Vyper-KV25 II Ultra-flat aluminum 26 cm frameless line array element with 1” drivers Description Vyper-KV25II and Vyper-KV25RII are ultra-flat passive loudspeakers comprised of four 1” neodymium magnet transducers each, housed in elegant yet sturdy aluminum chassis. The new frameless chassis of the Vyper-KV25II is perfect for a clean bracketless installation on any flat surface or where in-wall mounting is needed. The four closely-spaced cone drivers provide true line array characteristics: phase coherence, low distortion and focused listening in both the near field and at a distance from the speaker. Two different values of impedance (8Ω – 32Ω) allow you to connect up to 8x Vyper-KV25 II loudspeakers at 32Ω impedance to the same 4Ω amplifier output channel, which eliminates the need of 70V lines for wide distributed installed systems where pristine sound, intelligibility and elegance are mandatory. All Vyper-KV25 components are designed by the K-array R&D department and are custom made under the K-array quality control system. • 4x 1” Neodymium magnet woofers • 108 dBpeak max SPL • Pure Array Technology • 25° vertical dispersion, 140° horizontal coverage • 8Ω – 32Ω selectable load impedance • Visually discreete • Modular capabilities allow the joining of more units for long array • IP65 suitable for indoors and outdoors installations with included IP accessory • Aluminum chassis • Available in black, white and custom RAL color • 24K Gold, Polished and Brushed premium finishes available Vyper-KV25R II Ultra-flat aluminum 26 cm flush

4x 1” Neodymium magnet woofers Power Handling Nominal Impedance Passive line array loudspeaker Technical Specifications Handling & Finishes Black, White, Custom RAL Dimensions (WxHxD) With dedicated preset. Maximum SPL is calculated using a signal with crest factor 4 (12dB) measured at 8 m then scaled at 1 m. Notes: Passive loudspeakers require dedicated presets loaded onboard K-array amplifiers. New materials and designs are introduced into existing products without previous notice. Present systems may differ in some respects from those presented in this catalog.