Demolition Robots

Buying advice

Survey the structure before choosing a machine

Under OSHA's demolition rules in 29 CFR Part 1926 Subpart T, a competent person must carry out an engineering survey of the structure before work begins, checking the framing, floors and walls and the possibility of unplanned collapse. Use that survey to choose the machine, not the other way round. It tells you where the robot can stand, which elements must come down first and where the operator can keep a clear view from outside the drop zone. On European projects, feed the same findings into the safety and health plan required under Council Directive 92/57/EEC, so the coordinator knows the machine, its exclusion zone and its recovery plan before it arrives on site.

Silica and vibration rules shape the case

Moving the operator to a remote control unit changes the exposure assessment, and your paperwork should show it. In the United States, Table 1 of 29 CFR 1926.1153 lists specified exposure control methods for tasks such as jackhammering and heavy equipment work on silica-containing materials, so ask each maker how water suppression or dust extraction is fitted and supported on its machines. In the EU, Directive 2002/44/EC sets employers' duties on workers' exposure to vibration, and shifting breaking work from hand-held tools to a remote machine reduces what operatives absorb directly. Record each operative's hand-tool hours before and after the robot arrives, because that comparison is what convinces a client's safety team.

Sizing a Brokk and Darda fleet

Our October 2026 pass found that a buyer could spend as little as about $35,000 on the Brokk 90 or as much as about $180,000 on the Brokk 300, and none needed a quote. Check what each price includes, because a working machine also needs breakers, crushers or drills, hydraulic servicing, remote-control spares, a trailer or lifting plan for every move and operator training. Decide whether one larger machine or a pair of smaller ones suits your order book, since smaller units can be split across jobs. Ask Brokk AB and Darda GmbH about service response times in your region, hire options for peaks and whether attachments carry across models in their ranges.

What to look for

• Machine weight against the floor loads and access routes on your sites
• Attachments available: breakers, crushers, drills and buckets
• Power source, and whether it suits indoor work without exhaust fumes

Common questions

Why use a demolition robot instead of hand-held breakers?

Demolition robots move the operator away from vibration, dust and falling material, and typically deliver more breaking power than hand-held tools. They suit repetitive or hazardous work.

Can one robot use different attachments?

Most demolition robots accept a range of tools, such as breakers, crushers and buckets. Check compatible attachments for each model and list the tools you need in your quote request.

Sources and further reading

• 29 CFR Part 1926 Subpart T: Demolition — US Occupational Safety and Health Administration (eCFR).
  US demolition rules, including the engineering survey before work starts and limits on equipment use on floors.
• 29 CFR 1926.1153: Respirable crystalline silica — US Occupational Safety and Health Administration (eCFR).
  OSHA's construction silica standard, with Table 1 controls for jackhammers, other power tools and heavy equipment.
• Directive 2002/44/EC on the exposure of workers to the risks arising from physical agents (vibration) — European Union (EUR-Lex).
  EU minimum requirements for limiting workers' exposure to hand-arm and whole-body vibration.