Conjunto de filtros de câmara Freewell para DJI Mavic 4 Pro Super Bright Sunny Day – opções de sol, polarização e ND

Freewell filter set for DJI Mavic 4 Pro Super Bright Sunny Day includes three dual neutral density filters specifically designed for the DJI Mavic 4 Pro. The set helps control exposure in very bright conditions to preserve natural colors, reduce overexposure and maintain smooth motion in video footage, delivering balanced, cinematic results during daytime flights.

Advantages

The three dual ND filters (ND128/ND64, ND256/ND128 and ND512/ND256) cover a wide range of light reduction options for different lighting situations and focal lengths. Made from premium optical glass with anti-reflective, hydrophobic and scratch-resistant coatings, the filters provide clear image quality and accurate colour reproduction. The lightweight, precision-fit frames are optimised for gimbal operation so they do not affect the drone balance or introduce vibration during flight.

Key specifications

• Manufacturer: Freewell
• Model: FW-M4P-SBRG
• Compatibility: DJI Mavic 4 Pro
• Filter type: ND (Neutral Density), Split ND set
• Kit contents: ND128/ND64, ND256/ND128, ND512/ND256
• Optical material: Premium optical glass with anti-reflective, hydrophobic, scratch-resistant coatings

How to use

Select the appropriate dual ND filter based on brightness: use lower ND values for moderate daylight and higher ND values for very bright conditions. Attach the filter securely to the camera lens mount on the DJI Mavic 4 Pro according to the drone and filter manufacturer instructions, check gimbal balance and perform a test recording to confirm exposure and colour. Clean the glass with the included microfiber cloth and store filters in the protective case when not in use.

Recommendations

Use the ND128/ND64 for slightly bright conditions, ND256/ND128 for bright daylight and ND512/ND256 for extremely bright or reflective environments; always verify gimbal balance after fitting a filter and clean the optics before each flight to maintain image quality.