Baubot by fischer logo - BIM and AEC software

Baubot by fischer

Baubot by fischer is a mobile jobsite robot that drills, cleans, marks, and sets anchors from a coordinated digital plan, writing execution data back into the BIM environment for traceable fastening workflows on ceilings, walls, and floors.

Baubot is sold as a full-service fastening automation system: fischer describes scan-to-BIM workflows when needed, Revit-based modeling, product selection against approvals, offline simulation of robot motion, and field execution with a trained operator (fischer international, 2025).

On site, the unit moves on a platform with a robotic arm that can reach typical ceiling and wall work above about five metres, drilling hole diameters in a published six to eighteen millimetre range with automatic tool change and dust extraction (fischer international, 2025). Marketing materials cite positional tolerances near plus or minus one millimetre within a drill-hole group for a mounting plate, which matters when downstream trades hang systems from the same layout (fischer international, 2025).

A flagship reference on the product page is the Koralm Tunnel in Austria, where the robot placed anchors on a repeating spacing pattern to support handrails and water-pipe guides along a long rail tunnel program (fischer international, 2025). That example is civil infrastructure rather than a mid-rise office, but it shows the same model-driven drilling pattern used in building work.

Organizations comparing Baubot with manual layout should weigh service coverage, operator supply from fischer, emergency support commitments, and how your BIM authorship handoff fits fischer???s planning office steps.

Specifications

Pricing

Enterprise quote

Platforms

Web

Used for

Anchor drilling and settingModel-driven layoutTunnel and infrastructure fasteningCeiling-intensive MEP rough-in

Used by

General contractorsSpecialty concrete and steel contractorsMEP coordinatorsConstruction engineers

Tasks

Field roboticsAnchor installationBIM field documentationConstruction simulation

Pros and cons

Pros

  • End-to-end story from scan or model through simulated execution and as-built records
  • Strong emphasis on dust control and supervised operation for site safety
  • Clear drill-size and working-height envelopes published for scoping

Cons

  • Delivered as a vendor-operated service model in marketing copy, not a DIY software license
  • Regional contact and fleet availability determine whether a project is feasible
  • Ties you to fischer fastening families for the automated magazine workflow

Key features

  • Model-to-field drilling: Hole position, diameter, and depth come from the coordinated model, with offline simulation of platform path and arm motion before work starts (fischer international, 2025).

  • Automatic cycle: Drilling, hole cleaning, trade marking, and anchor setting from magazine feed, aimed at ETA-compliant installation for selected fischer systems (fischer international, 2025).

  • Dust extraction: Integrated extraction to limit airborne drilling dust on occupied or sensitive sites (fischer international, 2025).

  • BIM documentation: Force, torque, and video-style process records can be stored back into the model for audit and dispute review (fischer international, 2025).

  • 360-degree reach: Marketing cites a full sweep for ceiling, wall, and floor applications common in building construction and renovation (fischer international, 2025).

Pricing

Project service (quote)

Contact sales

fischer sells Baubot as a scoped service with operators and engineering. Obtain a written quote for your region and currency.

Frequently asked questions

Does Baubot require BIM?

fischer positions Baubot around digital plans and often Revit-based production. If you only have paper, the vendor describes 3D scanning to create a model first. Ask how your LOD and trade issue dates align with their planning office timeline.

What drill sizes can Baubot handle?

The international product page lists a six to eighteen millimetre hole diameter range with automatic tool change. Confirm substrate rules, approval limits, and consumable life for your ground conditions.

Who runs the robot on site?

Public materials state that a certified fischer operator supervises the machine and that LiDAR-style guarding defines a safety zone around the work cell. Do not assume your crew can run it without that contract path.

Is Baubot only for buildings?

No. fischer publishes tunnel and bridge examples, including anchor patterns for railway tunnel services. Building interiors are also shown for technical building equipment routes and similar overhead work.

How does pricing work?

There is no public per-day rate on the marketing pages. Expect project-based quotes that bundle engineering, simulation, operator time, travel, and support. Ask for a pilot scope if you need to validate cycle times on your typical ceiling modules.

Baubot vs manual total station layout: when does robotics win?

Robotics tends to win when hole counts are high, tolerances are tight, documentation must live in the model, and dust or ergonomics drive safety risk. For one-off openings or highly variable field conditions, manual methods may stay simpler.

Tutorials and learning

Sources