CANAMEK X51 — GPS Auto Steering System for Tractors

El CANAMEK X51 — GPS Auto Steering System for Tractors is a tractor autosteer kit for agricultural field operations, including soil preparation, seeding, planting, spraying, fertilizer application and harvesting. It uses GNSS positioning and terrain compensation to guide a compatible vehicle along a selected working route, with setup and monitoring handled through AgNav software on a 10.1 in / 256.5 mm industrial touchscreen.

The CANAMEK product page offers two configurations. The X51 Automated Steering System, based on the CHCNAV NX510 SE, uses an electric steering wheel to make guidance corrections. The X51 Steer Ready Automated Steering System, based on the NX510 Steer Ready platform, connects to a compatible tractor’s existing steering valve through its OEM steering interface.

Both configurations address the same field task: maintaining the tractor’s route while the operator supervises the machine and implement. The choice depends on the tractor’s steering equipment and installation requirements. RTK network and UHF base-station connectivity provide correction options, while the guidance software supports straight, curved and other field patterns suited to different operations.

Complete Field Guidance Workflow

X51 brings vehicle configuration, field setup, automatic steering and operating records into one guidance workflow.

1. Match the system to the tractor. Select the electric steering or Steer Ready configuration according to the vehicle’s steering arrangement and verified compatibility.
2. Configure and calibrate. Enter the vehicle geometry, choose the relevant steering controller and sensor settings, and complete the required calibration.
3. Set the implement parameters. Define the working width and offsets so the guidance layout reflects the implement attached to the tractor.
4. Connect the correction source. Configure the compatible network RTK or UHF radio connection and check positioning status before precision operation.
5. Select the field and guideline. Create or load field data, establish boundaries where required, and choose the working pattern.
6. Engage and supervise steering. The selected steering hardware follows the route while the display shows guidance information and job status.
7. Save or transfer the work. Use the supported AgNav data functions to retain field information, transfer guidelines or export task records.

The operator remains responsible for the vehicle, implement and surrounding conditions. Accurate machine dimensions, suitable corrections and correct calibration are part of obtaining the intended guidance performance.

Choose the X51 Configuration

X51 Automated Steering System — Electric Steering Wheel

The electric configuration uses the NX510 SE platform and a CES-T electric steering wheel. The motor turns the steering wheel in response to guidance commands, providing a retrofit route for compatible new and existing tractors.

CANAMEK identifies the industrial display, UHF radio, motor drive and AgNav software as its principal package components. The manufacturer’s NX510 manual also documents the GNSS receiver, wheel-angle sensor, rear camera, mounting components and wiring used in the standard electric installation.

This configuration suits a compatible tractor being equipped through an electric steering-wheel installation. The correct steering-shaft fit, brackets and calibration must be established for the specific vehicle.

X51 Steer Ready Automated Steering System — OEM Valve Integration

The Steer Ready configuration uses the tractor’s existing compatible steering valve. Its PLC ECU communicates through PWM or CANBUS, according to the tractor’s OEM steering arrangement.

The CANAMEK listing identifies AgNav software, the PLC ECU, the 10.1 in / 256.5 mm tablet, a rear camera and the receiver as the principal components. A compatible installation uses the tractor’s existing steering hardware without adding an electric steering wheel or a separate steering valve.

Select this configuration only after the tractor’s steer-ready interface and required harness have been checked. Having hydraulic steering alone does not establish that a tractor has a compatible OEM automatic-steering interface.

Configuration Comparison

Correction Access and Activated Functions

The built-in correction radio is a receiver for compatible correction transmissions. A complete working installation also needs the selected correction source: a suitable network RTK service or a compatible GNSS base station.

Specify correction access, cellular data, installation hardware and software activations in the quotation. The manufacturer manual identifies ISOBUS UT as requiring additional activation. Other implement-control functions depend on the selected configuration, software and compatible equipment. A radio module in the kit does not establish that a base station or correction subscription is included.

GNSS Positioning and Terrain Compensation

The NX510 platform supports GPS, GLONASS, Galileo, BeiDou and QZSS, with SBAS signal support listed in the component datasheets. GNSS positioning is combined with inertial information to compensate for changes in vehicle attitude as the tractor moves across the field.

This terrain compensation supports guidance where the machine encounters uneven ground. The Steer Ready documentation specifies six-axis terrain compensation; the NX510 SE documentation describes its GNSS+INS approach. In both cases, accurate installation measurements and calibration remain essential.

CHCNAV specifies pass-to-pass steering accuracy within ±0.98 in / ±2.5 cm. This is a guidance-performance figure, distinct from the receiver’s horizontal and vertical RTK positioning specifications. It should be used with an appropriate correction solution and should not be extended to every positioning mode or treated as a guarantee of a trailing implement’s exact position.

Electric Steering with the CES-T Motor

In the electric configuration, the CES-T motor provides 5.53 lb-ft / 7.5 N·m rated torque. The steering wheel measures 16.14 in / 410 mm in diameter, and the motor height is 3.17 in / 80.5 mm.

The receiver and guidance software determine the required steering response, and the motor makes the wheel adjustment. AgNav supports vehicle-specific calibration, including steering controller and wheel-angle sensor settings. The documented installation supports a GASensor arrangement as well as other supported sensor modes where applicable.

This provides automatic route following on a compatible tractor fitted with the electric kit. The final result also depends on the condition of the tractor’s steering mechanism; worn components or excessive steering play require attention during installation.

Direct Steering Control for Steer Ready Tractors

The Steer Ready option sends steering commands through the PLC ECU to a compatible OEM steering valve. PWM and CANBUS support allow the installation to match different supported tractor interfaces.

This configuration retains the tractor’s existing steering wheel and uses its factory steering-control hardware. The vehicle-specific interface, cable connections and software settings must be correct for the tractor model. The kit is therefore selected by verified steer-ready compatibility, rather than tractor size or brand alone.

For an owner of a compatible machine, this offers a route to GNSS guidance that uses the steering equipment already installed on the tractor.

Guidance Patterns for Straight and Irregular Fields

AgNav supports guidance patterns for different field layouts. The NX510 SE documentation lists AB line, A+ line, circle line, irregular curve and headland-turn operation. The Steer Ready documentation lists AB line, A+ line, pivot, curve, 90° line and headland line.

The NX510 software manual further documents parallel, identical and free-curve creation, path lines and harrowing patterns. Available functions must correspond to the installed software and selected configuration.

Operators can establish field boundaries, create guidance lines and configure implement width and offsets. Saved field and guideline data support repeated use of an established working layout, while curve and pivot patterns provide alternatives where straight passes do not suit the operation.

Headland Turns and Operator Control

The documented NX510 software includes headland-turn functions, with “Bulb” and “Fish tail” U-turn modes in the referenced AgNav manual. Bulb U-turn settings include row skipping, turn direction and an automatic trigger based on distance to the AB point.

These controls allow a suitable turn sequence to be configured around the vehicle and field. Actual use depends on the installed software, machine compatibility and available space for the tractor and implement.

AgNav also includes automatic-steering engagement settings and manual override. The operator can supervise guidance and regain control when the operation requires it.

Industrial Touchscreen and Rear Camera

The CB-H10 terminal combines a pantalla táctil capacitiva de 10.1 in / 256.5 mm with multilingual AgNav software. Its documented screen resolution is 1024 × 600 pixels, with brightness of approximately 218.9 fL / 750 nits.

The display is used to configure the machine, select guidelines, review correction status and monitor the current task. Its IP65 housing is intended for the working environment of an agricultural cab.

The documented rear camera provides 1280 × 720-pixel resolution and a 120° field of view. It allows the operator to view the configured rear or implement area from the terminal. Camera image resolution and tablet screen resolution are separate specifications.

Reduce Repeated Steering Corrections

Keeping successive passes aligned by hand requires continuous attention to the steering wheel. X51 uses its selected guideline and positioning solution to make routine steering adjustments through the electric motor or the OEM steering interface.

This can help reduce repetitive steering effort during long field operations and allow the operator to devote more attention to implement performance and task status. It remains a supervised guidance system.

Support More Consistent Field Coverage

Unnecessary overlap and missed strips can occur when pass spacing varies. Configuring the implement width and offsets gives AgNav the information needed to lay out the intended working passes, while automatic steering follows the selected route.

This can support more consistent coverage during tillage, planting, spraying and spreading. Correction quality, calibration, implement movement and field conditions affect the result. Guidance alone does not determine seed placement, chemical rate or implement working depth.

Correction Sources and Positioning Modes

Network RTK and UHF Base Stations

The platform provides built-in 4G and UHF correction connectivity. Network RTK is configured through the supported CORS/NTRIP workflow, while the UHF receiver supports compatible base-station transmissions in the 410–470 MHz band.

The datasheets list RTCM 3.0, 3.1, 3.2 and 3.3 correction formats. Radio frequency, protocol and network access must match the correction source in use. AgNav displays positioning information so the operator can check the solution before starting precision work.

Additional NX510 SE Positioning Modes

CHCNAV’s current NX510 SE page lists SPP, DGPS, RTK, E-PPP, H-PPP and DRSmooth. It identifies H-PPP with Galileo E6-HAS and describes automatic switching between RTK and PPP.

These modes provide alternative positioning arrangements, with different accuracy characteristics, coverage and convergence requirements. Some functions depend on the receiver version. They should be selected for the task and available service; the RTK pass-to-pass figure is not a blanket accuracy claim for every mode.

Software, Data and Connectivity

Field Setup and Data Exchange

AgNav manages vehicle settings, implement parameters, farms, fields, boundaries, guidelines and tasks. The NX510 manual documents SHP data exchange for guidelines and field information, CHC XML and supported Topcon guideline imports, and ISOXML farm import.

Guidelines can be transferred through supported share-code workflows. Task records can be exported as CSV files. These functions help retain working layouts and operating records between jobs, subject to the installed software’s format support.

ISOBUS Implement Compatibility

The NX510 SE documentation establishes ISOBUS compatibility, and the NX510 manual specifically identifies UT operation with additional activation. The current Steer Ready page lists BAS, GEO, VT and TC-SC functions for compatible implements.

The available functions must be matched to the chosen configuration and implement. A terminal with ISOBUS support does not automatically equip every attached implement for section or variable-rate control. Specify the required function, implement compatibility and activation before purchase.

NMEA and External Equipment Connections

The system provides CAN, RS232, Wi-Fi and Bluetooth connections. NMEA output rates of 1, 2, 5 and 10 Hz are listed in the datasheets. Steer Ready documentation also identifies 5 V pulse output for supported third-party integration.

Connections to other equipment require a compatible interface and the correct wiring. Where a speed-pulse conversion module is required, it must be included in the chosen integration; it is not established as a standard package component.

Remote Assistance and Updates

AgNav includes remote assistance through an identification code and diagnostic log upload. The NX510 manual also documents software and firmware maintenance procedures, with support depending on the installed component version.

CANAMEK provides After-Sales Support, 7 Days a Week. Use CANAMEK Support & Service for assistance with the supplied equipment and configuration.

Solutions for Agricultural Tractor Guidance

X51 supports the vehicle-guidance part of field preparation, ridging, seeding, planting, spraying, fertilizing, spreading, ditching and harvesting. The required steering configuration depends on the tractor, while the guideline and implement settings depend on the operation.

An electric steering installation may suit an existing tractor being retrofitted with guidance. A supported steer-ready tractor can use the OEM-interface configuration. Agricultural contractors can retain compatible vehicle and field configurations when moving between jobs, with the necessary installation hardware and calibration for each machine.

Ownership and Purchase Benefits

The X51 offering provides two documented steering configurations under one CANAMEK product page, allowing the installation to be selected around the machine already in use. Both combine a guidance terminal, GNSS positioning and AgNav software with the required steering-control arrangement.

The CANAMEK offering includes a 2-Year Free Warranty y After-Sales Support, 7 Days a Week. Request a configuration that identifies the steering hardware, vehicle-specific cables, correction access and activated functions. Software ownership and service charges should be stated in the quotation; no lifetime or subscription-free entitlement is implied by the hardware specification.

Key Features at a Glance

• Two configurations: electric steering-wheel retrofit and OEM Steer Ready integration.
• Pass-to-pass accuracy within ±0.98 in / ±2.5 cm with suitable corrections and setup.
• Multi-constellation GNSS positioning with inertial terrain compensation.
• CES-T electric motor with 5.53 lb-ft / 7.5 N·m rated torque in the electric kit.
• PWM or CANBUS integration with compatible OEM steering valves in the Steer Ready kit.
• 10.1 in / 256.5 mm industrial touchscreen and multilingual AgNav software.
• Straight, curved, pivot and other documented guidance patterns, according to configuration.
• Headland-turn controls and configurable automatic-steering settings.
• Built-in 4G and UHF correction connections, with Wi-Fi, Bluetooth, CAN and RS232.
• RTCM correction support and NMEA output at up to 10 Hz.
• SHP field-data exchange, supported guideline imports and CSV task export.
• Rear-camera monitoring and configuration-dependent ISOBUS functions.
• IP65 display and electric steering assembly; IP67 GNSS receiver.
• Remote assistance and documented software/firmware maintenance procedures.
• CANAMEK warranty and after-sales support.

Why Choose the CANAMEK X51?

The X51 provides a choice of steering hardware around a common agricultural guidance workflow. The electric version adds motor-driven wheel control to a compatible tractor, while Steer Ready uses a supported OEM steering interface. GNSS positioning, terrain compensation and AgNav give both configurations the information and controls needed to follow planned field routes.

For growers, this offers a practical way to add automatic guidance to an appropriate machine. For agricultural contractors, the configurable vehicle, implement and field records support different jobs and compatible equipment.

Buyers considering a larger terminal can also review the CANAMEK X61 GPS Auto Steering System, which uses the NX612 platform and a 12.1 in / 307.3 mm display. Compare the installation and functions required for the tractor through the CANAMEK auto steering range, or contact CANAMEK with the make, model and implement details.

Preguntas frecuentes

What is the CANAMEK X51 tractor autosteer kit?

The CANAMEK X51 is a GNSS automatic-steering system for compatible agricultural vehicles. It combines positioning, terrain compensation, an industrial touchscreen and AgNav software. The CANAMEK page offers an NX510 SE-based electric steering configuration and an NX510 Steer Ready configuration for compatible OEM steering interfaces.

What is the difference between the electric and Steer Ready versions?

The electric version uses a CES-T motor and steering wheel to make steering corrections. Steer Ready uses a PLC ECU to control the tractor’s existing compatible OEM steering valve through PWM or CANBUS. The correct choice depends on the tractor’s steering equipment and verified installation compatibility.

Which X51 configuration should I choose for my tractor?

Choose the electric kit for a supported electric steering-wheel retrofit, or Steer Ready when the tractor has a compatible OEM automatic-steering interface. Provide the tractor make, model and steering details so the required hardware, connections and calibration can be checked before purchase.

What is included with the electric X51 system?

CANAMEK identifies the display, UHF radio, motor drive and AgNav software as the principal components. The manufacturer’s standard NX510 electric-package list also includes a PA-3-family receiver, CB-H10 tablet, CES-T steering wheel, GASensor, rear camera, mounting components, system and accessory cables, and a radio antenna. The order specification identifies the actual receiver variant and vehicle-specific installation hardware.

What is included with the X51 Steer Ready system?

The CANAMEK listing identifies AgNav software, a PLC ECU, a 10.1 in / 256.5 mm display tablet, a rear camera and a receiver. The installation connects to a supported tractor’s existing steering system using the appropriate vehicle-specific interface and wiring.

Does Steer Ready work with any tractor that has hydraulic steering?

No. It requires a supported OEM steer-ready or auto-guidance-ready interface. Hydraulic steering by itself does not establish compatibility. The tractor’s steering valve, control protocol and required harness must be checked for the specific model.

Does the Steer Ready version require another steering wheel or valve?

A supported Steer Ready installation uses the tractor’s existing steering wheel and OEM steering valve. It does not require the additional electric steering wheel used by the electric kit or a separate replacement steering valve.

Can X51 be installed on an older tractor?

Yes, the NX510 SE electric platform supports retrofit installation on compatible existing tractors. Steering-shaft fit, brackets, electrical supply and mechanical steering condition must be suitable. Installation and calibration must be completed for the actual vehicle.

What steering accuracy is specified?

CHCNAV specifies pass-to-pass steering accuracy within ±0.98 in / ±2.5 cm with suitable corrections and setup. This is separate from the receiver’s RTK positioning accuracy. Correction status, calibration, machine condition and implement behavior affect the practical result.

How does terrain compensation help the system?

The platform combines GNSS positioning with inertial information to account for changes in the vehicle’s attitude as it moves across the field. This supports route following over changing terrain. The machine dimensions, sensor installation and calibration must be correct.

Which field guidance patterns are available?

The NX510 SE documentation lists AB line, A+ line, circle line, irregular curve and headland-turn operation. Steer Ready documentation lists AB line, A+ line, pivot, curve, 90° line and headland line. The NX510 manual documents additional curve and path functions; availability depends on the installed software and configuration.

Can X51 make headland turns automatically?

The NX510 documentation supports headland-turn functions. The referenced AgNav manual describes Bulb and Fish tail U-turn modes, including row-skipping and automatic-trigger settings for Bulb turns. The installed software, tractor configuration and available turning space must support the selected operation.

Does automatic steering remove the need for an operator?

No. X51 is used for supervised agricultural guidance. The operator remains responsible for the vehicle, implement and surrounding conditions. AgNav includes steering engagement settings and manual override controls.

What operating speeds are supported?

CHCNAV’s current NX510 SE page states a maximum working speed of 18.64 mph / 30 km/h. Its current Steer Ready page lists 0.06–18.64 mph / 0.1–30 km/h. The actual working range depends on the tractor, implement, software settings and installed configuration.

Do I need my own RTK base station?

Not necessarily. The platform supports compatible network RTK corrections as well as correction reception from a local UHF base station. Network access requires an appropriate service and data connection. A compatible correction source must be selected for precision operation.

Are a base station and correction subscription included?

The supplied CANAMEK component lists do not establish that either is included. The UHF radio is a correction receiver, not a base station. Ask for the order specification to identify any base station, network correction access or cellular service supplied with the selected configuration.

Which positioning modes does NX510 SE support?

The current manufacturer page lists SPP, DGPS, RTK, E-PPP, H-PPP and DRSmooth. H-PPP is identified with Galileo E6-HAS. Mode availability and performance depend on receiver version, service coverage and operating conditions; the RTK steering figure should not be applied to every mode.

Can the system operate without a cellular connection?

A suitable UHF base-station connection can supply corrections without cellular network RTK. Other supported positioning modes have their own requirements. Network RTK, remote assistance and online functions require the appropriate connection for the selected service.

Does X51 support ISOBUS implements?

Yes, with the appropriate configuration and compatible equipment. NX510 SE documentation identifies ISOBUS compatibility, and the NX510 manual states that UT requires additional activation. The current Steer Ready page lists BAS, GEO, VT and TC-SC functions. The required implement function and activation should be specified when ordering.

Which files and operating records can AgNav handle?

The NX510 manual documents SHP guideline and field-data exchange, CHC XML and supported Topcon guideline imports, ISOXML farm import, and CSV task export. Supported share-code transfers are also available. File compatibility must match the installed software and the type of data being transferred.

What are the display and rear-camera specifications?

The CB-H10 tablet has a 10.1 in / 256.5 mm touchscreen with 1024 × 600-pixel resolution. The rear camera is specified at 1280 × 720 pixels with a 120° field of view. The screen and camera resolution figures describe different components.

What electrical supply is specified for the CANAMEK X51?

CANAMEK lists a 9–32 V DC system supply. The NX510 hardware manual also specifies 9–32 V DC for the CES-T electric steering motor, while the receiver and tablet have individual 9–36 V DC ratings. Follow the supplied installation instructions and component labels; the higher rating of an individual component does not establish the limit for the complete installation.

Are all X51 components rated IP67?

No. The GNSS receiver is rated IP67, while the CB-H10 display and CES-T electric steering assembly are rated IP65. The documented GASensor is IP67. Ratings apply to the named component and should not be combined into a blanket system rating.

Can one system be transferred between tractors?

CHCNAV describes transfer between compatible vehicles. Each tractor still needs the correct mounting or OEM-interface hardware, electrical connections and configuration. The necessary calibration and steering compatibility must be checked for each machine.

Are software functions and correction services included without recurring fees?

The supplied documentation does not establish a lifetime, subscription-free entitlement for every function or service. ISOBUS UT requires additional activation, and correction or cellular services have their own arrangements. The quotation should state the included activations and any ongoing service charges.

How does X51 differ from CANAMEK X61?

X51 uses the NX510 SE or NX510 Steer Ready platform and a 10.1 in / 256.5 mm display. CANAMEK X61 uses the NX612 platform and a 12.1 in / 307.3 mm display. Their steering hardware, software options and component specifications must be compared for the intended tractor; features should not be assumed interchangeable.

What warranty and support does CANAMEK provide?

CANAMEK provides a 2-Year Free Warranty and After-Sales Support, 7 Days a Week for this offering. AgNav also includes documented remote-assistance and diagnostic-log functions for support through a suitable connection.