Overview
The Luna Bulb Accessory Bundle expands the beam shaping capabilities of the Astera Luna Bulb (LunaBulb). This kit includes reflectors, diffusers, lenses, and snoots that allow lighting technicians to modify beam angle, increase directionality, reduce glare, and create a range of practical lighting looks.
At the core of the system is the LunaReflector (Luna Reflector), which mounts directly to the Luna Bulb in its slim configuration and concentrates the output into a more directional beam. This reflector serves as the base component for additional modifiers, allowing multiple configurations depending on the desired output.
Adding the LunaLens creates a PAR-style spotlight appearance with a slightly softened beam, while the LunaDiffusor produces a dome-style output similar to the Astera NYX Bulb. The LunaSnoot can be attached as a final stage to reduce glare and control stray light in camera-facing fixtures. Together, these components allow the Luna Bulb to transition from ambient practical lighting to more controlled, directional applications.
Key Features
- Beam shaping accessory kit for the Astera Luna Bulb
- LunaReflector concentrates output and acts as base mounting component
- LunaLens provides softened spotlight-style beam shaping
- LunaDiffusor creates dome-style ambient output
- LunaSnoot reduces glare and controls stray light
- Supports multiple modular configurations for practical lighting setups
Included Components
- 4 × LunaReflector (FP7-LRF)
- 4 × LunaDiffusor (FP7-LDF)
- 4 × LunaLens (FP7-LLS)
- 4 × LunaSnoot (FP7-LSN)
Compatibility
- Astera Luna Bulb (FP7)
Usage Notes
The Luna Bulb accessory system is modular, allowing components to be combined in sequence to achieve different beam characteristics.
- LunaBulb → LunaReflector → LunaLens → LunaSnoot (spotlight configuration)
- LunaBulb → LunaReflector → LunaDiffusor → LunaSnoot (soft dome-style output)
This bundle is commonly used in film and television practical lighting where fixtures are visible on camera and precise control over beam shape, softness, and glare is required.