The perfect Mike

Match microphone choice to context by evaluating five factors: isolation, source level, level before feedback, proximity, and sonic detail to select a mic that fits both tone and setting.

Explore how a microphone's tone palette shapes sound, focusing on polar pattern, proximity effect, frequency response, transient response, and hardness factor to choose the right mic.

Discover the hardness factor concept to select a microphone by matching opposite hardness levels to your sound. Measure with your voice to find the perfect mic-match, not the perfect mic.

Place a microphone by balancing three movements—body, focus, and tone—like photographing a piece of sky: control proximity for presence, adjust angle for focus, and tweak timbre.

Explore the concept of tonic tone in microphone placement, emphasizing how the chosen mic should support future production decisions and equalizer adjustments, balancing body, sibilance, and high-end clarity.

Explore multi-miking, phasing, and bleed, and apply the 3-to-1 rule and ten decibels of level difference to minimize phase artifacts and spill.

Explore how stereo microphone techniques using two cardioid mics create big, natural, and spatial sound by leveraging time and level differences, bridging recording and live applications.

Explore the XY stereo technique using two cardioid microphones at a single point angled to create a stereo image that can be monoed, based on level differences.

Use the A-B stereo technique with omnidirectional mics spaced 40–60 cm to create left-right sound staging via time difference, shaping stereo width and center space, and enable a Decca tree.

Explore the mid-side ms technique with a figure-of-8 and an omnidirectional mic (or cardioid), creating a left-right ms matrix with phase inversion for centered mono and wide stereo on piano.

Compare din, nos, and ortf stereo techniques, using two cardioid microphones at 20 cm with 90-degree alignment, 30 cm with 90-degree alignment, and 17 cm at 110 degrees.

Explore how the acoustic guitar's resonating chamber and soundboard shape tone, and apply three steps: body movement, focus movement, and tone movement to place the microphone for the desired sound.

Explore two approaches to mic the electric guitar: practical live placement with headphones and pink-noise guided balancing of distance, height, and angle for the desired tone.

Tune the floor tom by adjusting screw tension and ring dampening to shape pitch and resonance; place the microphone slightly outside the edge toward the center for a richer tone.

Explore bass drum mic placements, including inside, outside the hole, and at the beater, and how three microphones plus a sub kick capture attack and body.

Recognize the snare drum as the kit's most prominent element, and tune its top and bottom skins for pitch and open resonance in a 4/4 groove.

Balance drum mics to suit resources and time, from two to sixteen, combining overheads and cymbal mics; demonstrate a five-mic setup with only level adjustments.

Place two cardioid mics for the grand piano to balance attack and resonance while managing phase, achieving a present yet not oversized piano sound suitable for full bands.

Explore four piano stereo techniques—din, a-b, decca tree, and mid-side—using close, wide, and coincident mic setups to shape coherence, width, and stage resonance.

Learn vertical piano mic setups, from a single top-panel mic to two mics inside the resonating chamber or soundboard, or miking behind the keys from outside the box.

Wind instruments produce sound through air and mouthpiece, with tone shaped by instrument and player technique, and mic placement. The soprano saxophone example uses two mics for warmth and brightness.

Learn microphone placement for curved saxophones, balancing bell and overhand sound, exploring room reflections, and comparing bass responses with a large-diaphragm condenser versus SM57.

Learn how a stringed instrument sounds in a resonating chamber and how microphone positions—from the f-cut area to the bridge and overhead—affect tone through body, focus, and tone movements.

Discover how room reflections shape vocal tone and why a great recording begins with the room setup, mic testing, and a pop filter before listening to the singer.

Explore three microphone placement movements: body, focus, and tone, to find the best angle and distance for a balanced vocal tone, then adjust tonal balance as needed.

Place microphones to primarily capture the audience while minimizing PA bleed and avoiding visibility or intrusion, adjusting for venue size and audience seating to balance coverage.