The KLOVER MiK lets you capture sound from greater distances – with more focus than any standard microphone.
Your Production is hard enough
You need a microphone that’s not going to send you scrambling because of dead batteries or interference, or waste hours of your time trying to fix problems in post-production. Whether you are 5 or 500 feet away, simply point the KLOVER MiK parabolic microphone at the action and enjoy clear audio that amplifies your subject while minimizing background noise.
What makes KLOVER MiK unique?
It's all about the shape!
- EManufactured to tolerances of only a few thousandths of an inch, KLOVER MiK was the first true parabolic microphone on the market and remains the gold standard for audio production.
- EAmplify the audio you want while minimizing unwanted ambient noise
- ECapture audio from much greater distances than typical microphones
- ECapture comments from audience or classroom without passing a microphone.
- ECapture audio from a safe distance with out putting the sound man in danger, or in the shot .
When it comes to long-range audio, there is simply no comparison.
- 1%
- 1%
- 3%
KLOVER MiK 09
- 10%
KLOVER MiK 16
- 50%
KLOVER MiK 26
- 100%
0 | 500+ |
Maximum Usable Range (Feet)
Have Audio Questions?
Enjoy Confidence in Every Recording
We’re with you every step of the way, from troubleshooting installation to helping with network approval.
Choose your MiK
Select your KLOVER MiK model based on size and range. If you are not sure, schedule a consultation call for personalized recommendations.
Build your kit
Relax
Capture the Sound You Want, Minimize What You Don’t
All Klover products are hand built in Wisconsin with more than 90% domestically sourced material.
Wide Range of Application
While the KLOVER MiK was created for major networks, other industries benefit from it’s unparalleled performance in long-range audio.
Military / Security / Law Enforcement
No other microphone can capture audio from such a great distance. Law enforcement and security agencies can monitor dangerous situations from a safe distance.
Search & Rescue
Before making a purchase, a member of the Santa Clara County Sheriff’s Search & Rescue Team conducted a test of the KLOVER MiK 26.
“The parabolic microphone aided comprehension both meaningfully and statistically at all distances. Between 322 and 1190 m, comprehension with the microphone was 86% vs 52% for unaided listening. Between 1529 and 2510 m, comprehension with the microphone was 57% vs only 12% for unaided listening . These results show the parabolic microphone to be superior in both detecting and comprehending hidden subjects who are calling.”
Parabolic microphones are also invaluable for locating victims in rubble or collapsed buildings.
Broadcast Journalism
Interviews can be conducted with no notice because there is no need to place a mic on the subject. Depending on the level of ambient noise, the audio will be very similar to a lapel mic on the subject from up to 6 or 8 feet.
An unexpected benefit of using the KM-09 is that the audio signal drops off much less when your subject turns their head to the side, as compared to a lapel mic.
The directionality of the KM-09 greatly reduces the amount of ambient, or crowd noise that is captured. This allows your subject to stand out from the background noise. At the same time, the pickup is large enough that more than one subject can be captured with equal levels. You don’t need to worry about the subject speaking while the interviewer has pulled back the mic.
A group of 27 panel members was captured with four KLOVER MiK 09 units hung from the ceiling grid.
The small parabolic also makes a great backup for wireless mics when mounted above the news desk.
Video Introduction
Meeting / Class Streaming
Presenting classes online is becoming more common every year. Streaming video of the instructor is quite easy, and using a wireless mic provides great audio from the instructor. If desired, it is rather straight forward to add a second camera to capture video of the students. The challenge, however, is to capture audio of student questions and interaction.
Comments from more than 20 students were captured with four 9-inch parabolic microphone mounted in a 20-foot x 40-foot classroom. The audio was more than adequate. Another university placed a 9-inch parabolic (along with a Go Pro camera) in each classroom to stream the professor to students watching from home.
Houses of worship have used our 9-inch parabolic mics to stream the speaker or congregants to those watching online.
The small unit can also be mounted on a pan/tilt unit to follow the video camera, or mounted to a pan/tilt/zoom camera, to provide more focused audio to online meetings.
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