How to Make a Schranz Kick: Attack, Body, Rumble and Phase
Table of Contents
A strong Schranz kick can be designed as three cooperating roles: a short attack for the initial punch, a body for weight, and a rumble for the low-end tail and groove. The layers do not become one kick just because they play together. Shape their timing, fades, pitch, phase relationship, and level first; then process and resample the group in context.
The three roles in a Schranz kick
Thinking in roles makes the kick easier to diagnose. You can change one part without replacing everything.
| Role | What it contributes | What can go wrong |
|---|---|---|
| Attack | The short opening transient that provides the first sense of punch. | It can sound detached, clicky, or disappear when the body and rumble overlap it. |
| Body | The middle layer that adds weight between the attack and the low-end tail. | It can crowd the low mids, obscure the pitch movement, or duplicate energy already present in the other layers. |
| Rumble | The noisy low-end tail that supplies weight and groove after the transient. | It can mask the next kick, build up between hits, or interact with the attack/body in a way that weakens the combined waveform. |
These are functional roles, not a requirement to use exactly three samples or channels. One source may provide more than one role; a layer is useful only when it improves the complete kick in the track.
Read the course transcript
But the reason why I like using the kick builder approach is because you can sort of see visually here that we've broken up the Schranz kick into three different layers. The first layer we have is the attack. And right now I right clicked on the grid and I'm set to one 30 seconds. So we could see that this attack is the first 30 second note of the quarter note kick. So if we look at our full kick down here, it would be this part right here. That's the same exact length as this attack. So I'm going to quickly rename this attack and I'm going to color it a different color. And then the next part of the kick we have is the body or the punch. And this is basically taking up the first half of the quarter note. So it's the first eighth note of the kick, except for the first 30 second note of the kick. And I know this is confusing, but if we look at these three layers, you can see how they kind of fit together like a puzzle. And that's basically what we're going for. So if we set the grid to eighth notes, we can see that this punch is basically taking up the first eighth note of the kick. I'm going to make a cut right there and we'll call this body and we can color this another color. And if we solo this, it's just missing that attack. So when we solo the attack and the body together, we get a perfect kick punch. So that leaves the rumble, which is the back half of the kick or the tail, the sub, whatever you want to call it. So let's solo this. And we can see that if we look at our full kick, that would be this part right here. So we'll call this rumble and we can color this something else. Like, let's color it this. So this is essentially how I've always approached making kicks is splicing the kicks up like this in these different sections. And then I can swap each part out, process it differently. So if I make two more audio tracks, I can put the body on this track, the rumble on this track. And if we listen to this kick that we just split up, we essentially have each part of the kick on its own individual layer. And so that is basically the reason why I like using this kick builder pack is because I took a bunch of kicks like this and I split them up into files. So if we right click show in browser, we can see we have a bunch of bodies here and then we can see we have a bunch of attacks and then we have rumbles. And we even have some drives, too. So this allows us the flexibility of controlling each one of these layers individually. In this kick, I actually don't think I have any processing on these three layers, but I have the ability to do so. So let's say I wanted to pitch up the body. I could warp this file and then I could pitch it up to semitones if I wanted. I could pitch the body down. I could turn the rumble up a few semitones. I could turn the attack up or down a couple semitones. Or what you could do is you could process each sound separately. So if I wanted to, I could put an EQ on just the rumble and low pass it. Or I could put an EQ on just the body and maybe I want to high pass it. Or I could do the same to the attack, boost certain frequencies in the attack. So you could see how this method gives you so much flexibility. And when I'm creating a kick, I'm just constantly swapping these different parts out. So now that you can see how the kick builder works and how flexible it is, that is why I always am using the kick builder approach versus just individual samples because you just have so much more control over each of the core parts of the Schranz kick. And it is so important to have that control and that customization ability. And like I said before, using a full kick shot like this isn't bad at all. And if you're a beginner, this may be the best approach and the best starting point for you to start getting familiar with how Schranz kick sounds. But for me, I love having the control over these three layers.
1. Start with the kick’s job in the track
Before stacking layers, decide what the kick must do against the drive, percussion, and any separate low-end material. A kick that sounds enormous by itself may leave no room for the rest of the groove. A thinner solo sound may work better after the surrounding parts are added.
Load a representative section of the track, not an empty session. Keep the monitoring level stable and compare changes in context. If you use a reference track, match playback level before deciding that your kick needs more low end or more loudness.
Ask three practical questions:
- Does the opening transient remain clear when the full groove plays?
- Does the weight arrive in the right part of the beat?
- Does the tail clear enough space before the next kick and other low-end events?
The answer determines what the attack, body, and rumble need to contribute.
2. Choose the attack for shape, not volume
Solo the candidate attack briefly so you can hear its length and tone, then return to the full kick. The useful part is usually short. Trim or fade away material that duplicates the body or rumble.
Listen for:
- a defined opening edge without a distracting click;
- enough midrange information to remain perceptible on smaller speakers;
- a decay short enough to avoid fighting the body;
- a pitch character that belongs with the complete kick.
If the attack feels weak, turning it up is not always the answer. It may be arriving at an unhelpful point relative to the body, or its useful frequencies may be hidden by another layer.
3. Add a body that connects the transient to the tail
The body should make the kick feel continuous rather than like a click placed over a rumble. Start it close enough to support the transient, then shape its fade so it hands energy to the rumble instead of stacking indefinitely with it.
Judge the body by what disappears when you mute it. If muting it makes the kick lighter and disconnected, it is doing useful work. If muting it makes the kick clearer and equally powerful, the body may be redundant or too loud.
Pitch matters here because the body often carries a perceptible downward movement or tonal center. Adjust the source and envelope while listening to the combined kick. Do not assume that matching a note name automatically creates the right relationship; the audible transition and the track context are the test.
4. Build the rumble as a controlled tail
The rumble supplies weight and movement after the initial hit. Its value comes from its relationship to the transient and the groove—not from maximum length or level.
Shape the rumble in four passes:
- Timing: Move its effective start so it supports the kick without covering the opening impact.
- Fade: Control how quickly it rises and how completely it clears before the next low-end event.
- Pitch and tone: Remove or reshape resonances that fight the body or dominate the groove.
- Level: Set it while the full track section plays, then check the kick alone only for diagnosis.
Long low-frequency tails accumulate. If the groove becomes louder but less defined, shorten or reshape the rumble before adding more compression or limiting.
5. Check phase by listening to the sum
Layered low-frequency sounds can reinforce or weaken each other depending on their timing and waveform relationship. The important question is not whether each layer looks “in phase” in isolation. It is whether the combined kick retains its intended transient, weight, and consistency.
Use a repeatable check:
- Reduce the monitoring level so “louder” does not win automatically.
- Play attack and body together; move one by small amounts and listen for changes in punch and weight.
- Add the rumble and repeat the comparison through several hits.
- Check any polarity option as a comparison, not as an automatic fix.
- Re-check after saturation, EQ, or group processing because processing can alter timing and phase relationships.
- Keep the version that works in the track, even if a different position looks neater on the screen.
Avoid chasing a perfectly aligned waveform at every frequency. Complex kick layers are not static sine waves. Use meters and waveform views to explain what you hear, then make the decision with the complete groove.
Read the course transcript
So now we have the basics of our kick, our kick builder kick. And this is with no gain staging, no processing, no fades, no pitching, no nothing. This is our starting point. And that's why I like using this kick builder has saved me so much time because it just provides me with such a great starting point. And I have so much flexibility. So what I'm going to first do is just to make sure that this kick doesn't have major phasing problems is I'm going to select this entire section and I'm going to hit command B. And what that is going to do is that is going to bounce this kick into an audio file, basically sum all the layers together so I can see what it looks like. And right now, just by looking, it looks great to me. There's no noticeable phasing right here in the body of the kick, which is like the most important part to not have phasing. And then the tail is just like, you know, a mess. But that's kind of like the whole point of Schranz and techno is the tail of the kick is often like a noisy, rumbly mess. So I just want to make sure there's no like major phasing here. An example of that would be like this here. I'll just show you what an example of phasing and a kick would look like. Let's say we took another body and we wanted to layer another body in here. You can see if we zoom in the parts of this layer, body six, where it goes up. If body 10 is going down at that point, it is going to phase each other out. It is going to cancel each other. So let's just real quick find a section over here and let's line it up. So as body 10 is going up, body six is going down. And now if we look at our bounced kick or our sum together kick right here, there should be like a little like bow tie looking thing like a dip. So let's select this whole group and we'll hit command B. And now we can see this is what a really bad phased kicks looks like, especially in the punch. I do not want any phasing in my kicks there at all. So this doesn't mean that you can't layer things, but you need to understand what's happening when you layer multiple files together, especially in the low end. It can get really messy really fast if you don't know what you're doing. So anytime you're making a kick like this, I always suggest highlighting the entire group and hitting command B occasionally just to make sure that your kick is still in phase and you're not making a really out of phase kick because it's going to sound terrible in the club. If you do, I promise you, it'll sound bad. I've done it. It's bad. So now that we know that our kick is in phase and our kick is sounding good. Now we can move on to processing and fine tuning the kick.
6. Shape fades before reaching for more processing
Fades control which layer is responsible at each moment. They are often a cleaner first move than forcing several full-length sounds through a processor.
- Shorten the attack if it intrudes into the body.
- Fade the body so it connects the transient and tail without filling the entire beat.
- Fade or gate the rumble so it leaves space for the next hit.
- Recheck the transitions after any pitch-envelope change.
Listen through more than one kick. A tail can appear controlled on a single hit but accumulate across a bar.
7. Use saturation to create continuity, not to hide conflicts
Saturation can add harmonics, reduce peak contrast, and make separate sources feel more related. It can also exaggerate harshness and turn low-end overlap into constant density.
Apply it deliberately:
- Resolve obvious timing, fade, and level problems first.
- Add a small amount to the layer or group that needs more continuity.
- Level-match the processed and unprocessed versions.
- Check whether the transient, body, and tail remain distinguishable.
- Listen for new high-frequency grit and low-mid buildup.
If the processed version only sounds better when it is louder, the comparison is not yet useful.
8. Process the kick as one instrument
Once the layers cooperate, route them to a kick group. The Turn Up The Bass workflow then evaluates gain staging, EQ, saturation, phase, group processing, and resampling.
Gain staging
Set layer levels so the group has room for processing and later mixing decisions. There is no single correct peak value for every kick. The useful target is stable headroom and a repeatable relationship to the rest of the track.
EQ
Use EQ to solve a heard conflict. Examples include excess buildup where the body and rumble overlap, an attack that is too sharp, or a resonance that dominates every hit. Avoid carving each layer into an arbitrary preset range before hearing the sum.
Saturation and group processing
Group processing can make the kick behave like one instrument, but it should preserve the transient-to-tail movement you created. Bypass and level-match frequently.
Phase re-check
EQ, saturation, clipping, and other processes can change the result. Repeat the combined-kick comparison after meaningful processing changes.
Resampling
When the kick works, resampling creates a stable audio version that is easier to arrange and compare. Keep the source group available until the sound and edit are approved, and label the resampled version clearly.
Read the course transcript
So this is what we have right now. And so real quick, I just want to hit tab tab is great because you can see where your files are actually peaking. So we can see that this kick is perfectly peaking at negative one dB. So what I'm going to do is I'm going to select all three of these tracks and I'm going to set them to minus six dB. This way I have some headroom going into the processing. So we're not clipping right off the bat. So now if I press play, it'll sound a little quieter. So the first thing that you always want to do when you're processing your kick as a whole is make sure that you gain stage each of these layers because each of these layers play off of each other. So for instance, if you turn the attack down, the kick is going to sound a lot softer and sublier. So by turning the attack down, you're not only turning the attack down, but you're effectively like turning everything else up because it's all about the relationship between these files and making sure that each one of these layers are balanced. So let's take our attack back to negative six and maybe let's try turning down the rumble. You can hear that it started to clip crazy at the end there, but you can hear when I had it really quiet, it's just short and percussive. And then when I turn the rumble up, it almost has this like offbeat swell. So like I said, it's all about the relation between each one of these files. So when you're processing the kick as a whole, the number one most important thing that you need to have is you need to make sure that all three of these are gain stage correctly. Like I said in the last video, I already did this with these files, so I'm going to leave all three of these samples at negative six because they're all perfectly gain staged for each other already. So now that we have the gain staging out of the way and you know, maybe you've done some pitching or processing to each one of these layers, let's talk about the bus processing that you can do. So let's go into our audio effects real quick and let's take a look at all of these audio effects that you have in your DAW in Ableton. I'm only going to use about like 3% of these on any given job because this is what I think about it as. If you're familiar with how to build something, whether it's construction or you're just building anything, most jobs just need a few simple tools. You do not need to break out every tool in the toolbox for a little basic job. A lot of the times it's just screwdriver, hammer, boom, you're done. And that's exactly how I approach processing anything in Ableton. I do not need to use all of these. Some of these I never use and I've never used and I will never ever use. And then there's other ones where I use it 50 times in a project. So it's really good to like sort of identify what those basic necessities are in your DAW. So some of these being saturator, EQ, compressors, those are like your really basic but powerful tools that you can use when you're processing things. So the first thing I want to put on here I think is an EQ. And what we can do with an EQ is we can start to sculpt the frequency range of the kick. So for instance, we could turn the sub up. And that'll make the kick subbier or we could turn the high end down. And this will also make the kick feel subbier. Or we could do the reverse. We could turn the high end up and we could turn the low end down. That's going to make the kick feel brighter. But because everything is in relation to each other, it's also going to make the kick feel like thinner and not as beefy because it doesn't have any low end. So everything is about balance when you're processing, especially with EQ. So I might like a kick that feels a little subbier. Or I might like a kick that has a lot of energy in this like 100 Hertz range. Or I might like a kick that doesn't have that like muddy energy. So there's so much that you can do with an EQ. But what I generally like to do is just apply a little low end boost and a little high end boost. For whatever reason, I just think that when you listen to the kick with this on verse with it off, I just like the way it sounds with it on. Let's make it a little bit more dramatic. Maybe a little less than the highs. So to me, it definitely sounds better with it on. This is why I want to hit tab again. We can look at where the kick is peaking right now. With the EQ on, we're peaking at negative 2.78. And this is exactly why I took all three of these tracks down six decibels. Because if we took these back to zero and then we applied this EQ boost, we're clipping by three dBs. And if we turn it down, we're peaking at negative one. So when you put processing on a channel, it is going to change the peak value dramatically. For instance, just by putting this EQ on here, we change the peak level to plus three verse negative one. So again, that is why I select all three of these tracks and I set them to negative six. So when we put an EQ on here, we still have a little bit of headroom. So EQ is typically always the first effect that I put on this kick because I just want to balance it and tone shape it. So when it goes into the rest of my processing, it's tone shaped and balanced the way I want. So typically the next type of processing I will do on this kick is some combination of saturation and dynamics, whether it's compression or limiting. And depending on how clean the kick is, like if I have a really clean sounding kick, I might add an effect called drum buss. I just really love the way drum buss sounds. It just really like makes it sound so warm. I don't know what's going on under the hood in drum buss, but I love using drum buss. Then we can go down to this transient snob and we can drag this down. This is going to make it sound really punchy. So if we like how warm and full that sounds, but there's a few like when I turn the drive up, it feels like there's one frequency or one frequency range that's really like overpowering the mix. So I can put another EQ here and I'll start to like fish around for it and see if I can find it and see if I can turn that down so it's not hitting the saturation as hard. And so it seems like it's the low end here because now the kick starts to sound a little bit more balanced while still sounding saturated. But I think this is a little extreme. So I'm going to lower the Q so this band is wider and then I'm not going to take away so much gain in the low end. So if we turn this EQ off. Sounds like really subby and way too full in the low end and then we can turn this. So real quick, let's select all of our processing and what we can do is we can hit zero if we want to deactivate the processing and let's listen to our changes. So this is with the processing on. So one thing to note, this is obviously much louder with the processing on. So another trick that I like to do to make sure that I'm not being tricked by the loudness increase is I like to add a utility to the end of this chain and I will turn down the gain to like six. I'm going to basically try to gain match the processed kick with the unprocessed kick. Let's actually hit tab so we could look at our layers again. Let's turn all these on. I'm actually going to move the browser back from full height so we can see our long processing chain here because we're not looking at the browser right now. So now what I want to do is I basically want to gain match the processed kick with the unprocessed kick. So when I select all of these devices and I turn them on and off, I want the perceived volume to be very similar. So now we're not getting tricked by that increase loudness and we can really focus on the tone shaping that we've applied to this kick. And so something that I think I want to split the difference of or just not have as intense is this drum bus and this EQ. So I'm going to take the drive down on the drum bus and then I'm going to turn the gain back up on this EQ. And so I think that's sounding a lot better. I think the kick is sounding more full. I think it's also sounding punchier. I think it's just pumping a little bit harder and that's adding more groove to the track. So this is how I would go about processing my kick.
A practical diagnostic checklist
The kick loses punch when the rumble enters
- Shorten or delay the rumble’s effective onset.
- Compare small timing changes between attack and body.
- Reduce overlapping layer levels before adding a processor.
- Re-check the sum after EQ or saturation.
The low end sounds muddy across the bar
- Listen to multiple consecutive hits.
- Shorten the rumble tail or change its fade.
- Check whether the body duplicates the same low-frequency role.
- Evaluate the kick against the rest of the low end, not only in solo.
The attack sounds pasted on
- Shorten it and adjust its start relative to the body.
- Check whether its pitch/tone belongs with the body.
- Use restrained saturation only after the timing relationship works.
The kick is loud but feels small
- Level-match it to the earlier version.
- Check whether excessive tail energy is masking the transient.
- Reduce overlapping layers and restore transient-to-body contrast.
- Compare in the groove at a lower monitoring level.
The kick changes after group processing
- Bypass and level-match the group chain.
- Re-check timing/phase interaction.
- Identify the first device that removes punch or adds buildup.
- Use the least processing that produces the intended improvement.
Do you need exactly three layers?
No. Attack, body, and rumble describe jobs. One source can perform several jobs, or a more complex kick can use several components for one job. Add a layer only when you can name the problem it solves and hear that improvement in context.
Should the rumble stop completely before every kick?
Not as a universal rule. The tail must leave enough room for the transient and preserve the intended groove, but the best envelope depends on tempo, source material, pattern, and the rest of the low end. Compare fades and timing through several hits rather than applying one fixed curve.
Can this method work outside Ableton Live?
The examples in this guide use Ableton Live. The production decisions can be applied in other DAWs, but the downloadable Turn Up The Bass course project is an Ableton Live project.
Do kick samples remove the need for processing?
No. A well-designed source can shorten the path, but it still has to be tuned, timed, leveled, and evaluated in your track. A sample pack supplies material; it does not guarantee mix cohesion or a release outcome.
Continue with the complete Schranz workflow
Turn Up The Bass follows a finished Schranz project from setup through sound selection, kick construction, drive design, arrangement, mixing, mastering, exporting, release, and promotion. The kick section includes:
- Lesson 12 — Schranz Kick (6:12): attack, body, and rumble roles and a flexible kick-builder workflow.
- Lesson 13 — Making a Kick From Scratch (12:23): layered construction, phase, fades, pitch, and saturation.
- Lesson 14 — Kick Processing (14:10): gain staging, EQ, saturation, phase checks, group processing, and resampling.
See the kick decisions inside the complete track and continue into drives, arrangement, mixing, and mastering.
Explore the Turn Up The Bass Schranz Masterclass
Turn Up The Bass contains 50 lessons and approximately 6 hours 42 minutes of Schranz production training. The demonstrated project uses Ableton Live and Serum 2. Check the product page for the current course contents and tested compatibility before buying.
