Sennheiser unveiled the Momentum True Wireless 5, the latest generation of its flagship wireless earbuds, featuring a comprehensive redesign centered on sustainability and durability. The new model introduces user-replaceable batteries in both the individual earbuds and the charging case, allowing owners to extend the product lifespan without requiring replacement units. Users can access and replace these batteries with a compact screwdriver, eliminating the need to disassemble the devices through layers of adhesive.
The Momentum True Wireless 5 is scheduled to become available on September 3rd with a retail price of $299.95, matching the price point of the Momentum 4 from early 2024. The earbuds will be offered in five metallic color variants: lavender, copper, denim, graphite, and cream. The move toward replaceable batteries reflects broader industry trends driven partly by European sustainability regulations expected to take effect in early 2027, with companies like Fender and Glorious already implementing similar features in over-ear headphones.
Across the earbud category, replaceable battery adoption has progressed slowly due to traditional manufacturing constraints involving glue assembly to minimize size and weight. Bang & Olufsen introduced replaceable batteries in its Beoplay Eleven earbuds in late 2024, though users must send them to professional technicians for replacement. The Momentum 5 and Fairphone Fairbuds represent rare instances where users can independently replace earbud batteries.
Beyond battery replacability, the Momentum 5 incorporates multiple performance enhancements. Battery endurance increased to up to 12 hours per single charge, or 40 hours total with the slimmer, Qi-compatible charging case, compared to the Momentum 4’s 7.5 and 30 hours respectively. Additional upgrades include redesigned ear tips paired with an updated adaptive noise cancellation system, integration of Dolby Atmos and spatial audio with interactive head tracking, and Bluetooth 6.0 support with a new robust connectivity mode designed to maintain stable wireless connections in electromagnetically congested environments.
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