Buds 3 FE release signals price friendly option

Samsung's Galaxy Buds 3 FE combine a blade stem with ANC, improved call quality, and a lower price aimed at Galaxy phone users.

Samsung adopts blade design for Buds 3 FE with enhanced calls and longer battery

Samsung is expanding its Buds line with the Galaxy Buds 3 FE, a 150 dollar fan edition that uses the blade stem design already seen on the Buds 3. The model keeps core features like active noise cancellation and in-ear controls, while moving voice microphones to the stem to improve call quality and offering larger speakers for stronger bass and clearer treble. Samsung pitches the Buds 3 FE as a value option for Galaxy phone owners who want a premium feel without the premium price.

Battery life improves modestly: up to eight and a half hours with ANC off and up to 30 hours total with the charging case; with ANC enabled, playback lasts about six hours (24 hours with the case). The Buds 3 FE carry an IP54 rating, meaning splash resistance but less dust and water protection than the IP57 rating of the Buds 3 and Buds 3 Pro. Availability is set for September 4 in Black and Gray, priced at 150 dollars.

The Buds 3 FE fit Samsung’s strategy of expanding access to its premium features through lower-cost variants. By relocating microphones to the stem, Samsung aims to improve voice clarity in real world conditions, a common pain point for true wireless earbuds. The blade design continues to signal a design language meant to feel modern and durable, but the IP54 rating highlights a price tradeoff that could matter for active users. In a crowded market, this refresh reinforces a broader push: offer better value through familiar design cues rather than a complete redesign. The real test will be whether the combination of a recognizable look, meaningful but not dramatic improvements, and a friendlier price changes buying behavior for Galaxy loyalists and new buyers alike.

Highlights

The Buds 3 FE line will reveal how far fans will go for value when equal parts style and substance matter.