So, what is gaming headset clamp force? And is there an actual comfort score for comfortable headsets? We’ll answer both questions and more in the article below. In the meantime, make sure you’re working with the best gaming headset on the market. This will help improve any comfort score.
KEY TAKEAWAYS:
- Clamp force refers to the pressure exerted by a headset when being worn. People wearing glasses will have more trouble with this than others.
- Different pairs of headphones will work across a range of head sizes. You won’t know if your wired or wireless headsets work until you try them.
- Positional audio quality, bass response, and other special features all dictate the comfort level associated with a pair of headphones.
Tips for Gaming Headset Clamp
Comfortable headphones can feel like an impossible find. This is especially true if you wear a pair of glasses with headphones or don’t fit into the typical range of head sizes.
While over-ear headphones can be difficult to fit comfortably, there are other problems to consider. For example, accurate sound is hard to achieve for in-game chat. Answering the question, “What is voice monitoring in a gaming headset?” will also help achieve a comfortable fit.
Insider Tip
A wireless connection improves listening sessions over prolonged periods by removing the braided cable.
What Factors Make a Gaming Headset Comfortable?
Several things influence comfortable over-ear headphones. Here is a wide range:
- Having a fantastic sound quality with ambient sound controls
- Including extra ear cushion padding in the over-ear design
- Getting rid of background noise using noise cancelation
- Reducing clamp pressure to better fit a wide range of head size
The biggest issue is audio quality, surprisingly enough. Poor audio quality can tempt you to jack up the volume wheel to overcome background noise. Active noise cancellation is the best way to avoid this.
How Clamping Pressure Influences the Actual Comfort Score
Different pairs of headphones fit differently in various ways. Clamp force is just one factor and refers to the average pressure exerted on a range of head sizes by a gaming headset or other headphones. This is something you’ll learn when you’re looking into the question, “What is a gaming headset?”
Other factors include audio quality and padding from memory foam ear cushions. Ear padding will always increase a headset’s comfort score.
How to Avoid Additional Pressure Over Long Periods of Time
When running long gaming sessions, doing whatever you can to make your headset fit comfortably is paramount to a high comfort score.
To avoid extra pressure from regular headphones:
- Use wireless headsets to avoid tangling up in wired connections.
- Install memory foam ear cushions on your pair of headphones.
- Only buy models made from quality materials.
Warning
Keep your sound volume at 60% or less of your headset’s maximum settings to avoid damaging your hearing.
F.A.Q.S
How does frequency response affect audiophile headphones?
Frequency response consists of bass, treble, mid, and low-frequency sounds. This affects multiple areas of spatial sound, which is one of the biggest reasons people invest in audiophile headphones.
Does avoiding a headphone jack make a gaming headset comfortable?
Not having to use a headphone jack is great for comfort. You don’t have to worry about wired connections getting in the way. On the other hand, you’ll have to keep battery life in mind with wireless headsets.
Is sound isolation necessary for a better sound stage?
If you’re looking for lossless audio, then yes. This also helps with volume control since you’ll have more ambient sound controls at your disposal.
What are the best headsets with special features like extra ear padding?
That depends on your price range. Extra features will expand the price range quite a bit. Here are a few with excellent ear padding:
- Razer Thresher Ultimate
- HyperX Cloud Flight S
- Razer Kraken
- HyperX Cloud Flight II Wireless
STAT: Recently, with advances in acoustic metamaterial science, the possibility of sound attenuation using subwavelength structures, while maintaining permeability to air, has been demonstrated. (source)
REFERENCES:
- http://physics.bu.edu/~redner/211-sp06/class05/notes05_force.html
- https://pubmed.ncbi.nlm.nih.gov/15638258/
- https://mylo.utas.edu.au/d2l/lor/viewer/viewFile.d2lfile/6607/107978,1/Force%20Flash%20Cards.pdf?ou=6607r
- https://bioresources.cnr.ncsu.edu/BioRes_09/BioRes_09_1_1764_Review_b_Zhu_Wu_Recent_Advan_Sound_Transm_Props_Biobased_4744.pdf
- https://digitalcommons.calpoly.edu/cgi/viewcontent.cgi?referer=&httpsredir=1&article=2263&context=theseshttps://digitalcommons.calpoly.edu/cgi/viewcontent.cgi?referer=&httpsredir=1&article=2263&context=theses
