FRED.. Play It Again 2
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Inspired by Fred again..
The innovative soundscapes of Flume have revolutionized electronic music, with tracks like "Never Be Like You" and "Sleepless" defining the future bass genre. This Australian producer transformed electronic music by combining organic textures with cutting-edge digital synthesis, creating atmospheric productions that feel both futuristic and deeply emotional. Understanding Flume's production methodology unlocks the secrets to crafting tracks that balance experimental sound design with accessible melodic content.
Modern Flume future bass production requires more than basic synthesizer programming and standard effects processing. Today's Flume-inspired productions demand sophisticated sound design techniques, creative sampling approaches, and mixing strategies that achieve both sonic innovation and commercial appeal. This comprehensive guide explores every aspect of crafting professional Flume-style productions, from future bass synthesizers and signature chord progressions to the textural processing that defines his unmistakable sonic identity.
Flume operates primarily within the 70-140 BPM range, with most future bass tracks gravitating toward 70-85 BPM for optimal groove characteristics that allow intricate sound design elements to breathe naturally. This slower tempo creates space for complex textural layering and enables the characteristic "half-time" feel that defines modern future bass. The genre's rhythmic philosophy emphasizes syncopated patterns over straightforward four-on-the-floor arrangements.
The fundamental approach centers on textural complexity over harmonic sophistication. Flume's productions prioritize unique timbres and innovative sound processing rather than complex chord progressions or intricate melodies. As Flume himself states, "I feel tones and textures often get overlooked, so I like to take my time finding the right sounds." This philosophy allows producers to focus on creating distinctive sonic signatures through creative sound design.
Ableton Live serves as Flume's primary DAW choice for its intuitive workflow and powerful audio manipulation capabilities. "For me I like to work really quickly. Ableton Live. Yeah. I've been using it for quite some time now," Flume explains in interviews. The Session View's non-linear approach supports the experimental nature of future bass production, allowing producers to layer and manipulate audio clips in real-time.
Your production approach should prioritize experimentation over rigid structure. Create separate tracks for different textural layers—drums, bass, lead synthesizers, atmospheric elements, and vocal processing—with each track receiving specialized processing that enhances rather than overwhelms the overall sonic character. This organizational approach becomes essential when managing the complex layering that defines professional Flume-style productions.
Sylenth1 remains Flume's go-to synthesizer for core sound generation. "I know Sylenth1 back to front so I can make any sound on that now... it's the one synth I really know well," Flume reveals. This plugin excels at creating the warm, analog-modeled foundation sounds that support more experimental processing. Most classic Flume sounds begin with simple Sylenth1 patches that receive extensive post-processing to achieve their distinctive character.
Modern productions benefit from combining Sylenth1 with Serum and Massive for expanded sonic possibilities. Serum provides advanced wavetable manipulation and FM synthesis capabilities, while Massive offers unique filter characteristics and modulation options. Layer multiple synthesizer instances with different timbral characteristics to create the depth and complexity that characterizes professional future bass productions.
SuperSaw construction forms the backbone of Flume's lead synthesizer approach. Create massive-sounding leads using multiple detuned sawtooth waves with extensive unison processing. Apply 8+ voices with moderate detuning (10-20 cents) to generate the wide, rich textures that cut through dense mixes. Combine sawtooth waves with pulse waves at different octaves to add harmonic complexity and presence.
Post-processing defines the character more than source synthesis. "Most of the Flume sounds are pretty basic at core, their quirkiness is usually due to post-processing with effects and being chopped up after bounced to audio," according to production analysis. Apply creative effects like granular processing, pitch manipulation, and rhythmic gating to transform simple synthesizer patches into unique textural elements.
Kick drum selection emphasizes punch over sub-bass weight. Choose 909-style kicks with prominent midrange presence around 100-200Hz rather than sub-heavy samples that would compete with bass synthesizers. Apply moderate distortion and compression to create the characteristic "squashed" sound that cuts through complex arrangements without overwhelming delicate melodic elements.
Snare layering creates the genre's signature percussive impact. Combine crisp electronic snares with heavily compressed live drum samples to achieve both digital precision and organic character. "In Flume's drum track, there's a heavily squashed live-sounding snare layer underneath the rimshot," production breakdowns reveal. Apply parallel compression and saturation to enhance sustain while maintaining transient impact.
Hi-hat programming requires sophisticated syncopation patterns that complement the half-time feel. Use closed hi-hats on off-beats with varying velocities to create natural, human-like grooves. Incorporate trap-influenced rapid hi-hat rolls sparingly to add rhythmic complexity without disrupting the laid-back aesthetic that defines future bass. Layer multiple hi-hat samples with different tonal characteristics for added depth.
Sidechain compression creates essential rhythmic movement. Apply sidechain compression triggered by kick drums to bass synthesizers, pad layers, and atmospheric elements. Use moderate ratios (3:1 to 4:1) with fast attack times to create the characteristic "pumping" effect that enhances groove while maintaining clarity. This technique helps separate low-frequency elements in dense arrangements.
Future bass bass design prioritizes texture over pure power. "Flume's tracks aren't too bass heavy, so I'm sticking with a simple sub-bass patch to fill up the low-end," production guides note. Use Serum's sub oscillator with square waves to create controlled low-end presence that supports rather than dominates the mix. Focus on midrange character around 100-300Hz for definition and clarity.
Modulation creates movement and interest in bass elements. Apply LFO modulation to filter cutoff frequencies, creating the characteristic "wobble" effects that appear throughout Flume's catalog. Use slow to moderate LFO rates (1/8 to 1/4 note) synchronized to track tempo. Combine multiple modulation sources—LFOs, envelopes, and step sequencers—to create complex, evolving bass textures.
Bass pattern construction emphasizes rhythmic sophistication over melodic complexity. Create basslines using single-note patterns with strategic rests and syncopation that complement drum programming. Use slide/glide effects between notes to create smooth transitions that enhance the genre's fluid character. Apply subtle pitch bend automation to add organic movement to electronic bass sounds.
Frequency separation maintains clarity between bass and kick elements. Keep kick drums focused in the 60-100Hz range while positioning bass synthesizers in the 40-80Hz and 100-250Hz ranges. Use high-pass filtering on non-bass elements starting around 100-150Hz to prevent frequency masking. Apply surgical EQ to create distinct frequency pockets for each low-end element.
Vocal chopping techniques define Flume's signature approach to vocal manipulation. Process vocal samples through pitch-shifting, time-stretching, and granular effects to create the ethereal, processed textures that appear throughout his arrangements. Use Ableton Live's built-in audio effects or plugins like Guitar Rig for creative vocal distortion that maintains intelligibility while adding character.
Atmospheric layering creates immersive spatial environments. Layer field recordings, found sounds, and processed noise elements to build complex soundscapes that support melodic content. Apply extensive reverb processing with long decay times and creative modulation to transform simple audio sources into expansive atmospheric textures. Balance wet and dry signals to maintain clarity while creating spatial depth.
Creative effects processing transforms standard sounds into unique textural elements. Use Sugar Bytes Turnado for real-time effects manipulation, applying multiple effects simultaneously for complex textural changes. "I use [Sugar Bytes] Turnado a fair bit," Flume mentions in interviews. Experiment with granular synthesis, reverse reverbs, and rhythmic gating to create signature Flume-style processing.
Stereo imaging enhances the genre's immersive character. Apply stereo widening to atmospheric elements and background textures while keeping drums, bass, and lead vocals centered for impact and focus. Use stereo delay throws and panning automation to create movement across the stereo field. Position different elements at various points in the stereo image to create three-dimensional soundscapes.
Future bass arrangements prioritize dynamic contrast over constant energy. Structure tracks with dramatic breakdowns that strip arrangements to minimal elements before building to powerful climactic sections. Use automation extensively to create interest through element filtering, volume changes, and effects processing rather than relying solely on section-based arrangement changes.
Harmonic progression construction emphasizes emotional accessibility. "Many of Flume's songwriting ideas are rooted in simple pop tradition; he often uses repeating chord progressions that go through small variations to keep things sounding fresh," analysis reveals. Use extended chords (7ths, 9ths, sus chords) to add sophistication while maintaining accessibility. Apply chord inversions to create smooth voice leading between harmonic changes.
Mix processing should enhance texture while maintaining clarity. Apply multiband compression using tools like Xfer's OTT to create the characteristic "squashed" sound that enhances harmonic content and adds perceived loudness. Use parallel compression on drum buses and synthesizer groups to add sustain and character without sacrificing natural dynamics.
Creative automation brings static elements to life. Automate filter cutoffs, effects sends, and panning positions throughout arrangements to create constant movement and interest. Use Ableton Live's automation features to draw in complex parameter changes that would be impossible to perform in real-time. Focus on subtle changes that enhance emotional impact rather than dramatic effects that distract from musical content.
Creating authentic Flume-style future bass requires understanding that sonic innovation triumphs over technical complexity. The greatest Flume-inspired tracks achieve their impact through unique timbres and creative processing that transport listeners to otherworldly sonic environments. Focus on textural development, creative sampling, and extensive post-processing rather than traditional songwriting approaches that emphasize melody and harmony.
Start with simple synthesizer foundations using tools like Sylenth1 and Serum, then apply extensive creative processing to develop distinctive sonic signatures. Remember that the best future bass productions feel both futuristic and deeply emotional, combining cutting-edge production techniques with accessible musical content that resonates with diverse audiences.
The innovative soundscapes of Flume have revolutionized electronic music, with tracks like "Never Be Like You" and "Sleepless" defining the future bass genre. This Australian producer transformed electronic music by combining organic textures with cutting-edge digital synthesis, creating atmospheric productions that feel both futuristic and deeply emotional. Understanding Flume's production methodology unlocks the secrets to crafting tracks that balance experimental sound design with accessible melodic content.
Modern Flume future bass production requires more than basic synthesizer programming and standard effects processing. Today's Flume-inspired productions demand sophisticated sound design techniques, creative sampling approaches, and mixing strategies that achieve both sonic innovation and commercial appeal. This comprehensive guide explores every aspect of crafting professional Flume-style productions, from future bass synthesizers and signature chord progressions to the textural processing that defines his unmistakable sonic identity.
Flume operates primarily within the 70-140 BPM range, with most future bass tracks gravitating toward 70-85 BPM for optimal groove characteristics that allow intricate sound design elements to breathe naturally. This slower tempo creates space for complex textural layering and enables the characteristic "half-time" feel that defines modern future bass. The genre's rhythmic philosophy emphasizes syncopated patterns over straightforward four-on-the-floor arrangements.
The fundamental approach centers on textural complexity over harmonic sophistication. Flume's productions prioritize unique timbres and innovative sound processing rather than complex chord progressions or intricate melodies. As Flume himself states, "I feel tones and textures often get overlooked, so I like to take my time finding the right sounds." This philosophy allows producers to focus on creating distinctive sonic signatures through creative sound design.
Ableton Live serves as Flume's primary DAW choice for its intuitive workflow and powerful audio manipulation capabilities. "For me I like to work really quickly. Ableton Live. Yeah. I've been using it for quite some time now," Flume explains in interviews. The Session View's non-linear approach supports the experimental nature of future bass production, allowing producers to layer and manipulate audio clips in real-time.
Your production approach should prioritize experimentation over rigid structure. Create separate tracks for different textural layers—drums, bass, lead synthesizers, atmospheric elements, and vocal processing—with each track receiving specialized processing that enhances rather than overwhelms the overall sonic character. This organizational approach becomes essential when managing the complex layering that defines professional Flume-style productions.
Sylenth1 remains Flume's go-to synthesizer for core sound generation. "I know Sylenth1 back to front so I can make any sound on that now... it's the one synth I really know well," Flume reveals. This plugin excels at creating the warm, analog-modeled foundation sounds that support more experimental processing. Most classic Flume sounds begin with simple Sylenth1 patches that receive extensive post-processing to achieve their distinctive character.
Modern productions benefit from combining Sylenth1 with Serum and Massive for expanded sonic possibilities. Serum provides advanced wavetable manipulation and FM synthesis capabilities, while Massive offers unique filter characteristics and modulation options. Layer multiple synthesizer instances with different timbral characteristics to create the depth and complexity that characterizes professional future bass productions.
SuperSaw construction forms the backbone of Flume's lead synthesizer approach. Create massive-sounding leads using multiple detuned sawtooth waves with extensive unison processing. Apply 8+ voices with moderate detuning (10-20 cents) to generate the wide, rich textures that cut through dense mixes. Combine sawtooth waves with pulse waves at different octaves to add harmonic complexity and presence.
Post-processing defines the character more than source synthesis. "Most of the Flume sounds are pretty basic at core, their quirkiness is usually due to post-processing with effects and being chopped up after bounced to audio," according to production analysis. Apply creative effects like granular processing, pitch manipulation, and rhythmic gating to transform simple synthesizer patches into unique textural elements.
Kick drum selection emphasizes punch over sub-bass weight. Choose 909-style kicks with prominent midrange presence around 100-200Hz rather than sub-heavy samples that would compete with bass synthesizers. Apply moderate distortion and compression to create the characteristic "squashed" sound that cuts through complex arrangements without overwhelming delicate melodic elements.
Snare layering creates the genre's signature percussive impact. Combine crisp electronic snares with heavily compressed live drum samples to achieve both digital precision and organic character. "In Flume's drum track, there's a heavily squashed live-sounding snare layer underneath the rimshot," production breakdowns reveal. Apply parallel compression and saturation to enhance sustain while maintaining transient impact.
Hi-hat programming requires sophisticated syncopation patterns that complement the half-time feel. Use closed hi-hats on off-beats with varying velocities to create natural, human-like grooves. Incorporate trap-influenced rapid hi-hat rolls sparingly to add rhythmic complexity without disrupting the laid-back aesthetic that defines future bass. Layer multiple hi-hat samples with different tonal characteristics for added depth.
Sidechain compression creates essential rhythmic movement. Apply sidechain compression triggered by kick drums to bass synthesizers, pad layers, and atmospheric elements. Use moderate ratios (3:1 to 4:1) with fast attack times to create the characteristic "pumping" effect that enhances groove while maintaining clarity. This technique helps separate low-frequency elements in dense arrangements.
Future bass bass design prioritizes texture over pure power. "Flume's tracks aren't too bass heavy, so I'm sticking with a simple sub-bass patch to fill up the low-end," production guides note. Use Serum's sub oscillator with square waves to create controlled low-end presence that supports rather than dominates the mix. Focus on midrange character around 100-300Hz for definition and clarity.
Modulation creates movement and interest in bass elements. Apply LFO modulation to filter cutoff frequencies, creating the characteristic "wobble" effects that appear throughout Flume's catalog. Use slow to moderate LFO rates (1/8 to 1/4 note) synchronized to track tempo. Combine multiple modulation sources—LFOs, envelopes, and step sequencers—to create complex, evolving bass textures.
Bass pattern construction emphasizes rhythmic sophistication over melodic complexity. Create basslines using single-note patterns with strategic rests and syncopation that complement drum programming. Use slide/glide effects between notes to create smooth transitions that enhance the genre's fluid character. Apply subtle pitch bend automation to add organic movement to electronic bass sounds.
Frequency separation maintains clarity between bass and kick elements. Keep kick drums focused in the 60-100Hz range while positioning bass synthesizers in the 40-80Hz and 100-250Hz ranges. Use high-pass filtering on non-bass elements starting around 100-150Hz to prevent frequency masking. Apply surgical EQ to create distinct frequency pockets for each low-end element.
Vocal chopping techniques define Flume's signature approach to vocal manipulation. Process vocal samples through pitch-shifting, time-stretching, and granular effects to create the ethereal, processed textures that appear throughout his arrangements. Use Ableton Live's built-in audio effects or plugins like Guitar Rig for creative vocal distortion that maintains intelligibility while adding character.
Atmospheric layering creates immersive spatial environments. Layer field recordings, found sounds, and processed noise elements to build complex soundscapes that support melodic content. Apply extensive reverb processing with long decay times and creative modulation to transform simple audio sources into expansive atmospheric textures. Balance wet and dry signals to maintain clarity while creating spatial depth.
Creative effects processing transforms standard sounds into unique textural elements. Use Sugar Bytes Turnado for real-time effects manipulation, applying multiple effects simultaneously for complex textural changes. "I use [Sugar Bytes] Turnado a fair bit," Flume mentions in interviews. Experiment with granular synthesis, reverse reverbs, and rhythmic gating to create signature Flume-style processing.
Stereo imaging enhances the genre's immersive character. Apply stereo widening to atmospheric elements and background textures while keeping drums, bass, and lead vocals centered for impact and focus. Use stereo delay throws and panning automation to create movement across the stereo field. Position different elements at various points in the stereo image to create three-dimensional soundscapes.
Future bass arrangements prioritize dynamic contrast over constant energy. Structure tracks with dramatic breakdowns that strip arrangements to minimal elements before building to powerful climactic sections. Use automation extensively to create interest through element filtering, volume changes, and effects processing rather than relying solely on section-based arrangement changes.
Harmonic progression construction emphasizes emotional accessibility. "Many of Flume's songwriting ideas are rooted in simple pop tradition; he often uses repeating chord progressions that go through small variations to keep things sounding fresh," analysis reveals. Use extended chords (7ths, 9ths, sus chords) to add sophistication while maintaining accessibility. Apply chord inversions to create smooth voice leading between harmonic changes.
Mix processing should enhance texture while maintaining clarity. Apply multiband compression using tools like Xfer's OTT to create the characteristic "squashed" sound that enhances harmonic content and adds perceived loudness. Use parallel compression on drum buses and synthesizer groups to add sustain and character without sacrificing natural dynamics.
Creative automation brings static elements to life. Automate filter cutoffs, effects sends, and panning positions throughout arrangements to create constant movement and interest. Use Ableton Live's automation features to draw in complex parameter changes that would be impossible to perform in real-time. Focus on subtle changes that enhance emotional impact rather than dramatic effects that distract from musical content.
Creating authentic Flume-style future bass requires understanding that sonic innovation triumphs over technical complexity. The greatest Flume-inspired tracks achieve their impact through unique timbres and creative processing that transport listeners to otherworldly sonic environments. Focus on textural development, creative sampling, and extensive post-processing rather than traditional songwriting approaches that emphasize melody and harmony.
Start with simple synthesizer foundations using tools like Sylenth1 and Serum, then apply extensive creative processing to develop distinctive sonic signatures. Remember that the best future bass productions feel both futuristic and deeply emotional, combining cutting-edge production techniques with accessible musical content that resonates with diverse audiences.
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