Filter
Price history
- On sale
- 20 of the last 90 days
- Lowest in 90 days
- $10.00
- Highest in 90 days
- $19.99
About this plugin
BLEASS Filter is a multimode resonant filter plugin that combines classic analogue design principles with modern modulation capabilities. The core architecture draws from vintage synthesizer topology, delivering the characteristic warmth and harmonic coloration of hardware units while maintaining the efficiency expected from contemporary software.
The filter excels in three primary applications: subtractive synthesis on soft synths, surgical tone shaping on drums and percussion, and dynamic texture creation on vocals and instruments. Its distinguishing feature is the integrated envelope follower, which derives modulation directly from incoming audio. Unlike generic envelope controls, this follower automatically tracks your source material's dynamics, allowing the cutoff frequency to respond intelligently to transients and sustained passages. The release and attack parameters provide sufficient control to sync this behavior to virtually any material without excessive tweaking.
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The LFO operates independently, offering both free-running and beat-synced operation for creating movement that either sits outside temporal constraints or locks tightly to your arrangement. This dual approach addresses the common limitation of plugins that force either flexibility or synchronization, but rarely both convincingly.
Build quality in the interface reflects BLEASS's design philosophy - the visualization feedback, particularly the envelope meter and filter response graph, conveys real-time behavior without requiring constant parameter adjustment. The gain staging at the input section directly influences envelope follower sensitivity, a practical design choice that many developers overlook.
BLEASS Filter occupies a competitive middle ground between stripped-down utility filters and complex modulation workstations. It's particularly valuable for engineers who need responsive, musically relevant filtering without architectural complexity.