Sat Nov 29 23:20:00 UTC 2025: Summary:
Netflix is releasing five new Christmas movies in November and December 2025. These films offer a mix of romance, humor, and holiday cheer, starring actors like Alicia Silverstone, Alexandra Breckenridge, and Tia Mowry. The movies include: “A Merry Little Ex-Mas,” about divorced couple navigating Christmas together, “Champagne Problems,” a film set in France about an American executive falling for a vineyard owner’s son, “Jingle Bell Heist,” a story about a retail clerk and a former security consultant plotting a heist, “My Secret Santa,” where a single mom disguises herself as Santa, and “The Night My Dad Saved Christmas 2,” the second film in the series which follows a father and son who must save Santa who was kidnapped.
News Article:
Netflix Unwraps Five New Christmas Movies for Holiday 2025, Featuring Silverstone, Breckenridge & More
LOS ANGELES, CA – Get ready for a sleigh-load of holiday cheer! Netflix has announced its lineup of five original Christmas movies premiering in November and December of 2025. The new films promise to deliver all the cozy holiday traditions with a few merry twists, and a star-studded cast.
Highlights include “A Merry Little Ex-Mas” starring Alicia Silverstone and Oliver Hudson, where a divorced couple’s last Christmas together takes an unexpected turn. Alexandra Breckenridge takes on a dual role in “My Secret Santa,” as a single mom who disguises herself as Santa and falls for the resort owner’s son.
Other festive titles include “Champagne Problems,” a romance set in the vineyards of France, starring Minka Kelly as the ambitious executive, “Jingle Bell Heist,” starring Olivia Holt and Connor Swindells who are plotting a holiday heist, and “The Night My Dad Saved Christmas 2,” which continues the adventures of a father-son duo on a mission to rescue Santa.
Netflix’s 2025 Christmas movie lineup is set to deliver heartwarming entertainment for the whole family. Mark your calendars and prepare for a season of cinematic holiday magic.
First Piper 