Speakers KRK

The new 8" KRK ROKIT RP8 G4 (Generation 4) bi-amp professional monitor takes music and sound creativity to a whole new industry-level.DSP-driven Graphic EQ with 25 settings help condition your acoustic environment while offering new levels of versatility in a studio monitor. Matching drivers made with Kevlar ensures the same sonic integrity across all frequencies.A new scientifically designed speaker enclosure and front-firing port offer exceptional low-end extension and accuracy, punch and flexible room-positioning. The new powerful, yet efficient custom Class D power amplifier drives the speakers evenly and more efficiently at reduced operating temperatures and improves audio integrity.Now

7" Powered Near-Field Studio MonitorThe new 7" KRK ROKIT RP5 G4 (Generation 4) bi-amp professional monitor takes music and sound creativity to a whole new industry-level. DSP-driven Graphic EQ with 25 settings help condition your acoustic environment while offering new levels of versatility in a studio monitor. Matching drivers made with Kevlar ensures the same sonic integrity across all frequencies. A new scientifically designed speaker enclosure and front-firing port offer exceptional low-end extension and accuracy, punch and flexible room-positioning. The new powerful, yet efficient custom Class D power amplifier drives the speakers evenly and more efficiently at reduced operating

7" Powered Near-Field Studio MonitorThe new 7" KRK ROKIT RP5 G4 (Generation 4) bi-amp professional monitor takes music and sound creativity to a whole new industry-level. DSP-driven Graphic EQ with 25 settings help condition your acoustic environment while offering new levels of versatility in a studio monitor. Matching drivers made with Kevlar ensures the same sonic integrity across all frequencies. A new scientifically designed speaker enclosure and front-firing port offer exceptional low-end extension and accuracy, punch and flexible room-positioning. The new powerful, yet efficient custom Class D power amplifier drives the speakers evenly and more efficiently at reduced operating