Sennheiser
Sennheiser MKH 8060 Pro Audio Condenser Shotgun Mic
Condenser
Mix-ready sound from set to post — the Sennheiser MKH 8060's supercardioid lobe and RF circuit deliver location audio that holds up to professional scrutiny.
$1,598.00*
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*Price sourced from Amazon.com. Last updated:Jul 13, 2026.Price and availability are subject to change.
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Overview
Key Features
supercardioid/lobe, condenser
Undistorted off-axis sound
High output signal
Rugged metal housing, Ideal for camera mounting due to compact design
Extremely weather-proof due to RF circuit
Specifications
Brand
Sennheiser
Model
MKH 8060
Microphone Type
Condenser Shotgun Mic
Polar Pattern
Supercardioid/Lobe
Housing Material
Metal
Weather Resistance
Extremely weather-proof (RF circuit)
Pros & Cons
👍 Pros
- The RF condenser circuit's inherent moisture resistance means this microphone maintains stable performance in humidity, rain proximity, and temperature cycling that would degrade conventional condenser mics — a critical advantage for film, documentary, and ENG location work.
- The supercardioid/lobe polar pattern provides tighter frontal focus than a cardioid, allowing the boom operator to capture dialogue cleanly while rejecting set noise, crew sounds, and environmental reflections from the sides.
- High output signal sensitivity reduces the gain demand on the attached preamp, lowering the combined noise floor of the recording chain — you hear less hiss in quiet dialogue passages and in post-production processing.
- Undistorted off-axis sound character means incidental sounds captured outside the primary pick-up pattern remain tonally accurate rather than harsh or phasey — important when multiple sound sources enter the field and must coexist cleanly in the mix.
- The rugged metal housing and compact form factor make the MKH 8060 durable enough for daily production use and practical for locations where a longer shotgun would become physically difficult to operate.
👎 Cons
- The supercardioid/lobe pattern requires more precise boom aim than a hypercardioid — dialogue that strays significantly off-axis (wide tracking shots, moving subjects) will lose level and tonal consistency, demanding an attentive and experienced boom operator.
- At a professional price tier, the MKH 8060 is a significant investment relative to consumer and prosumer shotgun alternatives — it is designed for production environments where audio quality has direct commercial value, not for casual or occasional use.
- XLR connectivity means this microphone is not directly compatible with consumer cameras, smartphones, or USB-only interfaces — a full professional recording chain (phantom power source, preamp, recorder) is required.
- The rear lobe of the supercardioid pattern captures some sound from directly behind the microphone — in environments with strong rear reflections or noise sources directly behind the boom, this lobe can introduce unwanted material into the recording.
- Without an included MZW windshield or suspension mount, outdoor use and handheld operation will require separately sourced accessories to control wind noise and mechanical vibration effectively.
Frequently Asked Questions
What is the MKH 8060's polar pattern, and what does supercardioid/lobe mean for on-set rejection of off-axis noise?
The MKH 8060 uses a supercardioid polar pattern with a rear lobe — tighter front sensitivity than a standard cardioid, which provides stronger rejection of sounds arriving from the sides. This is the preferred pattern for dialogue recording on set, where ambient noise comes from all directions but your subject is directly in front of the mic. The rear lobe is narrower than the front pickup, so you're rejecting most of the scene while capturing the talent.
How does the RF circuit design contribute to weather resistance, and why does that matter in location recording?
Sennheiser's RF (radio frequency) condenser circuit polarizes the capsule using an RF carrier signal rather than direct high-voltage electrostatic charging. This architecture is inherently less sensitive to moisture, humidity, and condensation — the leading cause of condenser microphone failure in outdoor and cross-climate location work. On humid film sets, in rain interiors, or during fast temperature changes from cold exteriors to warm interiors, the MKH 8060 remains stable where a conventional condenser would develop noise, cut out, or fail entirely.
What does "high output signal" mean for gain staging, and how does that affect noise performance with a field recorder?
The MKH 8060's high output sensitivity means you need less preamp gain from your field recorder or mixer to reach proper recording levels. Less gain applied means less amplified self-noise and preamp noise in the signal chain — the practical result is a quieter recording floor, which preserves dynamic range and gives you more headroom in post-production when applying noise reduction or normalization.
Can the MKH 8060 be mounted directly on a camera, or does it require a separate boom pole and recorder setup?
The MKH 8060 can physically mount on a camera using a standard shock mount in the hot shoe, and its compact design facilitates this. However, Sennheiser notes it is "ideal for camera mounting due to compact design." For professional location dialogue, a separate boom pole and dedicated recorder or mixer will yield significantly cleaner results than camera-mounted operation, where handling noise, camera motor vibration, and preamp quality all degrade the signal.
What cable connector and phantom power does the MKH 8060 require?
The MKH 8060 uses a standard XLR connector and requires phantom power for operation — confirm your interface, field recorder, or mixer provides standard 48V phantom power before use. The corded-electric power source designation confirms this is an active condenser that cannot operate passively.
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