Which of the following is NOT a recommended method when water supply is limited on a highway incident?

Which of the following is NOT a recommended method when water supply is limited on a highway incident?

• A. Long hose lays
• B. Water shuttle operations
• C. Calling for an additional pumper
• D. Pouring water from a bucket along the road

Answer: (D)

When water supply is limited on a highway incident, the goal is to deliver water to the scene efficiently while keeping responders and moving traffic safe. Long hose lays let the pump reach distant areas quickly without excessive shuttle trips, reducing traffic disruption and enabling a steady flow of water. Water shuttle operations use tanker trucks to bring in fresh water to a relay point or directly to the attack engine, supplying water even when hydrants aren’t nearby. Calling for an additional pumper increases on-scene pump capacity or supports a relay, helping maintain needed pressure and volume. Pouring water from a bucket along the road is not recommended because it is extremely slow, impractical for fighting larger fires, and unsafe. It would require responders to leave protection and work in traffic, with minimal water volume and no reliable delivery system to the pump, making it unsuitable for sustaining operations on a highway incident.

When water supply is limited on a highway incident, the goal is to deliver water to the scene efficiently while keeping responders and moving traffic safe. Long hose lays let the pump reach distant areas quickly without excessive shuttle trips, reducing traffic disruption and enabling a steady flow of water. Water shuttle operations use tanker trucks to bring in fresh water to a relay point or directly to the attack engine, supplying water even when hydrants aren’t nearby. Calling for an additional pumper increases on-scene pump capacity or supports a relay, helping maintain needed pressure and volume.

Pouring water from a bucket along the road is not recommended because it is extremely slow, impractical for fighting larger fires, and unsafe. It would require responders to leave protection and work in traffic, with minimal water volume and no reliable delivery system to the pump, making it unsuitable for sustaining operations on a highway incident.