Lastolite Skylite Rapid Small Fabric, 1.1x1.1m (3.6x3.6'), Black/White

You can enhance your photography lighting setup with the Manfrotto Skylite Rapid Small Fabric Reflector, a versatile and reversible black/white accessory designed specifically for the Small Skylite frame measuring 3.6 x 3.6' (1.1 x 1.1m). This high-quality reflector fabric cover is double-sided, offering both black and white surfaces to suit various lighting conditions and creative needs. The black side absorbs light to reduce reflections and shadows, while the white side reflects light to brighten your subject and fill in shadows, making it an essential tool for both studio and outdoor photography. The Skylite fabric cover is designed for easy installation, clipping securely into place for a taut and wrinkle-free finish, ensuring consistent results in your photo and video shoots. With its durable construction and easy-to-use design, the Manfrotto Skylite Rapid Small Fabric Reflector is a valuable addition to any photographer's equipment collection.

• OPTIMIZED LIGHT DIFFUSION - Achieve professional-quality lighting with the black/white fabric, designed to diffuse light evenly, reducing harsh shadows and creating a soft, flattering effect for photography.
• VERSATILE SIZE AND SHAPE - The 3.6' x 3.6' Skylite Rapid provides ample coverage for various shooting scenarios, offering flexibility in shaping and controlling light to suit your artistic vision.
• ENHANCED DURABILITY - Constructed with high-quality materials, this reflector fabric is built to withstand frequent use, ensuring long-lasting performance and reliability for professional photographers.
• SEAMLESS FRAME COMPATIBILITY - Designed for use with the Manfrotto Skylite Rapid frame, this fabric ensures a snug and secure fit, allowing for quick setup and stable performance during shoots.
• INCREASED PORTABILITY - Lightweight and easy to fold, the Skylite Rapid fabric is ideal for on-location shoots, providing convenient portability without compromising on the quality of light modification.