Bowers & Wilkins Px8 S2 VS JBL Tour One M3

In terms of design, the Bowers & Wilkins Px8 S2 and the JBL Tour One M3 share a remarkably similar feature set. Both are closed-back, over-ear headphones that fold for portability, ship with a travel bag, and include a 1.2 m tangle-free, detachable cable — meaning neither has a meaningful edge in build versatility or travel-readiness.

The only measurable differentiator in this group is weight: the Px8 S2 comes in at 310 g versus the Tour One M3's 278 g, a 32 g difference. While that gap is modest in absolute terms, it represents roughly a 10% reduction in mass for the JBL. Over extended listening sessions, lighter headphones generally translate to less fatigue and reduced pressure on the top of the head — a real-world comfort advantage, particularly for users who wear their headphones for several hours at a stretch.

Overall, the Tour One M3 holds a slight edge in design for this group solely due to its lower weight. Every other design specification is identical between the two, so buyers prioritizing all-day wearability may lean toward the JBL, while those for whom a 32 g difference is negligible will find both headphones equally well-equipped from a design standpoint.

On paper, the sound quality specifications for the Bowers & Wilkins Px8 S2 and the JBL Tour One M3 are a perfect mirror of each other. Both headphones are equipped with a 40 mm driver, feature active noise cancellation, support spatial audio, and rely on passive noise reduction through their closed-back, over-ear design — with neither unit using a neodymium magnet, at least as disclosed in these specs.

The combination of ANC and passive noise reduction is worth noting: passive isolation handles the bulk of constant ambient noise through physical blocking, while ANC layers on top to tackle lower-frequency hums like engines or HVAC systems. Both headphones offer this dual approach, which is generally more effective than ANC alone. Spatial audio support further signals that both are tuned for immersive, three-dimensional listening experiences — relevant for users who consume a lot of film or gaming content in addition to music.

With every listed specification identical across both products, this group is a clear tie. The data provided gives no basis to differentiate between the Px8 S2 and the Tour One M3 on sound quality specs alone, and buyers will need to look beyond this group — to factors such as connectivity, battery life, or real-world listening tests — to find meaningful separation between the two.

Battery life is where these two headphones diverge sharply. The JBL Tour One M3 is rated for a substantial 70 hours of playback, more than double the 30 hours offered by the Bowers & Wilkins Px8 S2. To put that in practical terms: the Px8 S2 would need a recharge roughly every four to five days for a typical four-to-six-hour daily listener, while the Tour One M3 could go nearly two weeks under the same usage pattern without being plugged in.

Everything else in this category is evenly matched — both charge via USB-C, both include a battery level indicator, and neither supports wireless charging or carries a removable battery. The absence of wireless charging is a minor convenience trade-off on both sides, but the shared USB-C standard at least ensures fast, universal cable compatibility.

The verdict here is unambiguous: the Tour One M3 holds a commanding edge in battery endurance. A 40-hour gap is not a marginal difference — it meaningfully favors users who travel frequently, commute long hours, or simply dislike managing charge cycles. For buyers who prioritize staying untethered as long as possible, the JBL is the clear choice in this category.

Connectivity is where the two headphones take genuinely different philosophical paths, despite sharing the same Bluetooth 5.3 foundation and identical 10 m range. The Bowers & Wilkins Px8 S2 goes deep into the Qualcomm aptX ecosystem, supporting aptX Adaptive, aptX HD, and aptX Lossless — a codec stack that enables variable-bitrate high-resolution audio up to lossless quality, but only when paired with a compatible source device. The JBL Tour One M3 takes a different route, offering LDAC — Sony's widely adopted high-res codec — alongside Bluetooth LE Audio, a forward-looking standard that improves efficiency and enables multi-stream audio. Both also support AAC and Auracast, the latter allowing broadcast audio sharing to multiple listeners simultaneously.

The practical implication of these codec differences comes down to the user's device ecosystem. Android users with a Qualcomm-powered phone will get the most out of the Px8 S2's aptX Lossless capability, while those with a Sony or other LDAC-supporting Android device will find the Tour One M3 the natural fit. The Px8 S2 also includes fast pairing, a convenience feature the Tour One M3 lacks — a small but real quality-of-life advantage for users who frequently switch between devices. The Tour One M3's LE Audio support, meanwhile, positions it better for compatibility with emerging audio standards.

Overall, this category is too ecosystem-dependent to declare a single winner, but the Px8 S2 edges ahead for most users thanks to its broader high-resolution codec coverage and the added convenience of fast pairing. Users invested in the LDAC ecosystem or eager for LE Audio compatibility will find the Tour One M3 equally compelling.

Feature parity is total in this category. Both the Bowers & Wilkins Px8 S2 and the JBL Tour One M3 pack an array of 8 microphones, support 2-device multipoint connection, include an ambient sound mode, and carry noise-canceling microphones — making both equally capable as daily-use headsets for calls and voice work.

The microphone count is worth contextualizing: an 8-mic array is a generous configuration that typically enables more sophisticated beamforming and wind-noise rejection, benefiting call clarity in noisy environments. Multipoint at 2 devices means both headphones can stay simultaneously paired to, say, a laptop and a phone — a genuine workflow convenience for users who toggle between sources without manually re-pairing. Neither headphone adds an in-line control panel, with both opting for on-device controls instead, which keeps cable management clean when used in wired mode.

With no differentiating spec anywhere in this group, the Features category is a complete tie. Users prioritizing call quality, device-switching convenience, or situational awareness through ambient mode will find both headphones identically equipped — the choice between them on these grounds comes down entirely to preference rather than capability.