Superlunar TS-440 v1.2.0 [WiN-MAC]

Product: TS-440
Developer: Superlunar
Version: 1.2.0
Format: VST3, AU
Requirements: Windows 10 or later, macOS 10.13 or later
Source: suprlunr.com/products/ts-440

Superlunar TS-440 is a cassette deck emulator plugin designed to recreate the full signal path and mechanical behavior of vintage cassette recorders inside a DAW. It models 20 different cassette machines along with four tape formulations, capturing preamp coloration, EQ response, tape compression, and transport instability. Built as a cassette emulation plugin, it is used for adding analog warmth, lo-fi degradation, and tape-driven movement to individual tracks or full mixes.

Key Takeaway

TS-440 is used when you want control over how degraded or how clean tape sounds, not just a fixed “cassette vibe.” It can sit subtly on a mix bus for compression and tone, or be pushed into unstable, worn-out tape behavior for sound design.

20 cassette machine models with distinct preamp character

TS-440 models twenty different cassette recorders, each with its own preamp design, EQ curve, and tonal response. These are not interchangeable skins—each machine introduces a different balance of saturation, bandwidth, and transient shaping.

Some lean toward warmer, softer input stages, while others introduce a more aggressive, punchy response. Driving the input changes how the preamp saturates, which directly affects how the signal enters the tape stage.

This turns machine selection into a tonal decision rather than a cosmetic one.

Four tape formulations shaping compression and saturation

The plugin includes four cassette tape types—Ferric, Chrome, Ferrichrome, and Metal—each reacting differently under input gain.

Lower-grade formulations introduce earlier saturation, noise, and compression, while higher-grade types retain more clarity and headroom. Pushing input levels changes how the tape compresses and distorts, making gain staging a core part of the sound.

This gives a range from subtle glue to heavily saturated, compressed tape tone.

Full transport modeling with degradation controls

Beyond tone, TS-440 models the physical behavior of cassette transport systems. Parameters like wow and flutter, drift, head wear, dropouts, and tape aging can be adjusted independently.

These controls simulate long-term wear and mechanical instability rather than just adding noise. Small adjustments introduce movement and imperfection, while extreme settings can break the signal into unstable, degraded textures.

It allows the plugin to move from controlled analog behavior into fully damaged tape territory.

Tape speed and pitch interaction shaping tone and instability

Three tape speeds are available, each affecting frequency response, noise level, and modulation artifacts. Slower speeds increase saturation, hiss, and instability, while faster speeds retain more clarity.

Pitch control is tied to playback behavior, allowing detuned and warped effects that resemble real cassette manipulation. Changing pitch affects both timing and tone simultaneously.

This creates movement that feels physically driven rather than digitally applied.

Channel strip flexibility with optional tape bypass

The tape stage can be bypassed, leaving only the modeled preamp and input/output stages active.

This allows TS-440 to function as a tonal channel strip rather than strictly a tape emulator. Preamp saturation can be used independently for subtle coloration without introducing tape artifacts.

It adds flexibility when full cassette degradation is not needed.

Where TS-440 Becomes More Than a Tape Effect

TS-440 combines multiple layers of cassette behavior—preamp saturation, tape formulation response, and mechanical instability—into a single controllable system. The machine models define the tonal starting point, tape types shape compression and headroom, and degradation controls introduce movement and imperfection. Tape speed and pitch link timing with tone, making changes feel physically grounded. Instead of stacking saturation, noise, and modulation plugins, everything is handled within one coherent signal path that can move from clean analog enhancement to heavily degraded cassette character.

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