König & Meyer 101 Concert/Studio Opvouwbare Muziekstandaard Zwart

For the gigging musician who needs a dependable stand that packs down small, the König & Meyer 101 Concert/Studio Folding Music Stand delivers. Its steel frame and powder-coated finish stand up to the rigours of travel, while the three-section folding design lets you stash it in a backpack or gear bag. The solid desk holds sheet music, tablets, or laptops, and both height and desk angle adjust to your preferred playing position. Whether you're on stage, in the studio, or practicing at home, this stand provides a stable, wobble-free platform for your music.

Key specifications

• Material: Steel
• Colour: Black
• Music desk dimensions (W x H): 435 x 215 mm
• Height adjustment range: 650 - 1225 mm
• Folded dimensions (L x W x H): 380 x 65 x 65 mm
• Leg construction: U-profile legs
• Desk attachment: Non-detachable
• Finish: Powder-coated
• Desk angle adjustment: Yes
• Desk type: Solid
• Carrying bag: Not included (optional accessory)

Why choose it

The K&M 101 is built for musicians who value portability without sacrificing stability. Its extremely compact folding design means it takes up minimal space in your gear, while the robust steel construction ensures it won't tip over during intense performances. The adjustable height and desk angle let you customise the stand to your exact needs, reducing strain during long sessions. Plus, the powder-coated finish resists scratches and corrosion, keeping it looking professional for years.

Ideal use cases

• Concerts and live performances
• Studio recording sessions
• Music education and student practice
• Travelling musicians needing a portable stand
• Home practice setups

Good to know

For optimal portability, consider pairing this stand with the optional K&M carrying bag (sold separately). The stand's lightweight design and compact fold make it easy to carry to rehearsals, gigs, or lessons. Its solid desk provides a stable surface for sheet music, tablets, or laptops, and the U-profile legs offer excellent stability on any flat surface.