FDNY FDNY Technical Rescue Operations

Question 1

In FDNY rope rescue operations, what is the minimum tensile strength required for a life-safety rope used for rescue according to NFPA 1983?

Accepted Answer

4,500 lbs (20 kN)

Answer

NFPA 1983 requires life-safety rope to have a minimum breaking strength of 4,500 lbs (20 kN) for general use rescue applications.

Question 2

During a structural collapse rescue, the FDNY uses a systematic victim search approach. What does the acronym 'LAST' stand for in collapse rescue?

Accepted Answer

Locate, Access, Stabilize, Transport

Answer

LAST stands for Locate, Access, Stabilize, and Transport — the four sequential phases of victim rescue in a structural collapse operation.

Question 3

Which FDNY unit is specially trained and equipped to perform high-angle rope rescue, confined space rescue, and water rescue operations?

Accepted Answer

Rescue Company

Answer

FDNY Rescue Companies (Rescue 1–5) are the department's elite technical rescue units trained in high-angle, confined space, water, and structural collapse rescue.

Question 4

In confined space rescue operations, which atmospheric condition is most likely to cause sudden incapacitation of a rescuer who does not wear SCBA?

Accepted Answer

Oxygen-deficient atmosphere below 19.5%

Answer

An oxygen-deficient atmosphere (below 19.5% O2) can cause rapid disorientation, loss of consciousness, and death, making SCBA mandatory for entry.

Question 5

What is the primary purpose of a 'shore' in FDNY trench rescue operations?

Accepted Answer

To support the walls and prevent further collapse while rescuers work

Answer

Shoring systems (timber, pneumatic, or hydraulic) are installed to support trench walls and prevent secondary collapse while rescuers access and remove the victim.

(FDNY) Fire Department New York Practice Test

(FDNY) Fire Department New York Practice Test

FDNY FDNY Technical Rescue Operations