Chapter 9 Set 02: Firefighting Forcible Entry Tools

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Last updated 10:21 PM on 9/22/26
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42 Terms

1
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What are the four basic categories of forcible-entry tools?

Cutting, prying, pushing/pulling, and striking.

2
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How should a cutting tool be selected?

Match its capabilities and limitations to the material and task; no cutting tool suits every material.

3
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What are the two basic firefighting axes?

Pick-head and flat-head axes.

4
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What are the most common cutting tools used by firefighters?

Axes.

5
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Why are small axes and hatchets generally unsuitable for forcible entry?

They are too light and inefficient, although useful during salvage and overhaul.

6
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What head weights and handle materials are common for pick-head axes?

6- or 8-pound hardened-steel heads with wooden or fiberglass handles.

7
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What tasks can a pick-head axe perform?

Cutting, prying, and digging, primarily during structural firefighting.

8
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What materials can an axe blade cut during forcible entry?

Wood components, shingles, aluminum siding, and other suitable lightweight roof or building materials.

9
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What is the pick on a pick-head axe used for?

Penetrating materials that the blade cannot easily cut.

10
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What additional uses does the side of a pick-head axe blade have?

Breaking glass or prying doors.

11
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How does a flat-head axe differ from a pick-head axe?

It has a flat striking face instead of a pick.

12
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What is the flat face of a flat-head axe used for?

Striking another tool into a doorjamb or windowsill.

13
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Where are flat-head axes used?

Structural and ground-cover firefighting.

14
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What tools may be used to cut metal security devices?

Bolt cutters, cutting torches, and rebar cutters, as appropriate for the material.

15
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What can bolt cutters cut when the material is within their capability?

Bolts, pins, hasps, some padlock shackles, iron bars, cables, and chains.

16
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What limits manual bolt cutters on modern security devices?

Hardened materials may break the blades or handles, and some locks prevent access to the shackle.

17
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What material should not be cut with ordinary bolt cutters?

Case-hardened material in locks and other security devices.

18
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What face and eye protection is needed when using bolt cutters?

A face shield and eye protection against flying fragments.

19
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When may bolt cutters be used on energized cables?

Only when insulated and specifically designed for that task.

20
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What forcible-entry items can cutting torches cut?

Security bars, gates, rebar, grilles, and hinges.

21
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What cutting-torch types are listed in the chapter?

Oxyacetylene, oxy-gasoline, burning bars, and plasma cutters.

22
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What training is required for cutting and burning devices?

Training specific to the device and its manufacturer's recommendations.

23
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What must be in place during cutting-torch operations?

A charged hoseline to cool metal and control sparks.

24
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Where must cutting torches not be used?

In or near flammable or explosive atmospheres, where flame, sparks, or slag can ignite materials.

25
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What are hydraulic rebar cutters used for?

Cutting reinforcing steel and door or window security bars.

26
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What is the tradeoff of a manually operated hydraulic rebar cutter?

It requires more effort but can work beyond the reach of a powered tool's supply hose.

27
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When are handsaws useful for forcible entry?

When power is unavailable or working space is limited.

28
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What handsaws are identified in the chapter?

Hacksaws, drywall saws, and keyhole saws.

29
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What four power-saw types are commonly used?

Circular, rotary, reciprocating, and chain saws.

30
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What power sources may operate firefighting saws?

Batteries, gasoline engines, electrical outlets or generators; some chain saws use compressed air or hydraulics.

31
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What are circular saws used for in the fire service?

Cutting during firefighting, rescue, and overhaul, especially where electricity is available and heavier, bulkier saws are difficult to handle.

32
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What distinguishes a rotary saw?

A rotating blade, commonly gasoline powered, with interchangeable blades for different materials.

33
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What materials can a rotary saw cut with the correct blade?

Wood, metal, and masonry.

34
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What fire protection should be available when a rotary saw produces sparks?

A charged hoseline or suitable fire extinguisher.

35
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How fast may a rotary-saw blade rotate?

More than 6,000 rpm, depending on the saw.

36
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How do coarse- and fine-tooth saw blades differ?

Coarse teeth make rough cuts; fine teeth make more precise cuts.

37
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What is an advantage of carbide-tipped blades?

They resist wear better than standard blades.

38
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How does a reciprocating saw work?

A straight blade moves back and forth, similar to a handsaw.

39
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What can a reciprocating saw with a metal-cutting blade cut?

Vehicle body and structural metal, metal doors, and metal wall panels.

40
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What operations may require a chain saw?

Forcible entry, ventilation, rescue, overhaul, debris removal, and cutting storm-damaged trees or limbs.

41
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What can special chain-saw chains cut?

Wood, stone, concrete, or brick, depending on the chain.

42
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What chain-saw features are identified for firefighting use?

Kickback protection, chain brakes, carbide-tipped chains, and depth gauges.