Birefringent light‐shaping films (BLSFs) for mini‐LED backlit liquid crystal displays (LCDs) are proposed and experimentally demonstrated by passive polymer‐dispersed liquid crystal (PDLC) films. Such films show angle‐selective scattering properties, achieved by proper material engineering and good vertical alignment of liquid crystals. They only respond to angles rather than spatial locations. By directly adhering the BLSF onto a LED, the angular intensity distribution of light can be tailored from Lambertian‐like to batwing‐like. Further simulation proves that by engineering the angular distribution, a fewer number of LEDs or equivalently a shorter light‐spreading distance is required to maintain good uniformity. These BLSFs are expected to find widespread applications in emerging mini‐LED backlit LCDs and shed light on designing other light‐shaping films in the future. Birefringent light‐shaping films (BLSFs) for mini‐LED backlit LCDs are proposed and experimentally demonstrated. By directly laminating BLSF onto a LED, the angular intensity distribution of light can be tailored from Lambertian‐like to batwing‐like, such that a fewer number of LEDs or equivalently a shorter light‐spreading distance is required to maintain good uniformity.