Creating Iconic Bass, Pad, and Lead Sounds
Tutorial | Nov 03, 2025
In this video, I demonstrate how to create classic and straightforward synth sounds in Bitwig Studio using simple subtractive synthesis without heavy processing, allowing you to easily follow along and understand the foundations behind iconic tones. I also introduce a free resource on my website where you can find step-by-step guides, preset downloads, and detailed explanations for each patch. Throughout the video, I cover essential sounds like house organ basses, jungle and rave basses, techno leads, dub chords, and FX noises, emphasizing simplicity and the power of filters and basic waveforms.
You can watch the Video on Youtube
Short Overview #
In this video, I dive into recreating more classic sounds in Bitwig Studio using simple subtractive synthesis, keeping everything straightforward with minimal processing. I walk you through each patch step by step, showing how even basic waveforms and filtering techniques can yield iconic house, jungle, techno, and rave sounds. Alongside the video, I've set up a dedicated page on my website where you can follow detailed text guides, access presets, and timestamped tutorials for free. My goal is to make these classic sounds accessible and easy for anyone to create, so you can experiment and build your own patches with confidence.
- Demonstrating classic synth sounds in Bitwig Studio using simple subtractive synthesis with minimal processing
 - Created a free resource page on polarity.me with written guides, chapters, video time markers, and upcoming preset downloads
 - Explained how to build a classic house organ bass using polyphony and Multi-Note for fifths and octaves
 - Showed creation of jungle and reese basses with detuned pulses, low-pass and band-pass filtering, envelope and LFO modulation, and distortion
 - Built a modern melodic techno lead using major intervals, detuning, and Moog-inspired filters
 - Illustrated how to mimic rave-style sounds with pulse width modulation and heavy pitch envelope modulation
 - Demonstrated dub chords and step sounds using saw waves, slow filter envelopes, and effects like delay and reverb
 - Explained how many classic sounds are layered chords or chords filtered differently for bass and step applications
 - Showed simple FX techniques like risers and water drops using noise, band-pass resonance, envelopes, and random modulators
 - Emphasized the simplicity and versatility of subtractive synthesis for recreating many classic electronic music sounds
 - Announced plans for future videos exploring more complex sounds and classic drum synthesis
 
Introduction #
In this follow-up video, I continue exploring how to create classic synth sounds in Bitwig Studio using only its basic, built-in synthesizer tools. My goal is to keep everything straightforward: no heavy effects chains, no complicated processing, just simple patches you can easily replicate. I decided to record the video spontaneously rather than planning everything out, keeping the creative process natural.
In addition, I set up a dedicated section on my website where you can read about these sounds and follow along with step-by-step guides, timestamped video links, and, soon, free downloadable presets. All available freely, with no sign-ups or tracking.
Creating a Classic House Bass #
I start by crafting a well-known organ house bass using just a couple of oscillators in Bitwig's Polymer synth. The sound involves combining a sine wave with a sub-oscillator, tuning one up by seven semitones to create a fifth.
However, to mimic the well-known M1 organ bass, which uses more voices, I take a different approach since Polymer has only two oscillators. I instead use a Multi-Note device to simulate four oscillators: one at the root, one a fifth above, another an octave above, and the last an octave plus a fifth above. By balancing their volumes and tuning, I create a strong, punchy house organ bass that works across many musical contexts because it contains only roots, fifths, and octaves, without any major or minor thirds.
Relevant Concepts #
- Semitone Tuning: Raising a note by seven semitones creates a perfect fifth, a simple and harmonically pleasing interval.
 - Chords in Synthesis: Building sounds from stacked intervals rather than single notes can thicken the sound and add musical context.
 
Making Classic Jungle Bass and Step Sounds #
I revisit the jungle bass sound previously demonstrated, starting with detuned pulse waves and applying a low pass filter with resonance. This time, I also play with different filter types, such as less steep low passes and bandpass filters, to control the amount of sub and harmonics in the sound. Many classic jungle and rave basses rely on warmth from gentle, resonant filters rather than harsh digital filtering.
Adding LFO modulation to filter cutoff introduces wobbly movement. Applying a bit crusher can make the sound more vocal or lo-fi, an effect frequently heard in old-school jungle and rave tracks.
Relevant Concepts #
- Filter Types and Resonance: The steepness of a filter (how quickly it removes frequencies) significantly affects the character of a synth bass. Gentle slopes let more harmonics through.
 - LFO (Low-Frequency Oscillator): Slow, repeating modulation of parameters like filter cutoff to add movement.
 - Bit Crushing: Intentionally reducing digital resolution for a gritty, vocal-like quality.
 
Melodic Techno and Chord Sounds #
I transition to a melodic techno lead inspired by artists like Stephan Bodzin, using saw waves and layered intervals. Again, due to limited oscillator count, I use the Multi-Note strategy to stack roots, fifths, and octaves. Adding a Moog-inspired filter, plus reverb, makes the sound familiar in modern techno productions.
To enhance this, I introduce slight detuning using bipolar modulation so each note varies, achieving a thicker, more analog-feeling sound.
Relevant Concepts #
- Unison and Detuning: Simulate the effect of old analog synths by playing multiple detuned voices for a bigger sound, even when the synth does not support native unison.
 - Moog Filter: Famous for its round, musical resonance, often used for expressive leads.
 
Rave and Reese-type Sounds with Pulse Wave Modulation #
I show how to get a classic rave or Reese-style sound by combining detuned pulse waves with pulse width modulation (PWM) rather than saw waves. Adding strong pitch envelope modulation creates the signature punchy, gliding rave sound reminiscent of early Prodigy tracks or Juno preset sounds.
Pulse width modulation rapidly changes the shape of a pulse wave, creating timbral movement akin to multiples saws in unison.
Relevant Concepts #
- PWM (Pulse Width Modulation): Varies the duty cycle of a pulse wave to create movement and rich harmonics.
 - Pitch Envelope: Modulates the pitch with the synth's envelope generator to get "whoosh" or "glide" effects that stand out in rave music.
 
Dub Chord Sounds #
I demonstrate creating a classic dub techno chord by playing a minor chord (root, minor third, and fifth) with saw waves filtered through a slow, gentle low-pass filter. A long attack on the filter’s envelope gives the chord a swelling, atmospheric quality, which I enhance further with reverb and delay. Adding or removing extensions like sevenths or ninths changes the musical mood.
Relevant Concepts #
- Envelope Attack: Controls how slowly the filter opens, giving chords a smooth, pad-like onset.
 - Chords and Voicing: Using simple minor chords gives the dub chord its melancholic character.
 
Classic FX: Risers, Lasers, and Water Drops #
Using noise as an oscillator source and various filters, I build swooshes and laser FX. Modulating the filter cutoff with envelopes and random values yields laser-like or droplet effects, especially when shaped with advanced envelope tools and processed with reverb and delay for a spatial feel. These simple tricks create effective, authentic transitions and atmospheric details in tracks.
Relevant Concepts #
- Noise Oscillator: Generates a static "hiss" that, filtered and shaped, becomes risers, sweeps, or percussive FX.
 - Randomized Modulation: Varying mod amounts on each note (randomization) makes effects lively and less repetitive.
 
Using Filtering and Chord Stacks for House Stabs and Steps #
I explain that many classic step or stab sounds are in fact simply filtered versions of basses or chords. By cutting out the low end or switching filters to bandpass, the same basic sound becomes appropriate for higher, rhythmic fills in house or breakbeat music. Layering differently filtered versions of simple chords or basses lets you build rich arrangements from minimal source material.
Relevant Concepts #
- Bandpass Filtering: Isolates a positionable range of frequencies, enhancing stabs and top-end percussive content.
 - Layering: Using variations of the same sound for different functions within a track.
 
Conclusion #
Throughout the video I emphasize that most iconic sounds, whether house basses, jungle lines, rave leads, dub chords, or FX, originate from straightforward sound design: stacking basic intervals, blending standard waveforms, detuning, simple filtering, and judicious modulation. The focus is always on using minimal tools creatively.
For those interested in diving deeper, all patches and detailed guides are on my website, freely available. In future videos, I may cover more complex drum synthesis or classic drum machine sounds. Meanwhile, I encourage experimentation with these simple building blocks, since combining and tweaking them covers a huge range of electronic music’s most memorable sounds. Feedback and suggestions are always welcome.
Full Video Transcription #
This is what im talking about in this video. The text is transcribed by Whisper, so it might not be perfect. If you find any mistakes, please let me know.
You can also click on the timestamps to jump to the right part of the video, which should be helpful.
Click to expand Transcription
[00:00:00]   Yo folks, welcome back in the last video
[00:00:02]   I showed you some classic sounds and how to do them in Bitwig studio just with a simple subjective synthesizer without any bells and whistles
[00:00:09]   No heavy processing chains just straightforward simple patches and a lot of people really liked it
[00:00:17]   And I wanted to see more so why not do another video with some more classic sounds
[00:00:22]   Maybe it's it would be better if I just research first and then make a list of sounds and then make a video about it
[00:00:29]   But that's not how I am right. I just want to switch on OBS record some stuff and I want to switch it off and do something else
[00:00:35]   Anyway, so there's a second video
[00:00:38]   I also created some kind of a website or page on my website where you can read about
[00:00:43]   These kind of sounds or simple patches, so you don't need to actually go to the video and scrub to the right position
[00:00:51]   It looks like this here. I show you this on my on my website
[00:00:57]   So you go to polarity dot me and then you have here the salon button at the top and
[00:01:03]   Then you can see my stupid face in front of Bitwig studio because that's how I like it
[00:01:08]   And we have here some courses Bitwig grid course. You already know this probably and we have now here a Bitwig
[00:01:15]   Classic Sounds course 2025 and also again me here thumbs up in front of classic synthesizers
[00:01:22]   It's all mine
[00:01:26]   And you can read then about these simple patches here in these chapters and you can follow along right?
[00:01:34]   simple straightforward step-by-step guides also here my video the last video on YouTube is
[00:01:40]   Yeah, but time markers here so you can jump to the right position in the video
[00:01:46]   You can see how I built these patches from scratch. You can hear them. You can follow along here with the
[00:01:52]   Text and later on I also want to give you some presets that you can download if you are really lazy
[00:01:59]   Everything completely free on my website. No login. No cookies. No subscription nothing just free stuff, right?
[00:02:08]   I put you the link in the description below
[00:02:10]   Okay, so we want to start here with a sound
[00:02:14]   That's very very classic. I want to say I was in it in it patch here of the
[00:02:21]   Polymer
[00:02:23]   So we have a simple sign wave here already and we want to create another
[00:02:29]   Oscillators we go to 50% here with the sub oscillators. We have two oscillators now this one and this one
[00:02:37]   So this one stays on the root note and this one goes out by seven semitones, which is just a fifth
[00:02:51]   So a very simple organ house bass
[00:02:54]   And that's basically it for this sound, but you can make it more fancy or you can make it more
[00:03:00]   sound like the M1 classic preset from the cork synthesizer
[00:03:05]   With this we need actually
[00:03:08]   Five or four oscillators, but we only have two oscillators here
[00:03:12]   So what we can do now is we can remove the sub oscillator. We can bring this back to zero and
[00:03:19]   Instead of using multiple oscillators. We just use a multi note
[00:03:22]   And yeah, we let the synthesizer basically play multiple notes, which equals to multiple
[00:03:30]   Oscillators, so we play the root we play the fifth seven semitones up and we also go
[00:03:38]   12 up and let's say
[00:03:41]   12 and seven
[00:03:44]   Additionally, so an octave and a fifth up which is
[00:03:47]   19
[00:03:50]   Okay, this sounds like this
[00:03:52]   And then on top of that we can go an octave lower
[00:03:57]   So we have additional bass sound. So we have four oscillators, right? Then we bring down at the volume a bit
[00:04:04]   Then we have this classic house organ bass
[00:04:10]   You
[00:04:12]   Know the deal so this type of sound very easy
[00:04:19]   It's actually just a chord but sometimes most of these classic sounds are just sampled
[00:04:26]   Chords from somewhere else
[00:04:29]   It sounds like one sound, but it's actually
[00:04:34]   Yeah, a chord also here. There is no third in there. So no minor or major third. It's just fifth and
[00:04:41]   Octave shifts so it fits basically more or less in every scale and you can use it everywhere and you can you know
[00:04:49]   Transpose around and it always fits. So this is the classic house bass
[00:04:54]   Okay, in the last video, I showed you a jungle bass and I used a
[00:05:01]   Pulse for this and then I used a low pass filter on that but we can also do this in different ways. We can say
[00:05:08]   we want to have
[00:05:11]   let's say
[00:05:13]   pulls and
[00:05:14]   Maybe you can do here
[00:05:16]   This trick again where we just detuned basically one oscillator
[00:05:20]   So we have now here on the left side detuned by
[00:05:24]   Three Hertz down on the right channel. It's three Hertz up sounds like this
[00:05:29]   And then we just make it mono by using a tool device
[00:05:33]   removing the sides
[00:05:36]   Sounds like this
[00:05:38]   You can also use here the pulse for that
[00:05:47]   And then instead of a low pass I mean we could use a low pass here
[00:05:54]   I
[00:05:56]   To get already a nice jungle bass and then we want to use probably here the envelope for that the filter envelope
[00:06:08]   Maybe a slow attack
[00:06:14]   Also nice on top using resonance
[00:06:22]   You
[00:06:24]   Can also use in a lot of classic jungle tunes also usually
[00:06:40]   Use here not so steep low pass filters like the LP 8 here, which cuts a lot of high-end away
[00:06:48]   You want to let some overtones pass and also usually all synthesizers
[00:06:54]   Have these LP one or LP two filters most of the time. So they have no steep filters
[00:07:01]   Also nice on this distortion if you want to make it more fancy
[00:07:11]   There's something like this
[00:07:16]   Right very classic, maybe a bit crusher also possible bit eight
[00:07:23]   You know jitter
[00:07:44]   So you get this vocal vocal the vocaloid type of sound with a bit crusher sometimes
[00:07:50]   Yeah, very classic and a lot of people use this
[00:07:55]   So the resonance is also important. Also, we can switch this here to band pass band pass BP -
[00:08:02]   works -
[00:08:10]   Important for the band pass is that you at least touch some of the
[00:08:14]   Fundamental bass or sub frequencies here. So you want to start very low like this
[00:08:20]   We have at least in the beginning or at some point in the sound
[00:08:23]   A sub in there, right if you have all the only frequencies here
[00:08:29]   It's obviously not a bass sound, but you maybe can use this for step sounds in some house
[00:08:37]   Sounds they use steps bass sounds basically like step sounds some top end here only
[00:08:42]   So a lot of steps actually in in house is just filtered bass sounds
[00:08:52]   So but for the jungle bass you want to have some frequencies here some sub frequencies in there
[00:09:02]   And
[00:09:04]   If you want to give it a more wobbly feel, of course, you need to use an LFO
[00:09:15]   Then you modulate here instead of using the envelope you modulate the filter directly and maybe not bipolar here
[00:09:24]   And
[00:09:26]   Then again distortion without distortion, it doesn't sound that well
[00:09:37]   Just just attach the touch
[00:09:49]   And then using here maybe the filter envelope instead of for the filter we use it for the LFO speed
[00:10:12]   So you have this wobbly feel and the LFO changes over time, that's yeah, what I really like and
[00:10:19]   Yeah, that's how you do more or less these jungle whopper bass. It's just
[00:10:24]   Detuned
[00:10:27]   Pulls waves and then filter and resonance and distortion
[00:10:31]   Very easy very straightforward in my opinion
[00:10:34]   So the next one is not based
[00:10:41]   Not based or rooted in drum bass, it's more like a melodic techno or modern techno type of lead sound
[00:10:48]   It's more like in the direction of Stefan but then you'll probably know him. So what he does is he uses saw
[00:10:58]   Let's go back to this one here
[00:11:01]   And he also uses for oscillates because he uses the mokes in the size are a lot and you have like four oscillators
[00:11:07]   Need to tune stem all of all of them and makes basically a sound out of it
[00:11:11]   So here we have again only one oscillator or two oscillators. So here I just use one and again we create a chord
[00:11:19]   So we are here the roots we use the
[00:11:23]   seven at the fifth up and we also go here maybe 12 up and we go to
[00:11:31]   90 which is an octave and the fifth up
[00:11:36]   Get this type of sound
[00:11:39]   Maybe a little bit long
[00:11:45]   And then on top we can maybe use here a MOOC filter low pass mg MOOC inspired low pass filter
[00:11:53]   You
[00:11:55]   Probably heard this a lot in a lot of productions on top put some reverb on it
[00:12:23]   Make it more wide and fat and fancy
[00:12:26]   [Music]
[00:12:54]   So this is a simple patch, but you can also make this of course much better by
[00:12:59]   Modulating a lot of things, but I want to keep it simple first. So we can use here instead of the
[00:13:06]   Straight oscillators we can to tune all of them. So we have this in poly mode
[00:13:12]   We have here bipolar and then we modulate the pitch just slightly
[00:13:16]   Not too much and then basically every note or every oscillator is to tune differently
[00:13:22]   [Music]
[00:13:48]   Really nice
[00:13:49]   Nice sound. I really like the sound a lot and it's very modern
[00:13:53]   Yeah, and you can also hear this in a lot of productions. So this is
[00:13:57]   Also a very easy very
[00:14:00]   straightforward sound in my opinion
[00:14:03]   Okay, let's go back
[00:14:05]   In a preset and we don't need to reverb. Okay
[00:14:09]   so another idea is I
[00:14:12]   Showed you something like this in the last video, but it's kind of similar
[00:14:18]   So for that we want to use here
[00:14:22]   The pulse yeah the pulse because we need to have both with modulation and we do the same thing here
[00:14:29]   We do the same thing as an in a re-space line. We
[00:14:32]   Detune basically, but instead of saw we're using pulse. It sounds like this
[00:14:46]   And we want to
[00:14:48]   Add an LFO and we add here pulse with modulation. That's very important
[00:14:55]   You can hear if you use pulse with modulation you can actually create kind of a
[00:15:14]   Reese type of sound even though we don't use the
[00:15:17]   Saw waveform and that's kind of a tip or trick if you have an
[00:15:23]   Monophonic synthesizer. I have here the MOOC M32 and there's a saw on that
[00:15:29]   And if you want to use unison for the saw, it's not possible because you just have one oscillator
[00:15:35]   but then you switch basically to
[00:15:38]   Pulse and use pulse with modulation it gives you kind of a similar sound to
[00:15:43]   multiple saw waves to tune for some reason and
[00:15:46]   Yeah, that's kind of the trick, but it has a different sound to it. It sounds a bit different
[00:15:52]   So now with this we want to use here the filter envelope to change the pitch
[00:15:58]   Okay, so we pitch this up here maybe by two octaves. I don't know if you have to find your sweet spot later on
[00:16:06]   And then a slower attack here, maybe decay we don't need this
[00:16:09]   Yeah, this can stay open
[00:16:35]   You get this typical rave sound feel
[00:16:38]   Maybe want to use your also the tool device to make it mono so we have this who are kind of sound
[00:16:45]   That's better
[00:16:49]   Also, maybe glide so you have this legato feel
[00:17:00]   But you can hear this in a lot of Prodigy productions
[00:17:12]   Early rave sounds are made kind of this way
[00:17:17]   So you need a lot of pitch modulation here to get this type of rave sound out of it
[00:17:23]   So here I'm just using the filter envelope for that and modulating this also to glide
[00:17:29]   But you can change it here and tweak it to taste more or less
[00:17:53]   Yeah, it's it's really early rave sound, okay, so that's that
[00:17:59]   The rave sound at least I think it's it's a preset on the Juno
[00:18:04]   I'm not really familiar with these classic synthesizers. I never owned one
[00:18:09]   But I think it's it was on a on a Juno synthesizer
[00:18:13]   so
[00:18:15]   so we know
[00:18:17]   then we have another sound that's
[00:18:21]   Not really one sound again, it's a
[00:18:23]   Actually can notice it's again multiple sounds at once
[00:18:29]   It's a so-called dub chord. Well, I call it dub chord and
[00:18:34]   It's usually just a minor chord. So zero a minor third and a fifth and we use saw waves here and a very
[00:18:44]   slow
[00:18:46]   steeped
[00:18:47]   Low pass filter LP2
[00:18:50]   And then we open up here the filter I used or I like to use your very slow attack
[00:18:57]   Also here
[00:19:01]   Just you know not having this going in straight from the beginning
[00:19:06]   So you have like a slow
[00:19:08]   Beginning here. It might I mean it sounds okay
[00:19:12]   But again, I really like to have it here a slow attack in the beginning
[00:19:20]   And
[00:19:22]   Then for this you need probably
[00:19:26]   reverb
[00:19:29]   Let's dial us down here and delay
[00:19:32]   More feedback
[00:19:35]   Also here, that's too much feedback
[00:19:50]   Also here you can tweak this in all kinds of directions first up you have of course the envelopes here to bring it in more slowly
[00:19:57]   Make it more like tone down
[00:20:01]   You can also randomize this here on each note trigger if you want to again make it more like a step sound
[00:20:12]   And
[00:20:14]   We can also play around with the resonance here
[00:20:41]   And then you can use the wavetable oscillator here and bring in some unison so we make already multiple voices on each note
[00:20:48]   But it has a different sound to it, so
[00:21:04]   I like both versions so this is the dub chord that's how I do it you can also
[00:21:10]   Use your more notes so you can use or you can add a 7th here a minor 7th and
[00:21:16]   Also a minor 9th here
[00:21:33]   But I think it's too happy I really like to have it simple here just with a minor chord in my opinion
[00:21:40]   That's how I do it most of the times in my tracks. So that is this is the dub chord
[00:21:45]   It's just also just a saw wave more or less and then you play around with the filter. It's it's all in the filter
[00:21:52]   I also saw someone on reddit asking for rave steps and
[00:21:57]   most of these rave steps are just
[00:22:01]   Filled out differently so instead of having here a lot of bass
[00:22:05]   right you
[00:22:08]   Cut out the low end
[00:22:10]   And then you can play it and you have in the bass something different or you know a different sound or different bass sound
[00:22:22]   Also sometimes you filter with the band pass like this pretty fast
[00:22:28]   Also
[00:22:30]   All the other rave steps I showed you earlier you can just use a band pass filter and then filter
[00:22:39]   Only in the top region and leave the base out and you have more like a step sound or typical
[00:22:45]   House step sound on top
[00:22:57]   Sometimes I also use bass sounds in drum and bass, but I don't use them for the bass
[00:23:02]   I just cut out all the the sub frequencies and then I use them as step sounds on top
[00:23:07]   That's also possible. So you have to combine them basically in different ways
[00:23:13]   But there's no magic formula behind any of these sounds. It's just
[00:23:17]   basic
[00:23:19]   filtering and basic combining of
[00:23:22]   Simple waveforms if you ask me that's how I see it at least
[00:23:27]   Okay, so then I want to show you another sound. That's more like an FX sound
[00:23:34]   But it's also very important
[00:23:36]   And you play around noise
[00:23:39]   so
[00:23:41]   sometimes
[00:23:42]   You want to create risers. You can do this pretty easily with the with the noise here and the band pass of course
[00:23:48]   Maybe maybe a steeper one
[00:23:51]   So
[00:23:53]   Something like this just in the track and the background to move from one part to the other part is it's all you need
[00:24:02]   right, it just brings in a transitioning
[00:24:05]   Transition from one part to the other and it's perfectly fine. You don't need to add any fancy things to that
[00:24:13]   Then you can use the noise here with the filter and use maybe a steeper filter
[00:24:18]   Let's say a BP8 one and then a lot lots of resonance and no key tracking
[00:24:24]   Get this type of sound then we use here the envelopes
[00:24:32]   We don't need resonance a bit of release here a bit of attack for that
[00:24:38]   And then we change here the frequency with the envelope
[00:24:41]   You
[00:24:43]   Get laser sounds with this so we have a steep attack
[00:24:57]   Pew pew
[00:25:07]   But you can also create laser or water effects with this
[00:25:12]   Let's see if I can dial it in here a bit
[00:25:21]   Maybe a randomized
[00:25:27]   Randomize modulator here so each time we press a note we get the random
[00:25:36]   Value for the frequency position here. Let's see
[00:25:40]   It's a bit too much
[00:25:55]   You have to dial it in you have to find a sweet spot for the for the envelopes here, that's the important part
[00:26:05]   I
[00:26:07]   Have something like this
[00:26:18]   and then we can use a repeater and
[00:26:45]   Maybe we also want to randomize here the modulation amount
[00:26:58]   See all the sounds
[00:27:03]   I
[00:27:05]   You get the idea, okay
[00:27:31]   So you have to find a sweet spot for the filter position and the envelopes and
[00:27:36]   The filter amount but at some point you get nice
[00:27:40]   Water drops here. You probably want to use better envelopes here. So this one is pretty basic
[00:27:47]   So you can't really shape the sound
[00:27:51]   You maybe want to use here something like this
[00:27:55]   so let's say we have a segments here and
[00:27:59]   and
[00:28:01]   Use this here in seconds, maybe
[00:28:04]   you set this and
[00:28:07]   Then yeah, we can shape this a bit better. What's actually happening here to the filter
[00:28:14]   Right you can hear it's it's much better because you have now this deeper curve
[00:28:24]  . Oh
[00:28:26]  . Hey change this here
[00:28:36]   Can we change here the amount this is this and this is that
[00:29:06]   Yeah, we changed them out here with a randomizer
[00:29:09]   Or
[00:29:14]   This we use here this one
[00:29:17]   Let's pull this down
[00:29:22]   Yeah, that's much better
[00:29:36]   And then we probably want to add
[00:29:51]   Reverb to make this a bit more
[00:29:53]   Yeah, a bit wet
[00:29:56]   Convolution there is
[00:29:59]   Delay
[00:30:01]   Yeah, these are water drop effects
[00:30:29]   Just with the filter and like I said, you need a
[00:30:33]   Specific envelope here. This one is okay, but this one is a bit better
[00:30:38]   So you can shape the envelope a bit better to bring out these kind of water effects
[00:30:44]   So yeah, this is a water effect on the
[00:30:46]   Polymer subjective synthesizer
[00:30:49]   So yeah, I think that's it for this video. I probably
[00:30:54]   Find some more sounds I can show you so I make multiple videos of this and show you
[00:30:59]   More sounds maybe they get complicated or more complex over time at the moment
[00:31:06]   I wanted to show you very simple classic sounds
[00:31:10]   straightforward
[00:31:12]   Setups just a few tweaks in a simple subjective synthesizer. This was the idea behind it and
[00:31:19]   Yeah, like I said most house sounds or house depths are based on multiple
[00:31:24]   Notes or actually chords and then a bit of filtering band pass filtering
[00:31:29]   There's not much to it to most sounds
[00:31:32]   So experiment with this you can probably recreate a lot of more sounds
[00:31:39]   Maybe I focus also on drum sounds or eight or eight sounds and nine or nine sounds how you can recreate them
[00:31:46]   But they are kind of more complex you have to have more sounds more oscillators in different configurations
[00:31:52]   But these sounds are pretty simple in a subjective synthesizer to replicate
[00:31:57]   Anyway, and I don't want to start to talk about or repeating myself too much
[00:32:02]   Let me know what you think
[00:32:05]   Leave a thumbs up leave a subscription give me ideas in the comments always. It's always welcomed
[00:32:11]   Thanks for watching. See you next video. Bye
[00:32:14]   Fine.
[00:32:16]   [BLANK_AUDIO]