Positive Grid Reactor 50

Modelling amplifier with AI tone generation via text, audio or image

The Positive Grid REACTOR is a practical modelling combo offering a wide range of sounds and features for beginners and advanced players alike! Featuring authentic amp-modelling technology, the amp delivers the familiar playing feel of a classic guitar amplifier. With a total of 24 amp models, 27 built-in effects and eight customisable presets, the combo offers an enormous variety of sounds for almost any musical style. The intuitive Amp Selector allows you to select different amp characters directly on the unit, whilst the ‘Heat’ and ‘Push/Smooth’ functions let you specifically influence the playing feel and dynamics of the sound. It also features a built-in tuner, an extensive effects section and Bluetooth connectivity for convenient streaming and editing via the dedicated app.

A particular highlight of the REACTOR is its innovative AI-powered tone creation. Using the REACTOR app, new sounds can be created not only via traditional parameters, but also generated from text input, audio files or even images. Whether it’s legendary guitar sounds from well-known musicians, a photo of your dream rig, or even abstract motifs such as landscapes or works of art, the REACTOR analyses the source material and creates a suitable amp and effects sound from it in a matter of seconds.

REACTOR App and extensive connectivity

The REACTOR proves particularly versatile when used in conjunction with the free REACTOR app for iOS and Android. In addition to in-depth sound editing and preset management, the app allows you to create new sounds via text input, audio files or even images. Furthermore, the ToneCloud platform is available for sharing and downloading presets, as is an integrated USB audio interface for recording applications. Thanks to its FX loop, MIDI input, line out, headphone output and power amp input, the REACTOR is equally suited as a practice amp, a stage amplifier and a versatile control centre for modern guitar set-ups.