Which description correctly describes the waterway sizes for the Crimson rear mounts from base to tip?

Which description correctly describes the waterway sizes for the Crimson rear mounts from base to tip?

• A. Begins as a 4" waterway at the base and terminates as a 2" waterway at the tip
• B. Begins as a 5" waterway at the base and terminates as a 3-1/2" waterway at the tip
• C. Begins as a 6" waterway at the base and terminates as a 5" waterway at the tip
• D. Begins as a 3" waterway at the base and terminates as a 4" waterway at the tip

Answer: (B)

The question tests understanding of how the waterway in Crimson rear mounts tapers from base to tip. In this design, the bore starts larger near the base and contracts toward the tip to help control flow, maintain appropriate nozzle pressure, and shape the stream. The correct description is that the waterway begins at 5 inches at the base and ends at 3-1/2 inches at the tip. This shows a deliberate taper of 1.5 inches, which aligns with how rear-mount master streams are designed to manage flow characteristics as water moves toward the nozzle. Other options either depict an inconsistent or reverse taper (for example, starting smaller at the base or ending larger at the tip) or show a much less pronounced taper, which would not produce the expected nozzle performance.

The question tests understanding of how the waterway in Crimson rear mounts tapers from base to tip. In this design, the bore starts larger near the base and contracts toward the tip to help control flow, maintain appropriate nozzle pressure, and shape the stream.

The correct description is that the waterway begins at 5 inches at the base and ends at 3-1/2 inches at the tip. This shows a deliberate taper of 1.5 inches, which aligns with how rear-mount master streams are designed to manage flow characteristics as water moves toward the nozzle.

Other options either depict an inconsistent or reverse taper (for example, starting smaller at the base or ending larger at the tip) or show a much less pronounced taper, which would not produce the expected nozzle performance.