AVENGER A0045B Stand Light Baby 45B Leveling Black

AVENGER A0045B Stand Light Baby 45B Leveling Black - Ultra-High Elevation and Terrain Adaptation for Demanding Production Environments

The AVENGER A0045B Stand Light Baby 45B Leveling Black is a professional, heavy-duty black aluminum support system engineered to securely position lighting fixtures and production gear at heights up to 450 cm on uneven terrain.

Overcoming Mission-Critical Set Challenges

Standard lightweight stands frequently fail when deployed in rugged real-world environments, succumbing to wind-load instabilities, rocky surfaces, or structural warping under heavy fixtures. The A0045B directly eliminates these operational bottlenecks with an integrated leveling leg. This feature allows crews to instantly compensate for stairs, slopes, or debris-filled locations, establishing a perfectly plumb vertical axis without requiring unstable improvised cribbing or excessive sandbagging.

Furthermore, elevation stability is a persistent hazard when dealing with heavy high-output key lights. Featuring a robust four-section architecture built from thick-walled aluminum tubing, this stand maintains structural stiffness at its maximum 4.5-meter extension. Captive locking T-knobs and specialized spider casting collars eliminate the common point of failure found in lower-tier supports—slippage and stripped threads under mechanical stress. The matte black finish prevents stray light reflections, eliminating flare issues that ruin high-contrast frames.

Definitive Technical Breakdown

• Maximum Working Height: 450 cm / 177.17 in

• Minimum Working Height: 154 cm / 60.63 in

• Closed Transport Length: 136 cm / 53.54 in

• Maximum Payload Capacity: 10 kg / 22.05 lbs

• Total System Weight: 5.4 kg / 11.9 lbs

• Top Attachment Mount: 16 mm / 5/8" Male Baby Stud (Non-Threaded)

• Number of Sections: 4 sections

• Number of Risers: 3 risers

• Column Tube Diameters: 35 mm, 30 mm, 25 mm, 20 mm

• Footprint Maximum Diameter: 114 cm / 44.88 in

• Leg Design Profile: Square profile, 20 mm x 20 mm

• Leveling Leg Mechanism: 1 fully adjustable leveling leg for uneven surfaces

• Base & Column Material: Heavy-duty black anodized aluminum alloy

• Locking Knobs: Captive T-knobs with captive collars on spider castings

• Air Cushioning Integration: None (Mechanical braking friction-lock)

• Mobility Compatibility: Caster wheels are not recommended for this model configuration

Practical Troubleshooting & Deployment FAQ

Q: How do I safely deploy the leveling leg on a steep incline or staircase without compromising structural safety?

A: Loosen the dedicated lock on the adjustable leg, extend it downward until the central column achieves a true perpendicular angle relative to the horizon, and torque the locking knob fully. Always position the remaining two standard legs downhill or on the lower step to create a wider, more stable counter-balance base, and apply standard counterweights (sandbags) directly over the uphill leg.

Q: Can this stand accept caster wheels for rolling studio configurations?

A: No, caster wheels are strictly not recommended for this model. The square 20 mm x 20 mm leg geometry and the asymmetric leveling leg design are designed for static stability on unpredictable terrain and structural rigidity at extreme heights, rather than rolling dynamics.

Q: What safety precautions should be followed given that this stand lacks air cushioning?

A: Because this model relies on a pure mechanical friction-lock system rather than pneumatic resistance, you must maintain a firm physical grip on the elevated column sections while loosening the T-knobs during teardown. Lower each riser sequentially from the top section down to prevent heavy gear from dropping abruptly and damaging internal components or causing on-set injuries.

Q: How does the stand handle wind or heavy payloads when fully extended to 4.5 meters?

A: At maximum extension, the structural leverage increases significantly. While the stand is rated for up to a 10 kg payload, safety protocols dictate that the maximum load should be reduced or strictly secured with heavy sandbags at the base when fully extended, especially when exposed to outdoor wind forces or utilizing large modifiers that act as sails.