Headset Comfort Data
Headset comfort is determined by weight, padding, earcup size, and contact pressure.
What contact pressure measures, and why it matters.
Contact pressure is measured with force in newtons (N), where 1 N is the force of a mass approximately of 1 kg (2.2 lbs) applied to a surface. For this purpose, we are measuring the tightness of the headband.
Generally the less contact pressure, the longer the headset can be worn without discomfort. Contact pressure is a leading cause of headset discomfort and can lead to a compression headache. Our headsets are designed to relieve that pressure.
Contact Pressure
In-house bench test
We used a pressure measurement tool, seen in the picture, to test the tightness of the headsets reported below. We used a standard measuring distance of 14cm.
Cyber Acoustics Headset Contact Pressure Reporting
HS-1500BT
HS-1500BT II
AC-204ENC
204USB
AC-304
Competitive Comparison
Built for long shifts.
Priced for the whole floor.
Headset Comfort Data
Headset comfort is determined by weight, padding, earcup size, and contact pressure.
What contact pressure measures, and why it matters.
Contact pressure is measured with force in newtons (N), where 1 N is the force of a mass approximately of 1 kg (2.2 lbs) applied to a surface. For this purpose, we are measuring the tightness of the headband.
Generally the less contact pressure, the longer the headset can be worn without discomfort. Contact pressure is a leading cause of headset discomfort and can lead to a compression headache. Our headsets are designed to relieve that pressure.
Contact Pressure
In-house bench test
We used a pressure measurement tool, seen in the picture, to test the tightness of the headsets reported below. We used a standard measuring distance of 14cm.
Cyber Acoustics Headset Contact Pressure Reporting
HS-1500BT
HS-1500BT II
AC-204ENC
204USB
AC-304
Competitive Comparison