning data integration does not by itself provide an automatic steering controller.
Two suitable external antennas, a defined mounting baseline and orientation, matched cabling and receiver configuration are needed. The stated 0.1° RMS heading specification is tied to a 1m baseline; validate the complete installation.
Evaluate the mounting position, 9–24V DC supply, power protection, serial or Ethernet protocol and correction source. Steering, machine control and safety functions depend on the vehicle application and engineering integration.