$99.99
AmpliTube returns with a sequel to its phenomenal Mesa/Boogie software suite with four new amps, and five new cabinets, all officially certified by the R&D team at Mesa Engineering. Classic amps include the Mark IIC+, Mark V, California Tweed, and the Triple Crown. On the cabinet end, there’s 1 x 12-inch and 2 x 12-inch California Tweed, 2 x 12-inch RoadKing, 4 x 12-inch RoadKing Black, and the 4 x 12-inch RoadKing Vintage. Exceptionally modeled and reproduced, these legendary Mesa/Boogie amp systems offer the full force of their legacy in a bundle that Sweetwater’s production experts agree is perfect for any studio setup.
As with the AmpliTube5 suite, the Mesa/Boogie 2 collection faithfully captures multitudes of sonic dimensionality through their trademarked DIM and VIR methods — dynamic interaction modeling and volumetric impulse response technologies, respectively. Using both methods, IK Multimedia sound engineers could capture and model these sounds as they exist in relative three-dimensional space, ensuring authentic tones and reliable spatialization. Take control of mic, room, and speaker settings as you sculpt your desired amp/cab combo and hear the realism with the Mesa/Boogie 2 suite.
This collection of classic Mesa/Boogie hardware is equal parts deep-dives and must-haves, brought to you at a fraction of the cost. Any amp/cab combo also has the option of swapping between Jensen and Celestion speakers, adding yet another dimension to the already-robust spatial modeling. Exploration is encouraged, thanks to the IK team’s dedication to detail, including the California Tweed’s multi-watt switch, the Mark V’s 6L6/EL34 tube-selector, its diode/tube and pentode/triode rear switches, and so much more. Match any one of these options to a cab of your choice, spanning the sonic spectrum of the California Tweed through three different Road Kings. Moreover, the Mesa/Boogie 2 collection integrates seamlessly into the larger Custom Shop feature of AmpliTube 5, allowing for an even greater degree of tonal flexibility and virtual modularity.
