Speaker stands KANTO AUDIO SX26W 26" tall with fillable isolation feet, white

KANTO AUDIO SX26W are 26" tall speaker stands designed to improve stability and reduce vibration transfer for bookshelf and small floor speakers. The stands feature fillable isolation feet that accept inert material such as sand or shot to add mass and improve acoustic isolation. Finished in white, they offer a compact footprint and a height intended to position speakers for improved imaging and reduced cabinet resonance.

Advantages

The fillable isolation feet allow users to increase stand mass for better vibration damping and stability. The 26" height positions speakers at listening level for clearer soundstage and imaging. The stands have a compact base that fits in limited spaces while providing firmer placement compared with rubber feet alone.

Suitable for

• Bookshelf speakers
• Small floor-standing speakers
• Home stereo and compact listening rooms
• Desktop setups where elevated speaker placement is required

Key specifications

• Colour: White
• Height: 26 inches (660 mm)
• Base dimensions (W x D): 285 x 241 mm
• Maximum supported weight: 18.1 kg per stand
• Net weight: 20.2 kg per pair (20200 g total product weight listed)
• Fillable isolation feet for added mass and vibration damping

How to use

Place each stand on a stable, level surface and assemble according to the manufacturer instructions. If additional stability or isolation is required, open the isolation foot ports and fill with chosen inert material (for example, dry sand or lead shot) to the recommended level, then securely close the ports. Mount the speaker on the top plate, centre it, and check that the speaker is level and stable before playback. Adjust placement and toe-in to achieve desired imaging.

Usage recommendations

Use inert, dry fill materials only and avoid overfilling beyond the manufacturer’s guidance. Position stands on a firm surface and avoid placing them on unstable furniture. For best acoustic results, experiment with distance from walls and toe-in angle to optimise soundstage and imaging.