1,000+ 5 Star Reviews
Call 1-800-394-4020
CALL 1-800-394-4020
Airflow & Turbulence
The louder a hood is, typically the more air it is moving. Airflow is measured in CFM (cubic feet per minute), and a greater CFM is typically associated with more efficient hoods, however they tend to cause more turbulence due to the increase in airflow. Premium hoods are engineered to balance powerful ventilation with smooth airflow, keeping performance high without overwhelming your space.
Fan Type & Performance
Generally, there are two main types of fans that are used in range hood production; axial fans and centrifugal fans.
Axial fans move the airflow parallel to the direction of their axis, which results in high volume, but low pressure airflow. The upside to this type of fan is that it is generally quieter.
Centrifugal fans rotate airflow at a 90 degree angle, which results in high pressure compared to an axial fan. This type of fan can be more efficient, but is typically louder.
Optimized fan design combines these advantages for powerful yet quiet operation.
Ducting & Motor Vibration
Noise is amplified when air moves through long, narrow, or bent ducts, which create resistance and turbulence. Unbalanced motors or metal housings without vibration insulation can also cause buzzing or rattling.
Victory hoods are designed to minimize duct resistance and isolate vibrations, ensuring smooth, quiet airflow even at high speeds.
Materials & Hood Design
The construction of the hood itself affects sound. Thin, open metal panels let noise escape, while insulated or baffle designs absorb it. High-quality materials, combined with resonance control and precision engineering, allow premium hoods to operate quietly without compromising airflow or aesthetics.
That's why Victory only uses materials of the highest quality, and designs that don't sacrifice quiet for power.