SYSTEM
Pinnacle-KR802 II

The Pinnacle-KR802 II is a compact yet powerful concert sound system within K-array’s Pinnacle lineup, designed to deliver high SPL, controlled directivity, and full-range performance in professional live sound and event applications where portability and impact must coexist.

• This high-performance sound system features four Kayman-KY102 column loudspeakers, built from stainless steel and equipped with 8 × 4" neodymium drivers per unit. Engineered with Pure Array Technology (P.A.T.), the columns provide controlled vertical dispersion, long-throw intelligibility, and consistent mid-high coverage for demanding indoor and outdoor environments.

• Low-frequency performance is delivered by a dual-subwoofer configuration, consisting of one Thunder-KS4 I active subwoofer and one Thunder-KS4P I passive subwoofer. Equipped with two 18" neodymium magnet woofers, designed to deliver deep and powerful bass for professional sound reinforcement, perfectly complementing the clarity and projection of the column array.

• System power, processing, and control are managed by the onboard DSP of the Thunder-KS4 I active subwoofer, providing integrated amplification, advanced signal processing, and dedicated presets. DSP parameters including EQ, delay, gain, and limiting can be remotely accessed via the K-array Connect mobile app, while complex system design and monitoring are supported through K-Framework3 software for networked professional installations.

Included accessories:

The system ensures flexible deployment and precise coverage control through 4 × K-JOINT3 angle-adjustable joints for column alignment and 2 × K-FOOT3 ground bases for stable freestanding configurations, allowing fast setup and adaptability across different venues.

Available configurations:
• Black • White

Ideal for: concert sound systems, live events, theaters, touring productions, corporate events, houses of worship, outdoor shows, and professional sound reinforcement applications requiring high output, precise control, and a compact column-based system design.