JBL Manual Adjust Speaker Tripod (JBLTRIPOD-MA)
The JBLTRIPOD-MA delivers solid, intuitive operation with a thoughtfully designed lift ring that takes the strain out of raising studio monitors or reference speakers to optimal ear-level positioning. Built from aluminum with a hard coat anodized finish, this tripod combines lightweight portability with the rigidity needed to safely support professional-grade speakers in recording, mixing, and mastering environments. The ergonomic setup makes repeatable height adjustments quick and hassle-free during session setup and tear-down.
Build & Stability
The aluminum construction with hard coat anodized finish resists rust and corrosion for reliable long-term use in varied studio and live recording environments. A wide 40″ base diameter provides stable footing on wood, tile, or carpet floors, while the 150 lbs load capacity (68 kg) handles mid-range and larger studio monitors and reference speakers without compromise.
Height Adjustment & Ergonomics
Manual height adjustment spans 50″ to 77″ (1270mm to 1956mm), accommodating everything from desktop positions to high-ceiling installations where you need monitors aimed at ear level. The durable lift ring mounted on the telescoping tube gives your hand a solid grip point when raising the speaker to height, while the locking pin securely locks the tube at your chosen height and the ergonomic “Z” knob allows quick tightening of tripod legs and the telescoping tube without extra tools.
Key Features
- Material: Aluminum construction
- Height adjustment range: 50″ to 77″ (1270mm to 1956mm)
- Load capacity: 150 lbs (68 kg)
- Base diameter: 40″ (1016mm)
- Telescoping tube: 38mm with 35mm tube adapter
- Height secured with locking pin
- Durable lift ring on telescoping tube for easier speaker raising
- Ergonomic “Z” knob for tightening tripod legs and telescoping tube
- Hard coat anodized finish for rust and corrosion resistance
The JBLTRIPOD-MA combines practical engineering with hands-on usability, making it a dependable choice for sessions requiring secure, adjustable speaker placement at optimal monitoring height.
