Session Guitarist – Electric Sunburst
Price History
Product Overview
Session Guitarist - Electric Sunburst is a virtual electric guitar instrument that prioritizes playability and musical authenticity over visual complexity. Native Instruments built this around a sophisticated strumming engine derived from their acclaimed STRUMMED ACOUSTIC series, extended here with picked patterns and riff libraries that capture how electric guitarists actually perform.
The core strength lies in its real-time performance implementation. Input a chord shape, select from 154 professionally recorded patterns organized across 31 song presets, and the engine generates convincing variations with minimal latent response. The dynamic pattern search accelerates workflow considerably, addressing a genuine pain point in virtual guitar instruments where finding the right articulation typically requires extensive menu diving.
Sonically, the instrument captures a classic electric guitar recorded with meticulous attention to signal chain integrity. Separate bridge and neck pickup signals provide mixing control, while overhead condenser microphone placement adds textural dimension and sustain characteristics. The guitar itself was chosen for tonal versatility rather than distinctive character, making it adaptable across genres from contemporary pop through electro-oriented material.
The effects processing warrants mention - a comprehensive suite including five amp models, ten cabinet impulses, three distortion pedals, four modulation effects, plus EQ, compression, reverb, and delay implementations. This breadth allows finished mixes within the plugin itself, though producers accustomed to external amp simulation may find the integration prescriptive rather than liberating.
Session Guitarist - Electric Sunburst suits producers and songwriters prioritizing rapid iteration and convincing musical results over deep customization. Its architectural assumptions lean decidedly toward strummed textures rather than lead work, establishing clear boundaries around intended use cases.