Dusty Robotics FieldPrinter Review: Price & Specs

Dusty Robotics FieldPrinter: Quick Buyer Verdict

FieldPrinter should be evaluated as a BIM-to-field construction system, not simply as a robotic printer. The highest-value deployment starts with a coordinated model, reliable control, a print-ready floor and a workflow where putting more accurate information directly under installers’ feet can reduce layout labour, rework and schedule friction.

Pros

• Published 1/16″ positioning accuracy with appropriate surveyed control.
• Can translate coordinated digital information directly onto the slab at full scale.
• Single-operator workflow reduces the labour required for repetitive layout execution.
• Prints text, lines, points, curves, symbols, QR codes and graphical information rather than only point locations.
• Strong workflow for multi-trade coordination and VDC-to-field communication.
• Compact 23 lb robot can be carried by one person.
• Hot-swappable Milwaukee M18 batteries support long working days without restarting the print job.
• No site Wi-Fi is required for core field operation once the required file is loaded.
• Floor Elevation adds slab-measurement capability without requiring a separate robot.
• Backed by a substantial library of documented commercial construction deployments.

Cons

• No universal public 2026 dollar price; commercial terms are usage-based and quote-driven.
• The complete workflow depends on accurate surveyed control and a Leica laser tracker.
• It does not eliminate VDC or survey preparation: poor model data or poor control can still produce a poor field result.
• The robot is not designed for operation in active rain and is documented as equivalent to IP51.
• Slopes, standing water, gaps, slab edges, clutter and unstable surfaces can restrict operation.
• Current official availability is North America.
• Maximum value depends heavily on having enough layout volume to justify platform, implementation and usage costs.

Our recommendation: shortlist FieldPrinter when layout is a repeated, schedule-critical workflow and your team already has coordinated digital information worth transferring into the field. The strongest business case is not “we can replace chalk lines with a robot”; it is “we can put more coordinated information in front of installers sooner, with fewer manual translations and fewer opportunities for error.” Review the Dusty Robotics FieldPrinter listing before requesting a project-specific proposal.

How Much Does Dusty Robotics FieldPrinter Cost in 2026?

Dusty Robotics does not publish a single universal purchase price for the current FieldPrinter. Its commercial model is built around usage-based pricing, platform access and implementation rather than a simple advertised hardware price.

The published structure includes three important cost layers:

Dusty states that its plans include the Dusty Portal, the laser tracker used to guide FieldPrinter, the FieldPrinter robot itself, an iPad and joystick, and customer support resources. Higher-volume customers can access additional commercial plans.

That means the correct comparison is not “robot purchase price versus two tape measures.” Buyers should compare the full cost of automated layout against the complete cost of the current process.

What belongs in the comparison?

• Manual layout labour.
• Survey and layout specialist time.
• Rework caused by incorrect or incomplete layout.
• Delays while different trades wait for layout.
• Repeated layout by individual subcontractors.
• Time spent translating BIM information into simplified field markings.
• Dusty utilisation charges.
• Platform and implementation costs.
• VDC preparation time.
• Survey control creation.
• Ink and operational consumables.
• Internal operator labour.

Why the schedule can matter more than layout labour

For large projects, the biggest financial gain may not be the hours removed from the layout crew. If coordinated multi-trade information reaches the floor sooner, other trades may be able to start sooner, prefabricated assemblies may be installed with greater confidence and clashes may be identified before expensive work has already been completed.

That value is project-specific and should not be assumed. Put an actual value on every day of schedule acceleration before including it in the business case.

For current commercial terms and availability, review the FieldPrinter product page on Anton Robots and request a project-specific quotation.

What Is the Dusty Robotics FieldPrinter?

Dusty Robotics FieldPrinter 2 (FP2) is the current FieldPrinter model. Dusty commonly refers to it simply as FieldPrinter, which is the naming convention used throughout the rest of this review.

FieldPrinter is an autonomous mobile construction layout robot. It drives across a prepared construction surface and prints information from a coordinated digital model directly onto the floor at full 1:1 scale.

The robot is the physical component of Dusty’s wider FieldPrint Platform. The complete workflow combines FieldPrinter, a Leica Absolute Laser Tracker, surveyed control, the Dusty Portal, CAD preparation tools and a Dusty iPad application used by the field operator.

Instead of a layout worker repeatedly measuring offsets, marking points and snapping chalk lines, the digital design becomes a robot-executable print job.

What FieldPrinter is

• An autonomous mobile layout printer for construction.
• A BIM- and CAD-to-field communication tool.
• A system for printing full-scale construction information onto the slab.
• A single-operator layout workflow.
• A way to coordinate and print information for multiple trades.
• A platform for collecting floor-elevation data as well as printing layout.

What FieldPrinter is not

• It is not a general-purpose construction robot.
• It is not a replacement for accurate survey control.
• It does not automatically fix errors in the BIM or CAD model.
• It is not designed to work in active rain.
• It does not replace the need to coordinate trades before information reaches the field.
• It is not primarily an outdoor earthworks or civil staking robot.
• It does not physically install framing, pipe, ductwork or equipment after layout is printed.

That distinction matters. FieldPrinter automates the translation of coordinated design information into physical construction layout. It does not automate the entire construction activity that follows.

If you are still comparing the category rather than one specific model, explore our guide to construction layout robots.

Dusty Robotics FieldPrinter 2 Specifications

The following figures apply to the current FieldPrinter 2 hardware and reflect Dusty Robotics’ technical documentation checked in September 2026.

Important print-resolution discrepancy

Dusty’s newest technical specification lists 308 DPI for FieldPrinter 2. Some Dusty commercial and comparison pages still reference printing at up to 600 DPI.

Those figures should not be silently mixed.

The safest procurement approach is to treat the latest technical specification as the current baseline and ask Dusty to confirm the print resolution available for the exact hardware and software version covered by your agreement.

The more important performance metric for most buyers is also not raw DPI. Verify whether the robot can print the text sizes, symbols, QR codes, line weights and installation details that your crews actually need to read on the intended surface.

How Does the Dusty FieldPrinter Work?

FieldPrinter is autonomous while executing layout, but it does not simply arrive on an unknown slab and discover the building by itself. The system relies on a defined digital model and surveyed site control.

A typical workflow looks like this:

1. Prepare coordinated layout information. VDC or construction teams decide which geometry, points, labels and trade information should be printed.
2. Publish the information into the Dusty workflow. Relevant CAD, Revit or point information is moved into Dusty Portal and prepared as a print-ready layout.
3. Establish surveyed control. Known site control points connect the digital coordinate system to the physical floor.
4. Set up the Laser Tracker. The tracker measures FieldPrinter’s position in real time.
5. Station the system. The operator scans control points and verifies that measured positions align acceptably with the digital model.
6. Select the print area and content. The operator uses the iPad application to choose what should be printed.
7. FieldPrinter executes the layout. The robot autonomously drives, positions itself and prints the required information.
8. Track production. The wider platform records progress and can report production by project, trade, layer and day.

Survey control is fundamental

Dusty specifies a minimum of three non-collinear control points visible to the tracker for each station. Additional well-distributed control improves confidence and redundancy.

This is one of the most important points for buyers to understand:

FieldPrinter’s published accuracy does not mean that inaccurate site control becomes accurate.

The robot can reproduce the coordinate system it is given very precisely, but the complete layout is only as trustworthy as the control, model alignment and preparation that precede the print.

Laser tracker rather than GPS

FieldPrinter uses a Leica Absolute Laser Tracker rather than GNSS positioning. That architecture is appropriate for high-precision building layout, including indoor environments where satellite navigation is unavailable.

Current supported tracker models include Leica AT500, AT930 and AT930-NRT configurations.

Does FieldPrinter need internet access?

Not continuously.

The robot hosts its own Wi-Fi connection for communication with the iPad. Once the required layout is loaded, core field-printing functions do not depend on the jobsite’s Wi-Fi network.

Onboard LTE is used for tasks such as downloading updated layout information and uploading production data.

That separation can be valuable on unfinished projects where reliable building Wi-Fi does not yet exist.

How Accurate Is Dusty Robotics FieldPrinter?

Dusty currently publishes 1/16-inch, or approximately 1.6 mm, layout accuracy for the current FieldPrinter when it is operating from accurate surveyed control.

That is a strong specification for construction layout, but buyers should avoid reducing accuracy to one number.

The complete accuracy chain

Real layout quality depends on:

• The original design model.
• Trade coordination.
• The coordinate system.
• Surveyed control quality.
• Control-point geometry and distribution.
• Laser tracker setup.
• Tracker stability during operation.
• Floor stability and flatness.
• Correct station verification.
• The physical behaviour of ink on the chosen surface.

A 1.6 mm robot specification cannot compensate for a misplaced control point or a model that contains the wrong location.

Best-fit stationing

Dusty’s stationing workflow compares measured control against modelled control and helps operators identify a poor control fit before printing.

That is commercially important because the objective is not merely precise robot localisation. It is preventing a confidently printed error from propagating through the building.

Relative accuracy across large floors

Large slabs also move with temperature, construction loads and structural conditions. Dusty’s current documentation specifically notes concrete thermal drift as a consideration over long distances.

For highly tolerance-sensitive projects, define acceptance criteria for the complete installed layout rather than relying exclusively on the robot’s headline accuracy.

How Fast Is the Dusty FieldPrinter?

Dusty publishes different speeds depending on what the robot is doing.

A continuous 2.5 ft/s line corresponds to approximately 150 linear feet per minute at the print head. Dusty explicitly warns that this should not be used as the expected project production rate.

That is correct.

Why theoretical speed is misleading

A real construction floor requires the robot to:

• Travel between different pieces of geometry.
• Turn and reposition.
• Print labels and points.
• Navigate around columns and stored material.
• Change stations on large projects.
• Deal with field obstacles.
• Pause while the operator resolves exceptions.

A sparse layout with long wall lines can therefore print much faster than a dense MEP layout filled with points, tags and short geometry.

Use production history, not marketing speed

Dusty Portal records actual project production. Once a contractor has completed several representative floors, its own history becomes much more useful for estimating future schedules than any universal “feet per hour” claim.

For a first project, build the schedule around a pilot area that resembles the density and congestion of the real job.

What Can Dusty FieldPrinter Print?

FieldPrinter’s strongest differentiator from point-only layout workflows is the amount of information it can put directly into the physical workspace.

Current documented output includes:

• Straight lines.
• Arcs and curves.
• Points.
• Text.
• Symbols.
• QR codes.
• Emojis.
• SVG graphics.
• Other supported image content through newer image-printing workflows.

Why text matters

A point tells an installer where something belongs.

Text can also tell the installer what it is.

That can include:

• Wall types.
• Door numbers.
• Installation sequences.
• Equipment identifiers.
• Penetration descriptions.
• Mounting information.
• Trade labels.
• Reference elevations.

The result can be a richer field interface than chalk and handwritten annotations.

Multi-colour workflow

Dusty’s standard water-based ink offering includes black, red and blue. Different colours and line styles can help crews distinguish scopes or communicate construction intent, although the actual colour strategy should remain simple enough to be understood consistently by everyone on site.

QR codes

QR codes are potentially valuable when the printed physical location needs to connect back to digital information.

The important question is not whether FieldPrinter can print one. It is whether that code remains legible in the site environment and connects installers to a useful, controlled information source.

Test QR readability at the intended size, ink, surface and expected wear level before relying on it operationally.

Dusty Portal, AutoCAD, Revit and the BIM-to-Field Workflow

FieldPrinter is more defensible as a product when evaluated as part of the wider FieldPrint Platform.

The physical robot is only the final delivery mechanism.

Dusty Portal

Dusty Portal is the web-based environment used to prepare, coordinate and manage print information. Current capabilities include combining project information into a common coordinate system, controlling layers and print characteristics, previewing layout and reviewing production information.

That workflow is particularly useful when layout is being treated as a multi-trade coordination product rather than an isolated subcontractor task.

Current documented file support

Dusty’s current documentation lists support for:

• Dusty layout files.
• AutoCAD DWG files.
• Revit RVT information through the supported workflow.
• CSV point and control information.
• Supported image formats for image-printing functions.

The precise preparation path matters.

For example, current documentation still describes workflows where Revit information is exported and cleaned through AutoCAD before final Dusty preparation. Do not assume that every native BIM element can be sent directly to FieldPrinter without model preparation.

AutoCAD plugin

The current Dusty AutoCAD plugin supports AutoCAD and AutoCAD Architecture versions 2021 through 2026 on 64-bit Windows.

The documentation does not list AutoCAD LT, AutoCAD MEP or Civil 3D as compatible with the plugin.

If those products are central to your current workflow, confirm the required conversion process before committing.

The iPad app

The Dusty iPad application is the field operator’s primary interface.

It is used for tasks such as:

• Connecting to the robot.
• Stationing against control.
• Selecting print content.
• Reviewing job progress.
• Adding or scanning field obstacles.
• Adjusting field operations.
• Running Floor Elevation workflows.

The practical benefit is organisational: VDC controls model preparation while a trained field operator executes and verifies the physical layout.

What Surfaces Can Dusty FieldPrinter Print On?

FieldPrinter is designed for flat, rigid and stable surfaces.

Dusty’s current documentation identifies successfully used or supported materials including:

Always run a small test when the actual surface or coating has not previously been validated.

Water-based vs solvent-based ink

Water-based inks suit many dry, covered construction conditions and are offered in multiple colours.

Solvent-based ink can be preferable on colder, smoother, less porous or slightly damp surfaces and where greater permanence is needed.

There is no universally best ink. Select it around:

• Surface material.
• Surface treatment.
• Moisture.
• Temperature.
• Required life of the marking.
• Whether removal may eventually be necessary.

How long does the ink last?

Dusty’s current documentation states that standard water-based layout markings typically last two months or more, but actual permanence depends on the surface, traffic, UV exposure, ink type and site conditions.

Do not treat that as a guaranteed removal date.

Test both adhesion and removal on finished or sensitive surfaces before printing a large area.

Rain and water

FieldPrinter is not a rain robot.

Its current environmental specification is described as equivalent to IP51. Damp surfaces can be workable under some conditions, but active rain is prohibited and standing water should be removed.

If your project regularly requires outdoor layout in uncontrolled weather, this limitation should be part of the purchase decision rather than discovered after mobilisation.

Slopes

The current published printing limit is approximately 5.8 degrees, or roughly a 10.16% grade.

A robot that can physically sit on a steeper grade should not automatically be assumed capable of printing accurately there.

FieldPrinter Battery Life and Continuous Operation

The current FieldPrinter 2 uses Milwaukee’s M18 battery platform.

Dusty publishes approximately 2–3 hours of continuous use per battery, with runtime varying according to driving, obstacle density and printing activity.

Two 5.0 Ah M18 batteries are documented as part of the standard robot kit.

Hot-swappable batteries

The robot can maintain power for approximately 30 seconds while its battery is replaced.

That matters operationally because the crew can swap a depleted pack without ending the active print job.

With charged batteries available, battery endurance is therefore less limiting than a simple “2–3 hours” specification may suggest.

Charge time

Published charging time is approximately two hours per battery.

A practical operating plan can rotate packs so that one battery is charging while another is in use.

Battery questions for buyers

• How many batteries are required for the longest expected shift?
• Where will charging take place?
• Is reliable temporary power available on every floor?
• How does cold or hot weather affect the complete system?
• Who owns battery inspection and replacement?
• How much operational downtime is actually caused by battery changes?

On most well-planned projects, stationing, file preparation, floor readiness and site congestion are likely to be more meaningful throughput constraints than the battery swap itself.

Obstacle Avoidance, Slab Edges and Jobsite Safety

FieldPrinter operates autonomously, but it is not a substitute for physical jobsite protection.

The robot uses three infrared time-of-flight sensors for forward obstacle detection and includes dedicated cliff sensors at the front and rear.

Obstacle avoidance

The obstacle system allows FieldPrinter to identify objects in its route and navigate around them. Operators can also scan unmodelled obstacles into the field workflow.

This improves productivity on a real jobsite, but the best environment remains a clear floor.

Every pallet, lift, bundle of studs or temporary barrier adds navigation complexity and reduces useful printing time.

Blindspot printing

Dusty documents a short blindspot capability that allows the robot to continue through brief tracker visibility interruptions.

This is useful around some obstructions, but it should not be interpreted as unlimited operation without the positioning system.

Design tracker locations and print areas around realistic visibility.

Cliff detection does not replace edge protection

Dusty’s own operational documentation requires appropriate protection around slab edges, openings, trenches and similar hazards.

That is the correct approach.

A robot safety sensor should be the secondary protection—not the reason a dangerous edge is left unprotected.

Prepare the floor

Before layout, the target area should be:

• Broom-swept.
• Free from standing water.
• Protected around dangerous drops and openings.
• Cleared of unnecessary materials.
• Stable enough for both the robot and Laser Tracker.

The productivity case for FieldPrinter becomes much weaker if the operator spends most of the day moving construction materials out of the robot’s path.

Dusty Floor Elevation: More Than a Layout Printer

One of the most important extensions to the current FieldPrinter is Dusty’s Floor Elevation workflow.

It uses the same FieldPrinter 2 hardware, surveyed control and Laser Tracker system to collect slab-elevation information as the robot travels across the project.

No separate scanning robot is required.

What can it measure?

The system supports two broad workflows:

• Point Elevation: measure elevations at predetermined locations such as equipment bases, sill points or prefabricated assembly positions.
• Area Elevation: collect a wider field of measurements and produce a heatmap showing floor-height variation.

Dusty’s current documentation publishes approximately 1/16-inch measurement accuracy for the feature.

Outputs

Current workflows can create visual heatmaps and downloadable data through Dusty Portal, including PDF and CSV reporting.

That can support:

• Floor-levelness review.
• Equipment-installation planning.
• Prefab verification.
• Identifying areas that may require grinding or levelling.
• Documenting slab conditions before downstream trades arrive.

Important: Floor Elevation is still evolving

Dusty continues to identify Floor Elevation as a beta capability in current documentation.

That means buyers should validate workflow, reporting requirements and contractual use before replacing an established survey or compliance process with it.

The strategic value is nevertheless significant: the same robot used to place construction information can increasingly verify the surface on which construction will occur.

Real-World Dusty Robotics Results: What Published Deployments Show

Dusty has a relatively strong catalogue of commercial customer stories for a construction robotics company.

The figures below come from Dusty-published case studies rather than independent controlled trials. They show what customers report as achievable, not a guaranteed result for every project.

What the strongest deployments have in common

These examples are not simply “robot versus worker” comparisons.

They generally have:

• Large volumes of repeated layout.
• Coordinated digital design information.
• A workflow where several trades depend on accurate layout.
• Schedule pressure.
• A clear operator and VDC owner.
• Installers who can use the richer information printed on the slab.

That is the pattern a buyer should try to reproduce.

Best Dusty Robotics FieldPrinter Use Cases

1. Multi-trade general-contractor layout

Best overall use case. A GC can coordinate several trades digitally and print a common field reference rather than allowing each trade to recreate isolated information from its own drawings.

The potential gain is not merely fewer layout hours. It is better sequencing and earlier conflict resolution.

2. Framing and drywall

FieldPrinter can print wall geometry, wall types, door information, reference details and other instructions directly on the slab.

This removes much of the repetitive measuring and chalk-line work traditionally performed by layout specialists.

3. Mechanical, electrical and plumbing

MEP work often combines large quantities of points, penetrations, hangers and tightly coordinated geometry.

FieldPrinter can print installation locations and accompanying descriptions, giving crews more context than a point-only workflow.

4. Data centres

Data centres are particularly attractive because they combine:

• High point density.
• Repeated geometry.
• Tight installation tolerances.
• Large amounts of equipment.
• Strong reliance on digital coordination.
• Expensive schedule delays.

Dusty has published multiple customer examples showing major labour reductions in data-centre layout.

5. Healthcare construction

Hospitals and medical facilities can contain dense MEP systems, complicated interior layouts and strict coordination requirements.

Printing several trades’ coordinated information together can help expose problems before physical installation makes them expensive to correct.

6. Industrial manufacturing facilities

Equipment locations, process areas and highly coordinated services can generate substantial layout work.

The business case becomes especially strong where prefabricated or preassembled systems need to arrive at precisely defined locations.

7. Multi-family construction

Repeated floor plans and repeated layout patterns create an attractive automation profile.

The more often the same controlled workflow can be executed across floors or buildings, the more opportunity there is to turn setup and training into repeatable productivity.

8. Prefabrication-driven construction

Prefab transfers risk upstream.

Components are manufactured before arriving on site, so incorrect field coordinates can become expensive very quickly.

High-confidence digital-to-field layout can allow contractors to install prefabricated components with greater confidence that the physical building matches the coordinated model.

Explore additional applications in our construction robots category.

When Dusty Robotics FieldPrinter Is Not the Right Tool

FieldPrinter is specialised. There are situations where another workflow is more appropriate.

• Very low layout volume: a small amount of manual layout may be economically simpler than mobilising an automated system.
• Outdoor heavy-civil staking: GNSS layout robots can be more appropriate for large earthworks, piling and infrastructure sites.
• Sites without reliable control: automated printing does not remove the requirement for a trustworthy coordinate reference.
• Highly cluttered floors: constant obstacles reduce robot productivity and may make traditional point layout more practical.
• Active rain: FieldPrinter’s current documentation prohibits printing in active rainfall.
• Unstable or unsuitable surfaces: flexing, excessive slopes or severe floor irregularities can compromise the workflow.
• No coordinated digital model: the robot becomes much less valuable if information still has to be manually reconstructed immediately before printing.
• Overhead drilling rather than floor layout: a dedicated construction drilling robot addresses a different task. See the Hilti Jaibot for an example.
• No workflow owner: someone must own model preparation, control, field operation, revisions and validation.

Do not automate an unstable process simply because the hardware is impressive.

Dusty FieldPrinter vs HP SitePrint, CivDot+ and Traditional Robotic Total Stations

The most relevant alternative depends on what “layout” means on your project.

A full-scale indoor printing robot, a GNSS point-marking robot and a robotic total station solve overlapping but different problems.

Dusty FieldPrinter vs HP SitePrint

HP SitePrint is the most direct major-brand competitor.

Both systems:

• Autonomously drive across construction floors.
• Print digital geometry directly on the physical site.
• Use high-precision external positioning.
• Support text and complex layout information.
• Include obstacle detection.
• Use cloud/software workflows around the robot.

Accuracy should not decide the comparison by itself

Dusty’s current documentation publishes 1/16-inch (1.6 mm) print accuracy when operating from accurate surveyed control.

HP currently publishes approximately ±3 mm / ±1/8-inch average accuracy for SitePrint under its documented conditions.

Those numbers should not be treated as directly interchangeable laboratory measurements. The systems use different positioning architectures and operating workflows, and real field accuracy also depends on control, calibration, surface conditions and project setup.

A serious buyer should test both against the same representative layout and independent survey control rather than choose purely from headline accuracy.

Where Dusty differentiates

Dusty’s strongest proposition is the integrated workflow around rich, coordinated multi-trade information: Portal, print layers, labels, QR codes, field adjustment, reporting and the wider idea of turning the coordinated model into a physical communication layer.

Where another system may win

HP deserves direct evaluation where its local commercial support, robotic-total-station compatibility, ink options or regional availability fit the buyer better.

Civ Robotics makes more sense where the job is fundamentally outdoor GNSS layout.

A conventional RTS remains difficult to beat for flexible, low-volume survey work where buying or mobilising a dedicated printer would add unnecessary complexity.

Use the Anton Robots comparison tool when evaluating different construction robots.

Is Dusty Robotics FieldPrinter Worth It?

FieldPrinter is worth it when repeated layout, rework risk or schedule dependency costs more than the complete automated-layout workflow.

It is poor value when the robot is purchased or contracted because the project team wants to “use robotics” without enough repetitive layout to create an economic return.

Build the ROI around the complete project

A useful model is:

Annual or project benefit = layout labour saved + rework avoided + schedule value + improved trade productivity + avoided physical exposure − automated-layout operating cost.

Then:

Net benefit = total quantified benefit − Dusty utilisation, platform, implementation and internal operating costs.

Layout labour

Start with something measurable:

• Number of layout workers.
• Loaded hourly labour rate.
• Total layout hours.
• Number of floors or phases.
• Expected automated-layout hours.
• Required robot operator hours.

This gives a conservative baseline.

Rework

Review historical RFIs, layout corrections and rework.

Ask:

• How often did incorrect physical layout create rework?
• How much labour and material was involved?
• Would richer multi-trade information actually have prevented it?

Do not assume that every construction defect is a layout defect.

Schedule compression

This can become the biggest number in the model—and therefore the easiest one to exaggerate.

Only claim schedule value when automated layout genuinely moves a critical or near-critical activity.

If FieldPrinter saves three days of layout but installers were not going to arrive for two weeks anyway, there may be no three-day project saving.

Downstream installer productivity

One of Dusty’s more interesting benefits is that the robot can print more information than manual crews usually have time to mark.

If installers can work faster because wall types, equipment IDs, opening information and other context are already on the floor, measure that benefit separately.

A practical go/no-go threshold

Before scaling FieldPrinter across projects, prove at least:

1. Print accuracy against surveyed control.
2. Actual production rate on representative layout.
3. Model-to-field workflow reliability.
4. Operator training requirements.
5. Ink readability and permanence.
6. Downstream installer acceptance.
7. Reduction in layout labour or schedule.
8. Credible project-level ROI.

If the pilot produces beautiful robotic lines but the installers still need to measure and reinterpret everything themselves, the business case has not been proven.

Dusty Robotics FieldPrinter Buying Checklist

1. Quantify existing layout. Record labour hours, crew sizes, project duration and layout quantity.
2. Identify who owns coordination. Define the VDC or BIM team responsible for print-ready information.
3. Review survey control. Confirm how reliable control will be established on every intended floor.
4. Choose representative layout. Include walls, text, points and congested areas rather than testing only an empty slab.
5. Validate accuracy. Compare printed positions against independent control.
6. Test the actual surfaces. Check print quality, adhesion and removal using the intended ink.
7. Map environmental limits. Include temperature, rain exposure, slope, floor gaps and wind.
8. Review site logistics. Plan tracker locations, control visibility, robot storage, batteries, charging and transport.
9. Test obstacle density. Make sure normal construction staging does not destroy the productivity case.
10. Review your software workflow. Confirm AutoCAD/Revit versions, file preparation responsibilities and revision control.
11. Define field ownership. Name the trained operator and backup operator.
12. Measure downstream impact. Ask installers whether richer printed information reduces clarification and remeasurement.
13. Request the full commercial model. Include daily utilisation, platform access, implementation, support and any consumables.
14. Compare alternatives. Benchmark FieldPrinter against HP SitePrint, an RTS workflow and any relevant point-layout system.
15. Scale after proof. Standardise templates and processes only after the first representative project works reliably.

Pro tip: do not start the business case with “How much is the robot?” Start with “How many labour hours, trade hand-offs, layout errors and critical-path days does our current process consume?” The answer tells you whether automated layout is financially important enough to justify the platform.

How to Get a Dusty Robotics FieldPrinter

FieldPrinter is currently sold through a consultative commercial process rather than a conventional online hardware checkout.

Dusty’s published pricing model combines daily utilisation, platform access and implementation.

Its current public material states that the system is available in North America.

Before requesting a proposal, prepare:

• Project location.
• Building type.
• Total floor area.
• Estimated layout quantity.
• Number of floors.
• Target trades.
• Existing BIM/CAD workflow.
• Survey-control approach.
• Expected construction schedule.
• Current layout crew and labour cost.
• Representative drawings or model screenshots.
• Information on slab surfaces and site conditions.

The stronger the project information, the more useful the commercial proposal can be.

Review the Dusty Robotics FieldPrinter product page and the Dusty Robotics manufacturer page, then contact Anton Robots to discuss fit and current availability.

If FieldPrinter is not obviously the right architecture, use Find My Robot to compare other construction automation options.

What Is New for Dusty Robotics FieldPrinter in 2026?

Dusty’s 2026 updates show that the current FieldPrinter is developing from a specialised floor printer into a broader field-information and measurement platform.

Floor Elevation

Floor Elevation allows FieldPrinter 2 to collect Z-axis floor measurements using the existing Laser Tracker and control infrastructure.

Point and area measurement workflows can identify elevation variation and feed reports back into Dusty Portal.

The capability remains identified as beta in current documentation, so buyers should confirm its suitability for contractual survey or compliance use.

Floor Elevation reporting

Dusty expanded the reporting layer during 2026 with browser-based heatmap review and multiple downloadable PDF and CSV formats.

This makes elevation data easier to hand off to VDC teams, superintendents and downstream trades.

Image printing

FieldPrinter’s printing capabilities have expanded beyond conventional CAD geometry.

Recent releases added or expanded image workflows for formats including SVG and common raster image types, making it possible to place more visual information directly in the field.

QR-code workflow improvements

Portal and field updates have improved how QR codes are previewed and printed, supporting the broader idea of connecting physical layout to digital project information.

Metric project support

Dusty’s 2026 software releases expanded project-level unit handling, including metric workflows.

Contractors should still confirm the exact preparation process for their CAD environment before standardising a new template.

Improved edge and cliff behaviour

Several 2026 releases have focused on safer operation around slab edges, openings and slopes.

That is an important direction because construction floors are inherently less controlled than factories or warehouses.

Corner Control

Dusty has also introduced beta workflows designed to make establishing usable control easier in specific field situations, including control associated with building corners.

The broader trend is clear: Dusty is working on reducing the friction between survey control, model preparation and autonomous execution rather than treating the robot as an isolated piece of hardware.

Dusty Robotics FieldPrinter FAQ

What is the Dusty Robotics FieldPrinter?

Dusty Robotics FieldPrinter 2 (FP2) is the current FieldPrinter model. It is an autonomous construction layout robot that prints coordinated digital building information directly onto the jobsite floor at full scale. Dusty commonly refers to FP2 simply as FieldPrinter.

Is FieldPrinter the same as FieldPrinter 2?

Yes, in current Dusty Robotics documentation, FieldPrinter 2 is the current model and is commonly referred to simply as FieldPrinter. This review therefore uses “FieldPrinter” as shorthand for the current FieldPrinter 2 unless a specific generation needs to be identified.

How accurate is Dusty FieldPrinter?

Dusty’s current technical documentation publishes 1/16-inch, or approximately 1.6 mm, print accuracy when the system is operating from accurate surveyed control.

How much does Dusty Robotics FieldPrinter cost?

Dusty does not publish one universal public 2026 dollar price. Its current commercial model includes usage-based daily utilisation, platform access and implementation, with additional plans for high-volume customers.

Can you buy a Dusty FieldPrinter?

FieldPrinter is provided through Dusty’s commercial FieldPrint Platform rather than as a simple consumer-style online hardware purchase. Buyers should request current terms for their project and region.

Where is Dusty FieldPrinter available?

Dusty’s current public documentation states that FieldPrinter is available in North America.

Does Dusty FieldPrinter need a total station?

FieldPrinter uses a Leica Absolute Laser Tracker rather than a conventional robotic total station. Current supported tracker configurations include Leica AT500, AT930 and AT930-NRT models.

Does FieldPrinter need surveyed control?

Yes. Surveyed control connects the digital coordinate system to the physical jobsite. Dusty requires at least three suitable non-collinear control points visible to the tracker for a normal station.

How fast does Dusty FieldPrinter print?

Dusty publishes up to 2.5 ft/s (0.75 m/s) for continuous solid-line printing and approximately 1.6 ft/s (0.50 m/s) for text and points. Actual project productivity is lower because the robot must travel, turn, station and navigate around obstacles.

How much can FieldPrinter lay out in a day?

There is no reliable universal number because output depends heavily on geometry density, text, points, obstacles, station changes and site conditions. Dusty has published customer projects ranging into tens of thousands of square feet per day, but buyers should use a representative pilot to estimate their own production.

How many people does FieldPrinter require?

The system is designed for operation by one trained field operator, although survey control, model preparation and construction coordination involve additional people elsewhere in the workflow.

How long does the battery last?

Dusty publishes approximately two to three hours of continuous use per Milwaukee M18 battery.

Can you change the battery without stopping the job?

Yes. The current FieldPrinter 2 provides approximately 30 seconds of hold-up power for a battery hot-swap.

Can FieldPrinter work without jobsite Wi-Fi?

Yes. The iPad communicates with the robot through its self-hosted Wi-Fi, and core layout operation can work offline once the required file is loaded. LTE supports file and productivity-data synchronisation.

Can FieldPrinter work outside?

It can work in appropriate outdoor conditions, but active rain is not permitted. Wind, surface condition, temperature and tracker range also need to remain within the documented limits.

Is Dusty FieldPrinter waterproof?

No. Dusty’s current technical documentation describes environmental protection as equivalent to IP51 and explicitly states that the system is not rain-safe.

Can FieldPrinter print on wet concrete?

Slightly damp surfaces can be workable with the appropriate ink, but standing water should be removed and the robot should not print during active rain.

What surfaces can Dusty print on?

Documented applications include concrete, engineered wood, steel and several non-porous materials. Roofing membrane has also been used in specialised applications. Test unfamiliar coatings or surfaces before production use.

What colours can FieldPrinter print?

Dusty’s standard water-based ink offering includes black, blue and red. Current solvent-based options are more limited and should be selected according to surface and environmental conditions.

Can Dusty FieldPrinter print text?

Yes. Text is one of FieldPrinter’s core advantages because installation information can be placed next to physical layout rather than communicated only through lines or points.

Can FieldPrinter print QR codes?

Yes. QR codes are supported and can be used to connect physical locations with digital information, subject to print size, readability and site conditions.

Can FieldPrinter print logos and images?

Yes. Dusty’s newer workflows support image printing, including SVG and several common image formats. Some image functionality remains subject to evolving software workflows.

Does Dusty work with AutoCAD?

Yes. Dusty provides an AutoCAD plugin. Current documentation lists compatibility with AutoCAD and AutoCAD Architecture 2021 through 2026 on 64-bit Windows.

Does Dusty work with Revit?

Revit information can enter the Dusty workflow, but buyers should review the current preparation process carefully. Some documented workflows still route Revit information through AutoCAD before creating the final print-ready layout.

Does FieldPrinter avoid obstacles?

Yes. FieldPrinter uses time-of-flight sensors and autonomous navigation to identify and route around obstacles. Operators can also register unmodelled obstacles during field operation.

Can FieldPrinter detect slab edges?

It includes front and rear cliff sensors, but Dusty still requires appropriate physical edge protection around dangerous slab edges and openings.

What is Dusty Floor Elevation?

Floor Elevation is a FieldPrinter 2 capability that uses the existing positioning setup to measure floor-height variation. It can record selected points or generate broader heatmaps and reports.

Is Floor Elevation available now?

The capability is available within the platform but continues to be described as beta in current Dusty documentation.

Is Dusty FieldPrinter better than HP SitePrint?

Neither is universally better. Both are serious autonomous construction-layout systems. Dusty has a particularly strong integrated multi-trade and rich-information workflow, while HP SitePrint offers a different robotic-total-station ecosystem, ink portfolio and commercial footprint. Run a representative comparison if both are available in your region.

What is the best alternative to Dusty FieldPrinter?

HP SitePrint is the closest direct automated floor-printing alternative. Civ Robotics can make more sense for outdoor GNSS point layout, while a robotic total station may remain the most practical option for lower-volume or survey-heavy work.

Is Dusty FieldPrinter worth it?

It can be when layout is repetitive, labour-intensive and schedule-critical, particularly when several trades can use coordinated information printed in one workflow. It is less compelling on small or poorly coordinated projects where mobilisation and platform cost exceed the labour and rework that can realistically be removed.

Final Verdict: Should You Use Dusty Robotics FieldPrinter?

Use or pilot Dusty Robotics FieldPrinter if construction layout is a significant, repeated workflow and the project already has coordinated digital information worth transferring accurately into the field.

The current FieldPrinter 2 combines 1/16-inch published positioning accuracy, autonomous navigation, rich full-scale printing, a single-operator field workflow and an increasingly capable software platform. The ability to print lines, points, text, symbols and digital references makes it more than an automated chalk-line machine: it can become a physical communication layer between VDC teams and installers.

The constraints are real. Dusty requires reliable survey control, good model preparation, suitable floors and deliberate site logistics. It is not rain-safe, it currently has a North America-focused commercial footprint and buyers cannot evaluate economics from a simple public hardware price.

For the right contractor, those limitations do not undermine the value proposition. They define where the system belongs.

The smartest path is a representative pilot: one real floor, real survey control, real trade density and real installers. Measure layout labour, accuracy, production speed, rework, downstream installation efficiency and schedule impact.

If the robot merely prints the same limited information more quickly, the benefit may be incremental.

If it allows the coordinated model to reach the field earlier, with more useful information and fewer manual translations, FieldPrinter can change much more than the layout crew.

Ready to evaluate it? View Dusty Robotics FieldPrinter at Anton Robots, compare other construction layout robots, or request help matching the right automation approach to your project.