Eventide Blackhole Black Friday Sale 2024

Image credits: Eventide

Eventide Blackhole Black Friday Sale 2024

Share this post via

Written by

Akshat Jain

Get an unbelievable discount on the Eventide Blackhole, a reverb plugin used by many renowned artists. This Black Friday, get 75% off on this legendary emulation of a popular pedal. Explore more in this article.

The Eventide Blackhole reverb transcends the limitations of reality, enabling you to create virtual spaces that could never exist in the physical world. With its soft attack and lingering, harmonic tails, Blackhole truly excels with guitars, strings, and pads. At smaller sizes, it can add an ethereal quality to vocals or transform drums into an otherworldly rhythm section. However, it’s not just about extreme effects; Blackhole is also fantastic for crafting subtle ambiences that enhance instruments or serve as a backdrop for your mix. Its intuitive controls, including the unique “Gravity” parameter to invert the reverb decay, offer endless tweaking possibilities. With over 50 artist presets ranging from small rooms to vast cosmic spaces, Blackhole makes it effortless to add a special dimension to your tracks, without requiring “a degree in rocket science. This black Friday get flat 75% off on this amazing plugin.

Features:

Incredibly easy to use with over 50 presets; many created by Eventide artists
Ability to create extremely musical effects useful for highlighting key instruments
Supernatural settings for abstract spatial effects and drones
Subtle settings for ambient washes and track highlighting
Unique “Gravity” control reverses the arrow of time by inverting the reverb’s decay
Kill Switch mutes the input so you only hear the reverb. This makes for some incredible effects when automated
Mix Lock allows for scrolling through presets or settings while keeping the wet/dry mix constant
Fully flexible mono and stereo options. Bring new realms of stereo imaging to mono instruments
Innovative Ribbon and Hot Switch allow for changing any combination of parameters simultaneously