For foot protection against impact and puncture, which combination is described?

• A. Steel toe for impact and steel shank for puncture
• B. Aluminum toe for impact and ceramic shank for puncture
• C. Steel toe for puncture and leather sole for puncture
• D. No protection

Answer: (A)

A pair of protections is designed to address two separate hazards: an impact to the front of the foot and a puncture coming from below. A steel toe delivers solid protection against crushing and impact to the toes, which is essential in scenarios where heavy debris or tools can strike the front of the foot. A steel shank in the sole provides a tough barrier against penetrations from sharp objects trying to poke through from underneath. When you put these together—steel toe for impact and a steel shank for puncture—you get coverage for both common threats in structural collapse environments.

The other options don’t offer this combination of protections. An aluminum toe is still an impact protection, but the puncture capability isn’t matched by a non-steel shank arrangement. A ceramic shank isn’t a standard, reliable solution and would be brittle in real-world work. Leather soles don’t give meaningful puncture resistance, and no protection obviously fails to guard against these hazards.