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KRK ROKIT 8 G4 8" 2-Way Active Studio Monitor (Pair) + Tote + XLR Cables

by KRK
SKU rp8g4-pair
Save $49.00 Save $49.00
Original price $408.99
Original price $408.99 - Original price $408.99
Original price $408.99
Current price $359.99
$359.99 - $359.99
Current price $359.99

KRK RP 8 G4 Pairย and Free Tote Bag & Free XLR Cables

The single, blackย ROKIT 8 G4 8" 2-Way Active Studio Monitorย fromย KRKย is the latest model from their popular monitor series. The ROKIT Generation 4 (G4) has been re-engineered from the ground up and offers updated features such as DSP-driven room tuning with 25 graphic EQ settings on an LCD combined with the included KRK app that helps minimize and correct problems in your acoustic environment. Matching drivers made with Kevlar ensure sonic integrity on every frequency and minimize listening fatigue, for professional studio, broadcast, TV, and mixing applications.

The ROKIT 8" G4 monitor is built with a scientifically designed speaker enclosure and a front-firing port that offers low-end extension, punch, and flexible room positioning. Other features include: Class-D 203W total output power, ISO-foam pads that decouple the speaker from the surface and a built-in brickwall limiter to protect the system and offer wider dynamics. A power cord is included.

Professional-grade studio monitors designed and engineered in the USA
Matching woofer and tweeter made with Kevlar fiber
Built-in efficient Class-D power amp
Proprietary speaker drivers built in-house from the ground up
Onboard LCD visual DSP-driven EQ
25 graphic EQ settings for different environments
KRK app with room correction tools
Scientifically designed high-quality low-resonance speaker enclosure
Brickwall limiter automatically engages at maximum amp level
3D soundstage creates incredible realism and depth in your mix (width, depth, and height)
Optimized high-frequency waveguide
Great for all functions of music creation from production to mixing to mastering
Front-firing port with optimized low-frequency tuning alignment for the best possible transient response and extension