Native Instruments has released Static Friction, a new Maschine Expansion designed to provide the driving, international sound of tech house.
The Expansion features 33 drum kits loaded with new kicks, snares, hi-hats, and claps, as well as seven Special Kits containing analog spring reverb samples, Ride and Snare kits optimized for live performance, and additional Spoken and Radio Voice Kits for additional textures. New Massive presets provide exclusive basses, leads, pads, and effects for added variety.
Static Friction's sound set is built on a foundation of modern and classic drum sounds carefully matched to represent a full range of tech house styles. Organic, saturated bass and synth patterns provide melodic elements representative of the genre. These are complemented by a brand-new set of Massive presets, offering producers an ample array of tools for creating an individual sound. The Expansion also delivers an exclusive set of special elements essential for authentic tech house production. An analog reverb unit was recorded as the spring was struck and 'played' like an instrument. The resulting high-quality samples add a unique, metallic texture to Static Friction's sonic palette. Spoken and Radio Voice Kits recorded just for this Expansion let producers add catchy vocal hooks to their dancefloor productions.
Static Friction's workflow is specifically tailored to live performance. The seven Special Kits pre-load with samples of a single instrument category. When performing, producers can solo, mute, and trigger various spring reverb and voice samples, snares, or rides. This provides a fun and intuitive way to instantly change the texture of tracks, embellish a live DJ set with new sounds, or to create one of a kind, on-the-fly remixes.
Static Friction is available at the NI Online Shop for $49 / 49 € / ¥ 4800.
A compact version of Static Friction is also available for iMaschine in the in-app store for $0.99 / 0,89 € / ¥ 85.
Additional information on Static Friction is available at: www.native-instruments.com/staticfriction
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