The Original Mic Shield™ – instantly hear yourself like never before!
Currently, we offer Original Mic Shields™ for several models of microphone:
U1 – for mics under 1” | U2 – for mics under 1½”
Don’t see your mic listed? Just contact us and we’ll work with you to get a custom Original Mic Shield™ at no additional charge!
Are you a trumpet, saxophone, trombone, brass or woodwind player and you want to hear yourself better at your live shows or recording sessions?
Are you a sound engineer, and want more control over your stage and room sound?
If so, then The Original Mic Shield™ is for you.
At 11½” in diameter, The Original Mic Shield™ is a thin, clear piece of high performance laser-cut cell-cast resin that mounts directly to your microphone and acts as a sound reflector and isolator. The Original Mic Shield™ is used by brass, horn, and woodwind players who want to
- hear themselves better;
- play with better accuracy, intonation, and control; and
- have better endurance;
in performance and recording situations on stages and in recording studios around the world.
![]() |
||||
![]() |
![]() |
![]() |
![]() |
|
Check out our Custom Engraving page. This is a favorite option for bands, sound companies, night clubs, or anyone wanting some extra customization on their Original Mic Shield™! Just add an ENGRAVE to your shopping cart, and you’ll be prompted for special instructions when you check out.
The Original Mic Shield™ offers many benefits:
- The Original Mic Shield™ acts as a personal monitor – allowing the performer to instantly hear him or herself much better, resulting in better endurance, improved intonation, and cleaner phrasing.
- Gives the sound engineer more control over the room and stage sound – with more of the sound reflecting away from the audience, feedback from your microphone is prevented and the engineer can get a better balanced, more professional mix.
- For loud instruments such as trumpet, saxophone, trombone, and other horns, the Original Mic Shield™ protects the hearing of band or audience members from the extremely high sound pressure levels generated by those instruments.




