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Textbook
Introduction
1. Word Knowledge
2. Mathematics Knowledge
3. Paragraph Comprehension
4. Arithmetic Reasoning
5. General Science
6. Mechanical Comprehension
7. Electronics Information
8. Shop Information
8.1 Measuring Tools
8.2 Striking Tools
8.3 Turning Tools
8.4 Cutting Tools
8.5 Finishing Tools
8.6 Other Tools
9. Auto Information
10. Assembling Objects
Wrapping up
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8.2 Striking Tools
Achievable ASVAB
8. Shop Information

Striking Tools

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Hammers

Hammers drive force through a hard striking head. They are mostly used for driving nails, breaking material, or shaping metal.

Three hammer types with wooden handles: a ball peen hammer with a round head opposite a flat face, a claw hammer with a flat striking face opposite a curved nail-pulling claw, and a sledgehammer with a large heavy double-flat head.
ASVAB Shop tools — Hammers
Achievable
Tool Used for
Ball peen hammer Forming custom metal parts, flattening rivet heads, and metalworking. The rounded peen allows for shaping and forming metal.
Claw hammer Building wooden structures, framing, and general carpentry. The clawed end is used to remove nails.
Sledgehammer Demolition, driving fence posts, breaking concrete, and knocking down walls. The heft allows for heavy blows.

Mallets

Mallets deliver force through a softer head, so they can strike without marring the work surface.

Three mallet types with a wooden handle: rubber mallet with a solid cylindrical rubber head, dead blow mallet with a metal-looking head and ribbed grip, and wooden mallet with a rectangular wood block head.
ASVAB Shop tools — Mallets
Achievable
Tool Used for
Rubber mallet Dent removal, assembling parts, and tapping components into place without denting them. It can strike without damaging surfaces.
Dead blow mallet Seating parts, fitting pipes, and heavy assembly work. Its hollow head is partly filled with loose steel shot or sand that shifts on impact, which absorbs rebound so nearly all the force goes into the part.
Wooden mallet Woodworking, driving chisels, and joinery.

Punches & drifts

These tools concentrate force onto a small point for cutting, marking, or driving pins.

Three shop tools shown side by side: a pin punch with a thin flat tip, a center punch with a sharp cone-shaped tip, and a smooth cylindrical brass drift with a flat end.
ASVAB Shop tools — Punches & drifts
Achievable
Tool Used for
Pin punch Removing rivets, dowel pins, and roll pins during mechanical repairs. Its flat tip drives pins out or in without damaging surrounding material.
Center punch Precision drilling and metal fabrication. Its pointed tip makes a small dimple that keeps a drill bit from wandering when the hole is started.
Brass drift Aligning holes, positioning engine components, and working where non-sparking tools are required. It can align or move parts without creating sparks or damaging metal surfaces.

The three tools are easy to mix up. The punches differ by tip: the pin punch has a flat tip for driving pins, and the center punch has a cone-shaped tip for marking a starting point. The brass drift differs by material: soft brass lets it align parts without scarring them or making sparks.

Example: Choosing a punch

You need to mark a spot so a drill bit won’t wander when you start the hole. Which tool do you use?

Answer: Center punch — its pointed tip creates a small dimple that keeps the drill bit centered.

Hammers

  • Drive force through hard striking head; used for nails, breaking material, shaping metal
  • Ball peen: rounded peen shapes/forms metal, flattens rivets
  • Claw hammer: carpentry/framing; claw end pulls nails
  • Sledgehammer: heavy demolition, driving posts, breaking concrete

Mallets

  • Deliver force through softer head to avoid marring surfaces
  • Rubber mallet: taps parts into place without denting
  • Dead blow mallet: hollow head filled with shot/sand that shifts on impact, absorbs rebound, maximizes force transfer (seating parts, pipe fitting)
  • Wooden mallet: woodworking, driving chisels/joinery

Punches & drifts

  • Concentrate force on a small point for cutting, marking, or driving pins
  • Pin punch: flat tip, drives/removes pins, rivets, dowels without damage
  • Center punch: cone-shaped tip, dimples metal to guide drill bit and prevent wandering
  • Brass drift: soft, non-sparking material, aligns/positions parts without scarring surfaces
  • Key distinction: punches differ by tip shape (flat vs. cone); brass drift differs by material (soft, spark-free)

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Next  | 8.3 Turning Tools
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Striking Tools

Hammers

Hammers drive force through a hard striking head. They are mostly used for driving nails, breaking material, or shaping metal.

Tool Used for
Ball peen hammer Forming custom metal parts, flattening rivet heads, and metalworking. The rounded peen allows for shaping and forming metal.
Claw hammer Building wooden structures, framing, and general carpentry. The clawed end is used to remove nails.
Sledgehammer Demolition, driving fence posts, breaking concrete, and knocking down walls. The heft allows for heavy blows.

Mallets

Mallets deliver force through a softer head, so they can strike without marring the work surface.

Tool Used for
Rubber mallet Dent removal, assembling parts, and tapping components into place without denting them. It can strike without damaging surfaces.
Dead blow mallet Seating parts, fitting pipes, and heavy assembly work. Its hollow head is partly filled with loose steel shot or sand that shifts on impact, which absorbs rebound so nearly all the force goes into the part.
Wooden mallet Woodworking, driving chisels, and joinery.

Punches & drifts

These tools concentrate force onto a small point for cutting, marking, or driving pins.

Tool Used for
Pin punch Removing rivets, dowel pins, and roll pins during mechanical repairs. Its flat tip drives pins out or in without damaging surrounding material.
Center punch Precision drilling and metal fabrication. Its pointed tip makes a small dimple that keeps a drill bit from wandering when the hole is started.
Brass drift Aligning holes, positioning engine components, and working where non-sparking tools are required. It can align or move parts without creating sparks or damaging metal surfaces.

The three tools are easy to mix up. The punches differ by tip: the pin punch has a flat tip for driving pins, and the center punch has a cone-shaped tip for marking a starting point. The brass drift differs by material: soft brass lets it align parts without scarring them or making sparks.

Example: Choosing a punch

You need to mark a spot so a drill bit won’t wander when you start the hole. Which tool do you use?

Answer: Center punch — its pointed tip creates a small dimple that keeps the drill bit centered.

Key points

Hammers

  • Drive force through hard striking head; used for nails, breaking material, shaping metal
  • Ball peen: rounded peen shapes/forms metal, flattens rivets
  • Claw hammer: carpentry/framing; claw end pulls nails
  • Sledgehammer: heavy demolition, driving posts, breaking concrete

Mallets

  • Deliver force through softer head to avoid marring surfaces
  • Rubber mallet: taps parts into place without denting
  • Dead blow mallet: hollow head filled with shot/sand that shifts on impact, absorbs rebound, maximizes force transfer (seating parts, pipe fitting)
  • Wooden mallet: woodworking, driving chisels/joinery

Punches & drifts

  • Concentrate force on a small point for cutting, marking, or driving pins
  • Pin punch: flat tip, drives/removes pins, rivets, dowels without damage
  • Center punch: cone-shaped tip, dimples metal to guide drill bit and prevent wandering
  • Brass drift: soft, non-sparking material, aligns/positions parts without scarring surfaces
  • Key distinction: punches differ by tip shape (flat vs. cone); brass drift differs by material (soft, spark-free)

More from Shop Information

  • Measuring Tools
  • Turning Tools
  • Cutting Tools
  • Finishing Tools
  • Other Tools