Tyler Wynn
Miking a drum kit for live sound is a crucial aspect of achieving a balanced and powerful mix at any performance. Proper microphone placement can capture the full dynamic range and tonal nuances of the drums, ensuring that each element of the kit is heard clearly by the audience. In this guide, we'll explore the essential techniques and considerations for effectively miking a drum kit, from selecting the right microphones to optimizing their placement for various live sound scenarios.
| Characteristics | Values |
|---|---|
| Microphone Type | Dynamic, Condenser |
| Polar Pattern | Cardioid, Supercardioid |
| Frequency Response | 50Hz-16kHz |
| Sensitivity | -50dB to -30dB |
| Impedance | Low (Dynamic), High (Condenser) |
| Placement | Close miking, Overhead miking |
| Drum Kit Components | Snare, Toms, Bass Drum, Cymbals, Hi-hats |
| Microphone Accessories | Stands, Clips, Cables |
| Sound Quality | Clear, Balanced, Punchy |
| Feedback Resistance | High |
| Durability | Sturdy, Shock-resistant |
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What You'll Learn
- Kick Drum Micing: Position a large-diaphragm dynamic mic inside the kick drum to capture its low-end thump
- Snare Drum Micing: Use a small-diaphragm dynamic mic on the snare drum to pick up its sharp, cutting sound
- Tom-Tom Micing: Place small-diaphragm condenser mics on each tom-tom to capture their bright, resonant tones
- Cymbal Micing: Position small-diaphragm condenser mics above each cymbal to capture their shimmering, metallic sound
- Overhead Micing: Suspend a pair of small-diaphragm condenser mics above the drum kit to capture the overall sound and ambiance
Kick Drum Micing: Position a large-diaphragm dynamic mic inside the kick drum to capture its low-end thump
Positioning a large-diaphragm dynamic microphone inside the kick drum is a crucial technique for capturing the deep, resonant tones that give the kick drum its characteristic thump. This method is particularly effective for live sound applications, where the goal is to reproduce the full, powerful sound of the drum kit in a way that resonates with the audience.
To achieve the best results, it's important to choose the right microphone for the job. A large-diaphragm dynamic mic, such as the Shure SM58 or the Sennheiser MD421, is ideal for this purpose. These microphones are designed to handle high sound pressure levels and have a frequency response that is well-suited to capturing the low-end frequencies of the kick drum.
When positioning the microphone, it's important to place it in a way that maximizes its ability to capture the sound of the drumhead. This typically involves mounting the microphone on a stand or clip and positioning it so that the diaphragm is parallel to the drumhead and approximately 1-2 inches away from it. This placement allows the microphone to pick up the vibrations of the drumhead directly, resulting in a more accurate and powerful sound reproduction.
It's also important to consider the angle at which the microphone is positioned. A slight angle can help to reduce the pickup of unwanted sounds, such as the rustling of the drummer's clothes or the sound of the drumsticks hitting the snare drum. Experimenting with different angles and positions can help to find the optimal setup for a given drum kit and playing style.
Finally, it's worth noting that the use of a large-diaphragm dynamic microphone inside the kick drum can also help to reduce the amount of bleed from other drums in the kit. This is because the microphone is more directional and less likely to pick up sounds from other sources, resulting in a cleaner and more focused kick drum sound.
In conclusion, positioning a large-diaphragm dynamic microphone inside the kick drum is a key technique for capturing the powerful, low-end thump that is essential to a great live drum sound. By choosing the right microphone, positioning it correctly, and experimenting with different angles and setups, it's possible to achieve a sound that is both accurate and impactful.
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Snare Drum Micing: Use a small-diaphragm dynamic mic on the snare drum to pick up its sharp, cutting sound
To capture the sharp, cutting sound of a snare drum, a small-diaphragm dynamic microphone is the preferred choice. This type of microphone is designed to handle high sound pressure levels and provide a focused, directional response, making it ideal for the loud and punchy nature of snare drums. When positioning the microphone, aim for the center of the snare drum's resonant head, about 1-2 inches away from the surface. This placement will allow the microphone to pick up the full range of frequencies produced by the snare drum, from the deep, resonant tones to the bright, cracking sound of the snare wires.
One of the key benefits of using a small-diaphragm dynamic microphone on the snare drum is its ability to reject unwanted noise and bleed from other instruments in the drum kit. This is particularly important in a live sound setting, where the drums are often competing with other loud instruments like guitars and keyboards. By using a microphone with a narrow polar pattern, such as a cardioid or supercardioid, you can minimize the amount of ambient noise and other instrument bleed that is captured, resulting in a cleaner and more focused snare drum sound.
When it comes to selecting the right microphone for snare drum micing, there are a few key factors to consider. First and foremost, you want a microphone that can handle high sound pressure levels without distorting. A dynamic microphone with a high maximum sound pressure level (SPL) rating is ideal for this application. Additionally, you want a microphone with a small diaphragm, as this will provide a more focused and directional response. Finally, consider the polar pattern of the microphone. A cardioid or supercardioid polar pattern is preferred for snare drum micing, as it will help to reject unwanted noise and bleed from other instruments.
In terms of specific microphone recommendations, there are several excellent options available for snare drum micing. The Shure SM57 is a classic choice that has been used by countless drummers and sound engineers over the years. It's a small-diaphragm dynamic microphone with a cardioid polar pattern and a high SPL rating, making it perfect for capturing the loud and punchy sound of a snare drum. Another great option is the Sennheiser MD 421, which is a small-diaphragm dynamic microphone with a supercardioid polar pattern. This microphone is known for its excellent rejection of unwanted noise and its ability to capture the full range of frequencies produced by a snare drum.
Ultimately, the key to successful snare drum micing is to use a high-quality microphone that is well-suited for the application, and to position it correctly on the drum. By following these guidelines, you can capture the sharp, cutting sound of the snare drum and ensure that it cuts through the mix in a live sound setting.
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Tom-Tom Micing: Place small-diaphragm condenser mics on each tom-tom to capture their bright, resonant tones
To effectively capture the bright, resonant tones of tom-toms in a live sound setting, it's crucial to use small-diaphragm condenser microphones. These mics are designed to handle high sound pressure levels and provide a detailed, accurate representation of the tom-toms' unique timbre. When placing the mics, aim for a position that captures the full resonance of the drum, typically about 1-2 inches from the drumhead, angled slightly towards the center. This positioning helps to minimize the pickup of unwanted overtones and ensures that the mic is in the optimal spot to capture the tom's attack and decay.
One common technique is to use a pair of small-diaphragm condensers for each tom-tom, with one mic placed near the center of the drumhead and the other near the edge. This setup allows for a more comprehensive capture of the tom's sound, providing a blend of the bright, snappy tones from the center and the deeper, more resonant tones from the edge. When using this technique, it's important to experiment with the exact placement of the mics to find the sweet spot that best captures the desired sound.
In addition to mic placement, it's also important to consider the type of small-diaphragm condenser mic being used. Some mics are better suited for capturing the high-frequency content of tom-toms, while others may be more effective at capturing the low-end thump. Choosing the right mic for the job can make a significant difference in the overall sound quality.
When setting up the mics, it's crucial to ensure that they are securely attached to the drum kit to prevent any unwanted movement or vibration that could affect the sound quality. Using isolation mounts or shock mounts can help to minimize the transfer of vibrations from the drum kit to the mics, resulting in a cleaner, more focused sound.
Finally, it's important to remember that the goal of micing tom-toms is to capture their unique sound in a way that complements the overall mix. By experimenting with different mic placements, types, and isolation techniques, it's possible to achieve a live sound that accurately represents the energy and excitement of the drum kit.
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Cymbal Micing: Position small-diaphragm condenser mics above each cymbal to capture their shimmering, metallic sound
To effectively capture the shimmering, metallic sound of cymbals in a live drum kit setup, it's crucial to position small-diaphragm condenser microphones above each cymbal. These microphones are specifically designed to handle the high frequencies and dynamic range that cymbals produce. When placing the mics, aim for a spot approximately 6 to 12 inches above the cymbal surface, depending on the size of the cymbal and the desired sound. This positioning allows the mics to pick up the full spectrum of the cymbal's sound, from the bright, cutting highs to the deeper, resonant lows.
One common technique is to use a pair of small-diaphragm condensers for each cymbal, spaced about 60 to 90 degrees apart. This setup helps to capture a more comprehensive soundstage and provides options for blending the two mics to achieve the desired tone. For example, if one mic is capturing too much of the cymbal's attack, you can blend in the other mic to smooth out the sound. Additionally, using two mics per cymbal allows for greater flexibility in post-processing, as you can adjust the levels and panning of each mic independently.
When selecting small-diaphragm condenser mics for cymbal micing, look for models with a high sensitivity rating and a wide frequency response. These specifications will ensure that the mics can accurately capture the nuances of the cymbal's sound. It's also important to choose mics with a robust build quality, as they will be subjected to the vibrations and energy of the live performance environment.
To further enhance the cymbal sound, consider using a high-pass filter to roll off any low-frequency rumble or handling noise. This will help to keep the cymbal sound crisp and clear, especially in a live setting where there may be a lot of ambient noise. Additionally, you can experiment with different polar patterns, such as cardioid or omnidirectional, to tailor the mic's pickup to the specific cymbal and performance space.
In summary, positioning small-diaphragm condenser mics above each cymbal is a key technique for capturing the full range of their shimmering, metallic sound in a live drum kit setup. By carefully selecting and placing these mics, you can achieve a high-quality cymbal sound that enhances the overall performance.
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Overhead Micing: Suspend a pair of small-diaphragm condenser mics above the drum kit to capture the overall sound and ambiance
Suspend a pair of small-diaphragm condenser microphones above the drum kit to capture the overall sound and ambiance. This technique, known as overhead micing, is essential for achieving a balanced and natural live sound. Position the microphones at least 6 inches above the cymbals to avoid capturing excessive high frequencies and harsh sounds. Angle the microphones slightly towards the center of the drum kit to capture the full range of frequencies and instruments.
Use microphone clips or stands to secure the microphones in place, ensuring they are stable and won't move during the performance. Connect the microphones to a mixing console or audio interface using XLR cables, and adjust the gain levels to ensure a strong, clean signal. When mixing the audio, blend the overhead microphones with the other drum microphones to create a cohesive and full-bodied sound.
One common mistake to avoid is placing the overhead microphones too close to the cymbals, which can result in an overly bright and harsh sound. Another pitfall is not securing the microphones properly, which can lead to unwanted noise and movement during the performance. By following these guidelines and experimenting with microphone placement, you can achieve a professional-quality live drum sound that captures the energy and dynamics of the performance.
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