Audiovector Ki3 Super Cherry
Danish Audiovector Ki3 Super floorstanding speaker, quarter-wave loaded, 92 dB sensitivity and cherry finish, for easy-to-drive musical listening.
Description
The Audiovector Ki3 Super is a floorstanding speaker designed and manufactured in Denmark. It relies on a quarter-wave loading, an architecture that extends bass reproduction by exploiting a calibrated internal duct, and which requires placement at a short distance from the rear wall to give its full performance.
The Super version stands out through additional reinforcement of the front and rear panels of the cabinet. This reinforcement makes the cabinet more inert, which limits parasitic cabinet vibrations and allows for better-controlled, more defined bass. The equipment pairs two 12 cm woofers with a 30 mm dome tweeter, for a stated frequency response of 40 Hz to 22 kHz.
With a sensitivity of 92 dB and a nominal impedance of 8 ohms, this speaker proves easy to drive: it can be paired with amplifiers of modest power without losing dynamics. This characteristic makes it suited to setups where a musical floorstanding speaker is wanted without having to invest in an oversized amplifier.
The Ki3 Super is aimed at music lovers seeking a floorstanding speaker with extended bass and a carefully finished cabinet, in a living room or listening room where it can be positioned near the back wall, in line with its quarter-wave loading. The Cherry finish (American Cherry) gives it a warm appearance that fits naturally into a classic interior.
Technical specifications
| Type | Floorstanding speaker (quarter-wave loading) |
| Drivers | 2 bass-midrange 12 cm + 30 mm dome tweeter |
| Sensitivity | 92 dB |
| Impedance | 8 Ω |
| Frequency response | 40 Hz – 22 kHz |
| Finish | Cherry (American Cherry) |
What to check before buying used
The surrounds of the two 12 cm woofers deserve a visual check: hardened, cracked or detached foam or rubber affects the clean bass response specific to the quarter-wave loading. Also check the tweeter dome, which is sensitive to accidental denting, as well as the condition of the cherry cabinet (chips, veneer lifting, scratches), whose reinforced inertia underpins the stated sound definition. A test at moderate volume can help detect any parasitic noise indicating a worn driver or internal solder joint.
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