El ACTU-Blade GPS Automated Box Blade Control Kit is a complete GNSS-based grading solution developed for precision land leveling, agricultural drainage management, field surveying, terrain design and automatic box blade control.

Built on the same surveying, design and machine-control platform as the CANAMEK TOPO-mizer, ACTU-Blade adds the grading blade itself to create an integrated package for customers who require both the GNSS control system and the physical grading implement.

Designed for farmers, land-leveling contractors, irrigation professionals, drainage specialists and grading operators, ACTU-Blade allows the operator to survey existing terrain, prepare a proposed surface, calculate cut-and-fill requirements and automatically control the included box blade according to the approved digital design.

Available blade widths include 4 ft / 1.22 m, 5 ft / 1.52 m and 6 ft / 1.83 m.

Complete Survey, Design, and Box Blade Control Workflow

ACTU-Blade integrates the primary stages of a land-leveling project into one GNSS grading system.

Operators can survey the field, analyze existing elevations, prepare the required surface design, calculate earthmoving requirements and automatically control the box blade directly from the control terminal.

The system supports:

• Topographic Survey
• Terrain and Surface Design
• Automatic Box Blade Control
• Cut-and-Fill Calculation
• Real-Time Project Visualization
• Project Data Import and Export
• PDF Reporting and Record Keeping
• Remote Diagnostics and Assistance
• Multi-Machine Project Collaboration

Because the grading blade is included with ACTU-Blade, the system combines the digital surveying and machine-control platform with the implement used to carry out the grading work.

Choose the ACTU-Blade Size for Your Application

ACTU-Blade is available with three box blade widths:

4 ft / 1.22 m Box Blade

A compact blade-width option for applications where a narrower grading implement is preferred.

5 ft / 1.52 m Box Blade

A mid-size option providing additional working width while retaining a compact grading configuration.

6 ft / 1.83 m Box Blade

The widest currently available ACTU-Blade configuration for customers requiring greater grading coverage per pass.

Blade selection should be based on the intended machine, project requirements and working conditions.

Levantamiento Topográfico de Alta Precisión

ACTU-Blade collects real-time topographic elevation data directly from the grading system.

The field survey creates a digital representation of the existing surface and allows the operator to identify:

• High and low areas
• Depressions that retain water
• Uneven field elevations
• Restricciones de drenaje
• Excessive slopes
• Areas requiring excavation or filling
• Locations where water flow must be improved

For straightforward surface profiles, surveying and terrain preparation can be completed through the control system without requiring separate surveying equipment for each stage of the workflow.

Optimized Surface Designs with Minimum Earth Movement

Using collected topographic information, ACTU-Blade allows the operator to prepare optimized surface designs based on the required elevation, drainage direction and grading objectives.

Operators can configure project parameters including:

• Elevación objetivo
• Dirección del flujo de agua
• Pendiente longitudinal
• Pendiente transversal
• Single- or dual-slope configuration
• Cut-and-fill ratio
• Proposed surface elevation
• Earthmoving volume
• Drainage direction

Reducing unnecessary soil movement can help reduce machine operating time, fuel consumption and excessive soil disturbance while allowing the operator to meet the required project design.

The control terminal can also display estimated earthmoving quantities in cubic yards and cubic metres.

Supporting Level and Sloped Surfaces

Different agricultural and grading projects require different surface configurations. ACTU-Blade supports multiple terrain-design types.

Level Surface

Creates a consistent target elevation across the project area for applications requiring a uniformly level surface.

Single-Slope Surface

Creates one continuous slope to move irrigation or surface water in a selected direction.

Double-Surface or Dual-Slope Design

Creates two connected surface planes for projects requiring split drainage directions or more complex surface geometry.

This flexibility allows ACTU-Blade to be used for level fields, sloped agricultural ground, drainage-sensitive land and other grading projects where controlled surface geometry is required.

Automatic Box Blade Control

ACTU-Blade continuously compares the actual blade position with the approved digital surface design.

The Vehicle Control Unit communicates with the hydraulic control system and automatically adjusts the grading blade according to the required elevation and slope.

Depending on the hydraulic configuration, system functions can include:

• Blade movement up and down
• Left and right tilt movement
• Control de elevador
• Tilt control
• Combined lift-and-tilt operation
• Automatic and manual operating modes

Automatic blade control reduces the need for constant manual adjustment and helps the operator maintain the required elevation and surface profile throughout the project.

Wireless Blade Control

An optional wireless remote provides convenient access to essential grading functions from inside the operator’s cab.

Depending on the hydraulic configuration, the remote can be used for:

• Moving the blade up
• Moving the blade down
• Controlling blade tilt
• Switching between automatic and manual modes
• Making blade adjustments during setup and operation

This provides direct access to frequently used blade-control functions without requiring every adjustment to be made through the touchscreen.

Integrated GNSS and Attitude Compensation

ACTU-Blade uses a high-precision GNSS receiver with an integrated IMU attitude sensor to monitor the position and movement of the machine and grading system.

Integrated attitude compensation helps maintain stable blade control as the machine operates across uneven terrain and experiences pitch, roll, vibration or changing ground conditions.

A second GNSS antenna can also be used in compatible configurations where additional implement-position or attitude information is required.

Vista de proyecto en 3D codificada por colores

The ACTU-Blade control terminal provides a color-coded 3D representation of the surveyed terrain and proposed project surface.

The display can show:

• Existing terrain elevations
• High and low areas
• Cut zones
• Fill zones
• Proposed surface design
• Posición actual de la máquina
• Current grading direction
• Blade elevation status
• Límites del proyecto
• Remaining earthmoving requirements

The machine’s live position can be viewed within the project during operation, allowing the operator to monitor grading progress directly from the cab.

The interface also supports operation in low-light conditions.

Step-by-Step Grading Using Elevation Offsets

Some projects require more material to be removed than the machine and box blade should move in a single pass.

ACTU-Blade can apply elevation offsets to the designed surface so the operator can approach the final target elevation through multiple controlled passes.

Step-by-step elevation offsets can help:

• Match grading depth to machine capacity
• Reduce excessive machine loading
• Improve blade stability
• Reduce wheel slip
• Reduce hydraulic stress
• Maintain controlled grading depth
• Improve grading consistency

This allows deeper grading work to be divided into manageable stages while maintaining reference to the final digital design.

Optimize Water Flow and Field Drainage

ACTU-Blade can be used to create controlled agricultural surfaces designed to improve water movement across the field.

By correcting elevation differences, removing surface depressions and creating planned slopes, the system can help direct excess water toward drainage channels, outlets, ditches or designated collection areas.

Improved surface drainage can help:

• Reduce standing water
• Correct low areas that remain wet
• Improve soil aeration
• Improve root-zone conditions
• Reducir la escorrentía no controlada
• Improve irrigation uniformity
• Mejorar el acceso para maquinaria
• Reduce the time required for wet areas to dry

The result is a more manageable field surface designed around both irrigation and drainage requirements.

Eliminate Water-Holding Depressions

Uneven agricultural fields can contain low areas that retain water after rainfall or irrigation.

These areas can contribute to:

• Delayed planting
• Delayed cultivation
• Reduced usable planting area
• Weed development in standing-water areas
• Poor crop establishment
• Root damage
• Compactación del suelo
• Machinery-access problems
• Greater risk of machinery becoming stuck

ACTU-Blade allows these low areas to be identified during the survey and incorporated into the proposed grading design.

Correcting persistent depressions can help create a more uniform field surface and reduce recurring standing-water areas.

More Uniform Drying and Better Field Management

A more consistently graded and drained field can dry more uniformly after rainfall or irrigation.

More uniform drying can improve the timing of:

• Seedbed preparation
• Planting
• Fertilizer application
• Spraying
• Cultivation
• Harvesting
• Drainage maintenance

Reducing persistent wet areas can prevent a small portion of the field from delaying operations across a larger area.

Reduce the Risk of Machinery Becoming Stuck

Standing water, saturated soil and persistent muddy areas can increase the risk of tractors and other agricultural equipment becoming stuck.

Recovery operations can result in:

• Lost working time
• Towing and recovery costs
• Field rutting
• Compactación del suelo
• Equipment damage
• Crop damage
• Additional repair work

By correcting low areas and improving surface drainage, ACTU-Blade can help reduce the occurrence of excessively wet sections within the field.

Support More Uniform Crop and Field Conditions

A more uniform field surface can support more consistent water distribution and growing conditions.

Potential benefits of improved surface uniformity can include:

• More uniform crop emergence
• More consistent plant development
• Improved water distribution
• Reduced waterlogging
• Reduced moisture variation
• Improved nutrient distribution
• Mayor área de siembra utilizable

Improved surface conditions may contribute to better overall field performance.

Actual agronomic results depend on crop type, soil conditions, weather, irrigation practices, drainage infrastructure, project design and farm-management decisions.

Conserve Water and Reduce Soil Erosion

Uncontrolled slopes and uneven field surfaces can cause water to collect in some locations while moving too quickly through others.

ACTU-Blade allows the operator to control target elevation and slope according to irrigation and drainage requirements.

A properly designed surface can help:

• Improve irrigation efficiency
• Reduce unnecessary water use
• Reduce surface runoff
• Reducir la erosión del suelo
• Reduce topsoil movement
• Reducir el movimiento de nutrientes
• Improve moisture consistency
• Reduce standing water

Controlled surface shaping can be particularly useful where water availability, runoff or erosion management is an important part of the project.

Improve Fertilizer and Input Management

Uneven water movement can transport agricultural inputs away from their intended application areas or concentrate them in low sections of the field.

Improved field uniformity and controlled water movement can help reduce:

• Fertilizer loss through runoff
• Nutrient accumulation in low areas
• Chemical movement
• Repeated treatment of waterlogged sections
• Weed development around standing-water areas
• Unnecessary input applications

These improvements may support more consistent use of fertilizers and other agricultural inputs.

Flexible Project Import and Export

ACTU-Blade supports digital project exchange for contractors, designers and multi-machine operations.

Operators can:

• Export surveyed field data
• Exportar información de diseño del proyecto
• Transferir proyectos entre sistemas compatibles
• Import compatible third-party AGD design files
• Share files with contractors or project designers
• Generar informes de proyectos en PDF
• Guardar registros de proyectos completados

This allows surveying, project design and grading activities to be distributed between compatible machines and operators where required.

Record Keeping and Project Reporting

ACTU-Blade can generate digital project information and PDF reports for:

• Completed land-leveling projects
• Drainage projects
• Field surveys
• Surface designs
• Customer records
• Contractor documentation
• Future field improvements
• Long-term land-management records

Digital records allow completed project information to be retained and reviewed later without relying entirely on handwritten notes.

Remote Assistance and OTA Updates

ACTU-Blade supports remote assistance where the required cellular or internet connection is available.

Remote support can assist with:

• System diagnostics
• Configuration review
• Software troubleshooting
• Operational guidance
• Project setup
• Error identification
• System updates

Compatible over-the-air software updates allow software improvements to be delivered without requiring traditional manual update procedures.

Remote functions depend on connectivity and the available service configuration in the customer’s region.

Permanent Software with No Annual Tablet Fee

The system includes permanent access to the required tablet software for the purchased configuration.

Ownership benefits include:

• No annual tablet software subscription
• No recurring core software-license fee
• Permanent software for the purchased system
• Continued access to core surveying and grading functions
• No mandatory annual software renewal for standard operation

Optional future services, third-party connectivity, additional modules or separately purchased services may have different commercial terms.

Local GNSS Base Station Operation

ACTU-Blade uses the same GNSS land-leveling platform as TOPO-mizer and supports operation with a local GNSS base-station configuration.

A local base station can provide the correction source required for compatible high-precision grading without depending on a paid external CORS correction-network subscription.

The exact base-station hardware supplied with ACTU-Blade should follow the purchased system configuration.

Solutions for GPS Box Blade Grading and Land Leveling

ACTU-Blade provides an integrated grading solution for agricultural, drainage, reclamation and compatible earthmoving applications.

Typical applications include:

• Agricultural land leveling
• Precision field shaping
• Surface drainage management
• Irrigation preparation
• Paddy-field leveling
• Dryland leveling
• Row-crop field preparation
• Land reclamation
• Terrace development
• Level-surface grading
• Single-slope grading
• Dual-slope grading
• Drainage outlet preparation
• Water-flow management
• Farm-road grading
• Yard and site grading
• General box-blade grading

Commercial Package Benefits

ACTU-Blade combines the GNSS grading system with the box blade required to perform the grading work.

Key ownership and support benefits include:

• Box blade included
• Choice of three blade widths
• Integrated surveying and surface design
• Automatic hydraulic blade control
• Permanent tablet software
• No annual tablet software fee for standard operation
• Remote technical assistance
• OTA software updates
• Project import and export
• PDF project reporting
• 2-Year Warranty
• 7-Day-a-Week After-Sales Support

Key Features at a Glance

• Complete GNSS box blade grading system
• Box blade included
• 4 ft / 1.22 m blade option
• 5 ft / 1.52 m blade option
• 6 ft / 1.83 m blade option
• High-precision GNSS positioning
• Integrated IMU attitude sensor
• Topographic field surveying
• Optimized surface design
• Reduced unnecessary earth movement
• Level, single-slope and dual-slope surfaces
• Target-elevation adjustment
• Water-flow direction adjustment
• Slope adjustment
• Cut-and-fill calculation
• Automatic blade lift control
• Automatic blade tilt control
• Automatic and manual modes
• Optional wireless blade control
• 3D color-coded project view
• Live machine-position display
• Earthmoving volume calculation in cubic yards and cubic metres
• Step-by-step elevation offsets
• Compatible third-party AGD file import
• Project data export
• Multi-machine file sharing
• PDF reporting
• Remote diagnostics
• OTA software updates
• No annual tablet software subscription

Why Choose the ACTU-Blade GPS Automated Box Blade Control Kit?

ACTU-Blade combines surveying, terrain design, GNSS positioning, automatic hydraulic control and the grading box blade itself into one integrated land-leveling solution.

Rather than purchasing a GNSS machine-control system and sourcing a separate grading implement, ACTU-Blade provides the core technology and box blade together.

For farmers, this provides a practical system for field leveling, irrigation preparation, drainage improvement and correction of uneven agricultural surfaces.

For land-leveling contractors, ACTU-Blade provides an integrated survey-to-grade workflow with automatic blade control, earthmoving calculations, digital project transfer and project reporting.

For irrigation and drainage professionals, the system provides the tools required to survey existing terrain, prepare controlled slopes and carry out grading according to the approved digital surface.

Preguntas frecuentes

What is the ACTU-Blade GPS Automated Box Blade Control Kit?

ACTU-Blade is a complete GNSS-based grading and land-leveling system that combines topographic surveying, terrain design, automatic hydraulic blade control and an included box blade.

How is ACTU-Blade different from TOPO-mizer?

ACTU-Blade uses the same core GNSS surveying, terrain-design and automatic blade-control platform as TOPO-mizer, but ACTU-Blade also includes the box blade used for grading.

Is the box blade included with ACTU-Blade?

Yes. ACTU-Blade is supplied as a GPS automated box blade system with the grading blade included.

What blade sizes are available?

ACTU-Blade is available with 4 ft / 1.22 m, 5 ft / 1.52 m and 6 ft / 1.83 m box blade options.

Can ACTU-Blade survey a field before grading?

Yes. ACTU-Blade can collect topographic elevation data that can be used to analyze the existing terrain and prepare the required surface design before grading begins.

Does ACTU-Blade automatically control the box blade?

Yes. The system compares the actual blade position with the approved terrain design and communicates with the hydraulic control system to automatically adjust the box blade.

What terrain designs does ACTU-Blade support?

The system supports level surfaces, single-slope surfaces and dual-slope or double-surface designs. Operators can configure elevation, slope, water-flow direction and cut-and-fill settings according to the project.

Can ACTU-Blade be used for field drainage?

Yes. ACTU-Blade can create controlled slopes and water-flow directions for surface drainage, irrigation preparation and related agricultural water-management projects.

Does ACTU-Blade help minimize earthmoving?

The system uses surveyed topographic information and adjustable design parameters to help the operator create a surface that meets project requirements while reducing unnecessary soil movement.

Can ACTU-Blade import externally prepared terrain designs?

Yes. The system supports compatible third-party AGD terrain-design files.

Can project files be transferred between compatible systems?

Yes. Project data can be exported and transferred between compatible systems for multi-machine grading and contractor operations.

Can ACTU-Blade export project reports?

Yes. The system can generate PDF project reports for record keeping, project management and contractor documentation.

Does ACTU-Blade use a conventional laser transmitter?

No. ACTU-Blade is a GNSS-based system and uses satellite positioning and GNSS correction data rather than a conventional rotating laser transmitter as its primary positioning reference.

What electrical supply does the ACTU-Blade control system require?

The main electronic components support a 9–36 V DC input range and are suitable for many machines using typical 12 V or 24 V DC electrical systems.

Is ACTU-Blade hardware protected against dust and water?

Yes. The control terminal is rated IP65, the GNSS receiver is rated IP66, and the Vehicle Control Unit and optional Easy Control keypad are rated IP67.

Does ACTU-Blade require an annual tablet software subscription?

No annual tablet software subscription is required for standard operation of the purchased system configuration. Optional future services, third-party connectivity or additional modules may have separate commercial terms.

Does ACTU-Blade support remote software updates?

Yes. The system supports remote assistance and compatible over-the-air software updates when the required network connection and support services are available.

Does ACTU-Blade include a warranty?

Yes. ACTU-Blade includes a 2-year warranty and CANAMEK after-sales support seven days a week.