How to Make Hyperpop

Updated May 2026

Hyperpop is one of the most polarizing and sonically distinctive genres of the last decade. It emerged from the intersection of UK PC Music aesthetics, AutoTune-heavy SoundCloud rap, emo and pop-punk melody, and early 2010s internet culture — a genre that sounded like pop music if it had been designed by someone who understood pop's mechanisms too well and wanted to see what happened when you pushed every knob past the red.

Artists like 100 gecs, SOPHIE, A.G. Cook, Charli XCX, Bladee, and Glaive brought hyperpop from niche internet phenomenon to genuine cultural force between 2018 and 2023. Its influence has since spread into mainstream pop production in ways that aren't always labeled hyperpop but are unmistakably there — the distorted bass, the pitched-up vocals, the sense that everything is happening at once and that this is fine.

This guide covers the full production process: the sound philosophy, core elements, DAW-specific techniques, the plugin chain, and how to make something that sounds like hyperpop on purpose rather than by accident.

The Philosophy: Maximalism as Aesthetic Choice

Before any technical discussion, it's worth understanding what makes hyperpop philosophically distinctive, because this shapes every technical decision you'll make.

Conventional music production treats distortion, aliasing, clipping, and over-compression as problems to avoid. Conventional pop production is about polish — smooth transitions, balanced frequency spectrum, natural-sounding vocals, controlled dynamics. Hyperpop inverts this entirely. The distortion is the texture. The clipping is the energy. The over-compressed, crushed vocal is the aesthetic, not a symptom of poor technique.

This doesn't mean anything goes. The producers who defined hyperpop — SOPHIE, A.G. Cook, Dylan Brady of 100 gecs, Whitearmor — are exceptionally skilled and make deliberate choices about which kind of excess to deploy and where. The chaos is curated. The noise is composed. Understanding this is the difference between making hyperpop and making something that just sounds like a broken mix.

The PC Music aesthetic that seeded hyperpop operated with a knowing, ironic relationship to pop conventions. It sounded like pop music, but slightly too much like pop music — as if someone had fed pop into a machine and the machine had tried extremely hard and gotten almost everything right but slightly wrong. This uncanny quality is central to the genre and should inform every sound design decision you make. You are not failing to be polished. You are succeeding at being synthetic, extreme, and alive in a way that polished production cannot achieve.

The practical implication: when you're making hyperpop, do not reach for the high-pass filter to clean up low-end rumble unless that rumble genuinely damages your 808. Do not back off the saturation because it "sounds a bit much." Do not thin out your reverb tails because the mix feels crowded. Crowded, saturated, distorted, and loud is the destination. Every sound in your mix should feel like it is competing for space, and the tension of that competition is what makes the genre work.

Tempo, Time Signature, and Song Structure

Tempo

Most hyperpop sits between 140 and 175 BPM, with a common sweet spot around 150–160 BPM. This tempo range achieves something specific: it's fast enough to feel kinetic and urgent, but slow enough that melodic and harmonic content isn't sacrificed to pure speed. The breakcore-influenced percussion elements that appear in drops and outros often feel much faster because they operate at double time against the project tempo.

A track at 150 BPM with a double-time breakcore section has percussion functioning at an effective 300 BPM — which is why hyperpop drops hit with such intensity compared to the relatively controlled verses that precede them. You can set your project to 155 BPM, have a recognizable pop verse, and then detonate a drum sequence that feels twice as fast simply by placing snares, hats, and breaks on every eighth note rather than every quarter note or half note.

The more experimental, breakcore-heavy side of hyperpop sometimes pushes to 170–200 BPM proper (not just a double-time feel), collapsing the distinction between tempo and breakcore percussion entirely. Artists like Brakence and Fraxiom operate in this zone.

Time Signature

Hyperpop is almost universally 4/4. The genre's relationship to pop structure means it follows pop rhythmic conventions but fills that conventional structure with unconventional content. The surprise is in the sound, not the meter. Occasionally a pre-chorus will have a bar of 2/4 or a break will feel like it's in 6/8 because of how drum patterns are placed, but these are rhythmic illusions rather than actual time signature changes.

Song Structure

Hyperpop follows recognizable pop structures but compresses them and subverts their emotional logic. Tracks are typically short — often 2 to 2.5 minutes, occasionally under 2 minutes. The genre embraces brevity as part of its internet-native DNA. If you can say what you need to say in 90 seconds, hyperpop fully endorses that choice.

A typical hyperpop structure:

• Intro (4–8 bars): Often a brief statement of the hook or a processed, abstracted version of the chorus. Hyperpop has little patience for long intros — it arrives immediately.
• Verse (8–16 bars): Melodic content, often simpler rhythmically than the chorus. Vocals are processed but not fully blown out — this is where you establish a relative baseline of intensity so the chorus can exceed it.
• Pre-chorus (4–8 bars): Tension-building. This is often where the first breakcore elements appear — a brief chaos moment that resolves into the drop.
• Chorus / Drop (8–16 bars): Full deployment of every element. 808 at maximum weight, breakcore percussion, distorted leads, vocal doubled and pitch-shifted, reverb washing over everything. This is the section where you let the maximalism fully loose.
• Bridge or breakdown (optional, 4–8 bars): A moment of relative quiet that makes the final chorus hit harder. Some hyperpop tracks skip this entirely.
• Outro: Often an extension of the chaos rather than a fade. The track ends, not winds down.

For a deeper dive into arrangement strategy that applies across genres including hyperpop, see our guide on how to arrange a song.

Drums and Percussion: From 808 Kicks to Breakcore

The drum palette in hyperpop is one of its most distinctive and technically interesting elements. It draws from trap production, breakcore, rave, and early 2000s pop-punk simultaneously — and the way these influences are layered is what gives hyperpop its chaotic but grounded rhythmic feel.

The Kick

Hyperpop typically uses a hard, punchy kick rather than the deep sub-heavy trap kick. Think more rave/electronic than trap — a kick with a sharp transient and a short sustain, often with slight distortion or saturation to add edge. The kick needs to cut through an extremely dense mix, so low-end weight is less important than transient definition.

In practice: take a 909-style or Vengeance-style club kick, add a clipper or saturator to sharpen the transient, and roll off below 60 Hz to make room for the 808. The kick lives in the 80–200 Hz range for its punch, and the sub territory belongs to the 808.

The Snare and Clap

Snares in hyperpop are often layered, processed, and distorted. A common approach is layering a tight snare hit with a clap sample and a noise burst, then saturating the combined layer. The result is a snare that sounds almost synthetic — white-noise-forward, crackly, and loud. Pitching the snare slightly up (2–4 semitones) gives it a more plastic, artificial quality that fits the genre's aesthetic.

Snare reverb in hyperpop is often deliberately excessive — a short, tight reverb for the initial hit followed by a longer plate or room that bleeds into the next beat. The reverb isn't meant to sound natural; it's meant to add space and texture.

Hi-Hats and Breakcore Percussion

This is where hyperpop percussion gets technically complex. In verses, hi-hat patterns can be relatively conventional — 8th notes or 16th notes with occasional open hats. But in choruses and breakcore sections, the hi-hat pattern explodes into something closer to jungle or drum and bass: rapid, syncopated, with rolls, flams, and tuplets that imply multiple simultaneous time feels.

The practical approach for breakcore percussion: start with a DnB or jungle break sample (the Amen break, Think break, or similar), chop it into 8–16 pieces, and rearrange those pieces rhythmically at your track's tempo. Layer this with your programmed kick and snare. The interaction between the rigid programmed kick/snare and the chaotic chopped break is what creates hyperpop's characteristic rhythmic texture.

For additional techniques on programming complex drum patterns, our guide on how to mix drums covers frequency management and layering strategies that apply directly to hyperpop production.

Drum Processing Chain

The 808 Bass: Distortion, Glide, and Aliasing

The 808 is the harmonic and low-end foundation of hyperpop, inherited from trap and Atlanta hip-hop but pushed much further into distortion and pitch manipulation territory. Understanding how to make a hyperpop 808 — as opposed to a trap 808 — is one of the most important technical distinctions in this guide.

Starting Material

A hyperpop 808 starts the same way as any 808: a sine-wave-based sample or synthesized tone with a long decay, pitched to the key of your track. The Roland TR-808 cowbell sample pitched down is the classic source; modern productions typically use sample packs or synthesized 808s from plugins like Serum, Vital, or dedicated 808 synthesizers.

For synthesizing from scratch: start with a sine wave in your synth, add a pitch envelope that falls from a higher pitch to the target pitch over 50–200ms (this creates the characteristic 808 attack click), set the amplitude envelope to have zero attack, long decay (1–4 seconds depending on the tempo), and zero sustain. The sine decays into silence — that's your raw 808.

Our detailed guide on how to make trap 808s from scratch covers the synthesis fundamentals that apply equally to hyperpop 808 construction.

Pitch and Glide

808 slides — portamento between notes — are essential to hyperpop. Set portamento time between 80ms and 300ms depending on how dramatic you want the slide. Shorter slides (80–120ms) give a tight, controlled glide between adjacent notes; longer slides (200–300ms) create the woozy, sweeping pitch motion that sounds almost vocal.

Tune your 808 carefully. An out-of-tune 808 in any genre creates dissonance, but in hyperpop, where everything else is already distorted and processed, a mistuned 808 undermines the track's harmonic foundation in a way that genuinely damages the listening experience rather than enhancing it. Use a tuner plugin or your DAW's tuning tools to confirm the 808's fundamental sits on the correct pitch.

Distortion: The Hyperpop 808 Difference

Here is where hyperpop departs from trap. Where a trap 808 might receive light saturation to add some harmonic content and help it translate on non-sub speakers, a hyperpop 808 is deliberately and heavily distorted. The goal is not just to add harmonics — it's to create aliasing artifacts, harmonic clipping, and textural complexity that makes the 808 feel more like a distorted instrument than a clean bass.

The distortion chain for a hyperpop 808 typically works like this:

1. Hard clipper: Set the clip threshold aggressively — you want the 808's waveform to be clipped flat on the top and bottom. This creates odd-order harmonics and the characteristic crunch of hyperpop bass. A dedicated clipper like LoudMax or the clipping stage in Serum's effects chain works well here.
2. Waveshaper or saturator: After the clipper, add a waveshaper or soft saturator to smooth the harsh edges of the clipping and add warm even-order harmonics. FabFilter Saturn 2 ($199) in multiband mode lets you distort different frequency ranges differently — heavy distortion on the mids while leaving the sub relatively clean.
3. Bitcrusher (optional): For more extreme aliasing artifacts, a bitcrusher set to 12–16 bits and a sample rate of 22,050 Hz creates digital degradation that adds grit and motion to the 808 texture.

After distortion, re-EQ the 808 to restore sub-bass weight if the distortion has thinned out the low end. A low shelf boost at 50–80 Hz restores the fundamental's impact.

Sidechaining

Sidechain the 808 to the kick drum. In hyperpop, the sidechain pump is not subtle — it should be audible, a rhythmic ducking of the 808 that creates a pumping, breathing quality synchronized with the kick pattern. Attack on the sidechain compressor: fast (1–5ms). Release: moderate to slow (80–200ms) to let the pump breathe over the space between kick hits.

Vocals: Pitch Shifting, Auto-Tune, and Chaos Processing

Hyperpop vocals are the genre's most immediately recognizable element and the area where most producers spend the most time. The goal is not to make a voice sound better — it's to transform it into something that occupies the uncanny valley between human and synthetic, between beautiful and broken.

Recording Considerations

The raw recording matters less in hyperpop than in most genres, because the processing is so extreme that microphone character is largely obscured. That said, a clean, dry recording with minimal room sound gives you more control in post. Use a condenser microphone with a pop filter, record in the driest space available, and aim for a level that peaks around -6 to -12 dBFS — you need headroom for the heavy processing chain ahead.

Many hyperpop producers also use pre-existing samples, pitched-up acapellas from other tracks, or text-to-speech voices as vocal sources. The genre has very little investment in authenticity of source material — what matters is what you do to the sound.

Pitch Shifting: The Foundation

The characteristic hyperpop vocal starts with heavy pitch shifting upward — typically 3 to 7 semitones. This takes a normal voice into a range that sounds simultaneously childlike, alien, and intensely pop. The pitch shifting should be done with a tool that preserves formants imperfectly — you want some of the unnatural artifacts that come from aggressive pitch shifting to show through.

Options for pitch shifting:

• Antares Auto-Tune Pro ($399/year subscription): The industry standard for Auto-Tune effects. Set retune speed to maximum (fastest), transpose the entire vocal up 3–7 semitones using the transpose control, and set the key to your track's key so Auto-Tune corrects any pitch drift to the scale.
• Melodyne 5 ($399 for Studio edition): More surgical pitch shifting with formant control. Set formant scaling to 0% (don't compensate for formants) when you want the most artificial, helium-voice quality.
• Ableton Live's built-in pitch shifter: Coarser than dedicated tools but available to all Ableton users. Set the shift amount and reduce the "Formants" parameter toward 0 for a more artificial quality.
• GSnap (free VST): A free Auto-Tune-style plugin that works adequately for hyperpop effect, especially when you want maximum artificiality.

For a detailed comparison of the two main professional pitch correction tools, see our guide on Auto-Tune vs Melodyne.

Auto-Tune Effect: Fast Retune Speed

Beyond pitch shifting for transposition, hyperpop uses Auto-Tune as a timbral effect. Set retune speed to maximum (0ms or the fastest available setting). This creates the characteristic pitch-locking effect where the voice snaps between discrete pitches instantly rather than sliding naturally — the robotic, quantized pitch motion that defines post-T-Pain vocal aesthetic.

Choose a scale and key and set Auto-Tune to correct to that scale. Minor pentatonic and natural minor scales with a raised 7th are common choices — they give the vocal a bittersweet, slightly unstable quality. The mismatch between what the voice is doing and what Auto-Tune is forcing it to do creates the characteristic pitch artifacts and harmonic strain that makes hyperpop vocals sound simultaneously perfect and wrong.

Saturation and Distortion on Vocals

After pitch processing, the vocal needs saturation or distortion. This serves several purposes: it adds harmonic content that helps the vocal cut through a dense mix, it creates the gritty, overdriven quality that is aesthetically essential to hyperpop, and it reduces the dynamic range of the vocal so it sits consistently in the mix without needing extreme compression.

Recommended approach: a Soundtoys Decapitator ($199, often available in bundle deals) set to the A or E mode with drive pushed past the point of comfortable saturation into genuine overdrive. Alternatively, the Camel Crusher (free) or the saturation stage of FabFilter Saturn 2 work well. The target is a vocal that sounds like it was recorded through a slightly overdriven console or a cheap microphone cranked too hot.

OTT Compression

OTT (Over The Top) is Xfer Records' free multiband upward/downward compressor, and it is perhaps the single most-used plugin in hyperpop vocal chains. Apply OTT after the saturation stage. Set depth to 50–80% — higher settings create more aggressive multiband compression that simultaneously crushes peaks and boosts quiet transients, resulting in the hyper-present, in-your-face vocal quality that defines the genre.

OTT on vocals will change the tonal character significantly — it tends to brighten and thin the sound, adding presence in the 2–8 kHz range. This is generally desirable for hyperpop vocals, which should feel elevated, bright, and almost painful in the high-mid frequencies.

Reverb and Delay

Hyperpop vocals exist in a large, diffuse, often modulated reverb space. Use a large plate or hall reverb with a pre-delay of 20–40ms (to preserve some initial attack clarity before the reverb washes in) and a decay time of 1.5–3 seconds. The reverb return level should be high — you want the reverb to be clearly audible as a texture, not just a subtle space.

Add a tempo-synced delay (typically 1/8 or 1/4 note delay) with 2–4 repeats and moderate feedback. Modulate the delay time slightly with an LFO to create a slightly unstable, woozy quality to the repeats. The combination of large reverb and modulated delay creates a sense of the vocal existing in multiple spaces simultaneously — present, near, but also distant and echoed.

For more detailed guidance on vocal reverb specifically, our article on how to use reverb on vocals covers pre-delay, decay settings, and send vs. insert approaches.

Vocal Doubling and Harmonies

Layer pitch-shifted copies of the vocal at different intervals. Common approaches:

• Copy of the lead vocal pitched up an additional octave (very thin and high, used for high-frequency shimmer)
• Copy of the lead vocal detuned by +10 and -10 cents (creates a chorus-like width without adding a distinct second pitch)
• Harmony vocals at a third or fifth above, processed through the same chain as the lead
• A copy of the vocal pitched down an octave with heavy distortion (adds a low-mid anchor that balances the high-pitch lead)

Synths, Leads, and Melodic Elements

Beyond vocals and 808s, hyperpop's harmonic landscape is filled with synthesized leads, pads, arpeggios, and occasional acoustic-sounding samples that are immediately processed into something artificial.

Lead Synths

The PC Music influence means hyperpop leads often have a hyper-glossy, plastic quality — extremely bright, fast-attack, with heavy modulation. A Serum supersaw with multiple unison voices (6–8), slight detune, and bright filter cutoff is a classic starting point. The lead should sit in the upper-mid to high-frequency range (800 Hz and above) to coexist with the 808 bass without frequency conflict.

Vital (free) is an equally capable alternative to Serum for hyperpop sound design. Its wavetable engine handles the bright, digital textures of hyperpop well, and the built-in effects chain (distortion, filter, chorus, reverb) covers most of what you need in a single plugin.

Arp sequences are common in hyperpop — rapid, tempo-synced arpeggios that add rhythmic density and melodic motion without requiring continuous melodic writing. Set the arp to 16th or 32nd notes at your track tempo and let it run through your chord progression. Add pitch randomization or a slight delay on alternate steps for a more chaotic, less mechanical feel.

Pads and Texture

Hyperpop pads are often either extremely bright and digital (reverb-soaked supersaw pads) or deliberately lo-fi and degraded (samples run through a bitcrusher or heavily filtered). The tension between these two textures — hyper-polished and deliberately broken — mirrors the genre's broader aesthetic philosophy.

A common technique: take a clean, beautiful pad sound and run it through a bitcrusher at low bit depth (8 bits) and reduced sample rate (22kHz or lower), then blend the crushed signal with the clean signal at roughly 30–40% crushed. The result retains the melodic character of the original while adding digital grit and harmonic complexity.

Glitchy Melodic Fills

Short, high-pitched melodic fills and stabs are ubiquitous in hyperpop — brief bursts of notes in the upper octaves that fill space between vocal phrases or punctuate rhythmic downbeats. These are typically highly processed: ring modulated, pitch-shifted up multiple octaves, or run through granular processing to create glass-like, fractured textures.

In Ableton Live, the Corpus device (physical modeling resonator) applied to audio creates interesting metallic and wooden tonal textures that work well as melodic fills. In FL Studio, the Harmor synthesizer's image synthesis and spectral processing features are excellent for creating unique textural sounds that sit in this space.

Mixing and Mastering Hyperpop: Controlled Chaos

Mixing hyperpop requires a different mindset than mixing most other genres. The goal is not a clean, transparent mix where every element has its own clear frequency space and dynamics are controlled for listener comfort. The goal is a maximalist wall of sound where the density itself is a feature — but where the most important elements (808, lead vocal, main hook) are still clearly audible and intelligible through the chaos.

Gain Staging for Maximalism

Hyperpop mixes are loud. Not just loudly mastered, but mixed loud — tracks are pushed into saturation and clipping at multiple stages of the chain, and this is intentional. However, there is still a gain structure to maintain.

Set your individual tracks at levels where they naturally compete. Don't use faders to create separation; instead, use saturation, EQ tonality, and stereo position. Reserve the fader for gross level balance (making sure the 808 and vocal are not completely buried), and use processing to create distinction between elements.

A hyperpop mix bus chain typically looks like:

1. Saturation (light to moderate): Adds glue and harmonic content to the entire mix. Soundtoys Devil-Loc ($99) or the free Klanghelm IVGI are good options.
2. Multiband compression (OTT or similar): Applies OTT to the entire mix bus at a low depth setting (20–40%) — enough to add the characteristic hyperpop brightness and density without overcooking individual elements that already have OTT applied.
3. Hard clipper: A hard clipper on the mix bus (LoudMax, or the free Limitless by Auburn Sounds) set so that peaks are being clipped by 2–4 dB. This is the final stage of the intentional distortion approach — the entire mix is clipped, not just individual elements.
4. True peak limiter: A final limiter to prevent inter-sample overs. iZotope Ozone's Maximizer or FabFilter Pro-L 2 ($199) work well here. Set the ceiling to -0.3 dBFS true peak for streaming platforms.

Frequency Balance in a Hyperpop Mix

Despite the maximalist approach, there are still frequency management principles that separate professional hyperpop from amateur productions:

• Sub bass: The 808 should own the sub (below 80 Hz). Everything else should be high-passed to leave this space clear. Even in a maximalist mix, competing sub frequencies create mud that obscures the 808's harmonic motion.
• Low-mids (200–500 Hz): This is the region that accumulates the most clutter in a dense hyperpop mix. Aggressive high-passing and mid-cut EQ on non-essential elements keeps this region from becoming a wall of mud.
• High-mids (2–8 kHz): This is hyperpop's energy zone. Vocals, leads, and distorted elements all need presence here. Rather than cutting competing elements, push the most important elements (lead vocal first, then main melodic lead) to the front with presence boosts and let others occupy different sub-zones within this range.
• Air (10 kHz+): Generous — hyperpop mixes are typically very bright. The saturation and distortion throughout the chain adds high-frequency content, and the mix should feel airy and extended at the top.

For a foundational understanding of EQ decision-making in complex mixes, our complete mixing EQ guide covers frequency management strategies that apply directly to dense electronic productions.

Stereo Width

Hyperpop mixes are typically very wide. Leads are often spread across the full stereo field using unison detune or stereo wideners. Reverb returns are panned wide. Mid-side processing on the mix bus can add additional width to the high-frequency content while keeping the 808 and kick mono-centered.

Keep the 808 mono. This is not negotiable — a stereo 808 will lose low-end power and cause phase issues on mono playback systems. Use a mid-side EQ or a stereo imager to force everything below 150 Hz to mono on both the 808 bus and the mix bus.

Mastering Considerations

If mastering the track yourself, the mix bus chain described above effectively functions as an integrated mix-to-master chain. For streaming, target an integrated loudness of around -8 to -10 LUFS — louder than the streaming platform normalization targets (-14 LUFS on Spotify) but in line with how most hyperpop tracks are actually delivered. The platform will turn it down, but the extra loudness encoding means the dynamic character of the mix is preserved at the normalized playback level.

For a comprehensive mastering workflow, our guide on how to master a song at home covers LUFS targets, limiter settings, and the mix-to-master chain in detail.

DAW Workflow and Plugin Chain Details

There is no single DAW standard for hyperpop. Ableton Live is extremely common due to its warping, sampling, and live-performance capabilities. FL Studio is widely used for its pattern-based workflow and piano roll automation. Many producers use whatever DAW they learned on — the genre's sonic character comes from sound design and processing choices, not the software.

Ableton Live Workflow

Ableton's warping engine is valuable for hyperpop. Using Complex Pro warp mode on vocal samples introduces interesting artifacts — time-stretching artifacts that add texture to processed vocals. Deliberately warping a sample at the wrong settings (using Beats mode on a melodic vocal, for example) creates glitch effects that fit hyperpop's aesthetic perfectly.

The Ableton Operator synthesizer's FM engine is useful for hyperpop-adjacent metallic and bell-like tones. Four-operator FM with high operator ratios creates inharmonic, clanging timbres that work well as percussive fills and melodic accents. The Corpus device can add resonant character to drum hits when used in a rack with the drum sounds.

Max for Live offers several devices that are particularly useful: the Convolution Reverb (for unusual impulse response spaces), Granulator II (for granular vocal textures), and various community-created glitch and stutter devices available free through the Max for Live library.

FL Studio Workflow

FL Studio's pattern-based sequencer works naturally for hyperpop's complex, layered drum programming. The Piano Roll's articulation tools — including velocity humanization and note randomization — are helpful for making breakcore drum patterns feel less grid-locked while still being precise.

Harmor's image synthesis feature lets you import any image as a spectral template, creating genuinely unique timbres by converting visual information into sound. This kind of experimental sound design is entirely in the hyperpop spirit. Sytrus, FL Studio's FM synthesizer, is capable of the metallic, digital tones that appear throughout hyperpop production.

The Mixer's built-in effects include a solid parametric EQ, a compressor, and the Maximus multiband compressor/limiter, which can approximate OTT-style processing without a third-party plugin.

Core Plugin Chain Summary

Regardless of DAW, the core plugin toolkit for hyperpop can be assembled mostly for free:

• Auto-Tune / Pitch Shift: Antares Auto-Tune Pro ($399/year), or free alternatives: GSnap, MAutoPitch (MeldaProduction, free)
• Saturation: Soundtoys Decapitator ($199), FabFilter Saturn 2 ($199), or free: Camel Crusher, IVGI by Klanghelm
• OTT: Free from Xfer Records — download directly from the Xfer website
• Reverb: ValhallaDSP Room or Plate ($50 each), or free: OrilRiver, Dragonfly Reverb
• Delay: Valhalla Delay ($50) or free: TAL-Dub-3
• Clipper/Limiter: LoudMax (free), Limiter No6 (free), FabFilter Pro-L 2 ($199)
• Synth: Xfer Serum ($189 or subscription), or free: Vital by Matt Tytel
• EQ: FabFilter Pro-Q 3 ($179) or your DAW's built-in EQ for most tasks

For a broader overview of recommended plugins across categories, our article on the best plugins for mixing in 2026 covers the current landscape with pricing and use-case breakdowns.

Working With Free Plugins Only

It's worth emphasizing: hyperpop's aesthetic is achievable entirely with free plugins. OTT, GSnap, Camel Crusher, Vital, and LoudMax cover the core of the signal chain. The distorted, maximalist quality of hyperpop is not the result of expensive processing — it's the result of knowing what processing decisions to make and making them confidently. A producer using only free plugins who understands the philosophy will consistently outperform someone with a full paid toolkit who is applying those tools with a conventional mixing mindset.

For a comprehensive list of high-quality no-cost options, see our roundup of the best free VST plugins for producers at every level.

Finishing Touches: Details That Separate Good from Great

Once the core elements are in place — 808, drums, vocals, synths, and basic mix — the details that separate a professional-sounding hyperpop track from a demo are often small but significant.

Automation: Everything Moves

In hyperpop, parameters don't stay still. Filter cutoffs sweep. Reverb depth changes between sections. Distortion amount increases through a chorus. Pitch of a synth lead bends at the end of phrases. This constant motion is part of what makes the genre feel alive and kinetic rather than static.

Automate at least one parameter on every major element across the track. For the 808: automate the distortion amount (more distortion in the chorus). For the lead synth: automate the filter cutoff and resonance. For the vocals: automate the reverb return level (drier in verses, wetter in choruses). For the drums: automate the OTT depth on the drum bus, increasing it in the final chorus for extra crush.

The Build and the Drop

The transition into the chorus/drop is one of the most important moments in a hyperpop track. Common techniques:

• Riser synthesis: A synthesized pitch rise (automated sine wave sweeping from 200 Hz to 4 kHz over 4 bars) creates tension that resolves when the drop hits.
• Noise burst: A brief (1–2 bar) section of filtered white noise that increases in volume and filter cutoff before cutting to the drop.
• Drum breakdown: Remove all drums for 1–2 bars before the drop. The absence of percussion makes the return of the full drum kit feel explosive.
• Reverse reverb: Take a reversed tail of a drum hit or synth chord, place it before the downbeat. It creates a ghostly swell into the chorus.

Ear Candy and Texture

Hyperpop production is dense with small details that aren't immediately obvious on first listen but contribute significantly to the sense of a rich, complex world within the mix. These include:

• Short, pitched vocal chops used as percussive elements
• Granular textures of pitch-shifted noise bursts in the background
• Brief melodic quotes from the chorus theme inserted into the verse almost subliminally
• Reversed versions of main melodic elements buried in the background to create a sense of backward motion against the forward time feel
• Short stutters and glitches on the last syllable or note of a phrase

Reference Tracks

Reference mixing is especially important in hyperpop because the genre's loudness and distortion levels can desensitize your ears quickly. Use reference tracks throughout the production process — not to copy them, but to calibrate your perception of what "too loud," "too distorted," and "too dense" actually means in the context of finished, well-produced hyperpop.

Suggested reference tracks for production calibration: 100 gecs — "ringtone," SOPHIE — "Hard," Charli XCX — "Click," A.G. Cook — "Silver" (for the PC Music side), Brakence — "punk2" (for the breakcore-leaning side).

Keeping It Listenable

Maximalism is not the same as random noise. The producers who made hyperpop work — SOPHIE, Dylan Brady, A.G. Cook — understood pop songwriting extremely well. Melody, hook, and emotional arc are still essential. The maximalist production is a frame for genuinely memorable songwriting, not a replacement for it.

If your track is maximally processed but lacks a hook, it will be exhausting rather than exciting. The saturation and clipping should amplify a strong underlying idea, not obscure the absence of one. Write the melody and hook first — ideally unplugged, just voice or piano — and let that be your quality test before you add the processing. If it works as a stripped melody, it will work as hyperpop. If it doesn't work stripped, the processing will not save it.

Practical Exercises

Frequently Asked Questions