Godox Knowled liteflow 25 (25x25cm ) LiteFlow 25-D2

The Godox Knowled LiteFlow 25-D2 (25×25 cm) is a medium light diffusion reflector designed to produce soft, punchy lighting with controlled falloff. Featuring an aluminum-coated surface, lightweight build, and color-coded design, it integrates seamlessly into the Godox Cine Lighting Reflector system for precise and versatile lighting control.

The Godox Knowled LiteFlow 25-D2 is a 25×25 cm (10×10") medium light reflector engineered to create soft yet punchy illumination, making it ideal for diffusing direct light while maintaining shape and contrast. Its precision-crafted aluminum-coated surface ensures exceptional reflectance with only 3% light loss and maintains perfect 100% color accuracy, delivering consistent, high-quality lighting for filmmaking and photography. As part of the Godox Cine Lighting Reflector system, the LiteFlow 25-D2 enables controlled redirection of a single light source—even in compact spaces—allowing users to achieve various lighting styles with minimal gear. The reflector features a yellow color-coded back marked with number 2, identifying it as the medium diffusion type. With its lightweight construction and integrated rail mount, the LiteFlow 25-D2 is easy to position, tilt, and combine with other reflectors for advanced multi-bounce lighting setups. Compact, durable, and highly efficient, this reflector is an essential tool for cinematographers seeking nuanced, soft-edged lighting with precise control.

Key Features:

• Produces soft, punchy, medium-diffused light
• Ideal for diffusing direct light sources
• Aluminum-coated surface with minimal 3% light loss
• Maintains 100% color accuracy for consistent results
• Yellow color-coded back (Type 2 medium light) for quick identification
• Part of the Godox Cine Lighting Reflector system
• Lightweight and easy to handle
• Proprietary rail mounting system for flexible positioning
• Enables multi-bounce lighting with minimal additional fixtures
• Effective for both indoor and outdoor lighting scenarios