Sennheiser Momentum 5 vs. Bose QuietComfort Ultra 2: I compared the two and found a winner


Sennheiser Momentum 5 vs Bose QC Ultra 2

Jada Jones/ZDNET

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These days, determining the “best” headphones is less about which ones lead the market and more about which ones best meet your standards. Sound quality is subjective, and the best headphones’ noise cancellation is within a few decibels of each other, leaving your decision criteria down to fit, design, features, and use cases. 

Also: I flew 2,700 miles with Apple, Sony, and Sennheiser headphones – this pair had the best audio

Sennheiser’s Momentum 5 and Bose’s QuietComfort Ultra (2nd Gen) are great examples of how difficult it is to identify the best pair of headphones on the market. Both headphones sound great, deliver excellent noise cancellation, and offer all-day comfort. The defining factors boil down to your habits and preferences. Let’s see how they compare.

Specifications

Sennheiser Momentum 5 Bose QuietComfort Ultra (2nd Gen)
Wired connectivity USB-C; 3.5mm jack USB-C; 3.5mm jack
Codec support SBC; AAC; AptX Adaptive; AptX Lossless SBC; AAC; AptX Adaptive
Spatial audio Optimized for Dolby Atmos Bose Immersive Audio upmix
Foldable No Yes
Audio modes ANC; Transparency; Adaptive ANC ANC; Ambient Sound Mode; Adaptive Sound Control
Battery life 57 hours (with ANC on) 30 hours (with ANC on)
Price $400 $449

You should buy the Sennheiser Momentum 5 if…

Sennheiser Momentum 5 in Denim

Jada Jones/ZDNET

1. You want high-quality codecs

Sennheiser’s Momentum 5 features the usual SBC and AAC codecs, along with a host of AptX codecs, including AptX, AptX HD, AptX Adaptive, and AptX Lossless for higher-quality listening via Bluetooth. Many hi-fi sources, such as turntables, support AptX codecs for wireless listening.

Review: Sennheiser Momentum 5

Bose’s QuietComfort Ultra (2nd Gen) also supports SBC and AAC codecs, but only features AptX Adaptive for higher-quality audio. If you have source devices with AptX codecs, the Sennheiser Momentum 5 supports more of them than the Bose QuietComfort Ultra (2nd Gen).

2. Battery life is a big concern

If you’re like me, keeping any device other than your phone charged is a challenge. The Momentum 5 promises up to 57 hours of playtime, which is great for battery health (fewer charging cycles) and for folks like me who are forgetful. Additionally, the Momentum 5’s battery is user-replaceable, so once it dies, you can replace it yourself to keep your headphones going.

On the other hand, Bose’s QuietComfort Ultra (2nd Gen) promises 30 hours of battery life without a self-replaceable battery. However, Bose fitted the QuietComfort Ultra 2 with a Bluetooth Low Energy-powered battery-saving feature. This feature saves power by disconnecting the headphones from Bluetooth when you take them off and lay them flat. You can extend Bose’s 30-hour limit, but if you’re a power user, the Momentum 5 may be a better fit.

3. You want more advanced features

The Momentum 5’s companion app is the home for all of the headphone’s features, including location-based listening settings, an eight-band equalizer, Dolby Atmos support, and hearing tests for a personalized audio profile. 

Also: Sony WH-1000XM6 vs. Sennheiser Momentum 5: I wore both pairs for months, and prefer this one

Bose opts for fewer software features, instead offering hardware upgrades, including USB-C audio support, a battery-saving feature, Bluetooth upgrades, and comfort improvements to the headband and earcups. 

You should buy the Bose QuietComfort Ultra (2nd Gen) if…

Bose QuietComfort Ultra 2 in Driftwood Sand

Jada Jones/ZDNET

1. You want a simple user experience

Bose’s user experience is very simple, as many of the QuietComfort Ultra (2nd Gen)’s best features run in the background. Bose’s headphones have a feature called CustomTune, which emits a brief noise when you place the headphones on your head to measure your ear shape and deliver the best-tuned sound.

Review: Bose QuietComfort Ultra Headphones (2nd Gen)

Bose’s ActiveSense deploys noise cancellation to block out sudden noises and disruptions in your environment. Otherwise, Bose offers a simple three-band equalizer and the company’s proprietary Immersive Audio spatial audio upmixing. Though these software features are simple, they’re incredibly reliable and high-performing, delivering a consistent, premium experience.

2. You want the best for travel

Bose’s QuietComfort Ultra (2nd Gen) headphones live up to their name, with standout comfort and noise cancellation that make them ideal for traveling. Though Sennheiser’s Momentum 5 are comfortable and have great noise cancellation, Bose outpaces them. Additionally, Bose’s QuietComfort Ultra (2nd Gen) sports deeper, more comfortable earcups than the Momentum 5. Bose’s premium headphones also fold tightly, which is great for portability when you need to quickly throw the headphones in your personal bag.

In the noise-canceling department, Bose’s premium headphones are better at minimizing low- to midrange frequencies, such as a plane engine and human voices. Bose’s noise cancellation is smoothly deployed and nearly imperceptible, which decreases ear fatigue after hours of wear. 

Writer’s choice

Choosing between these two headphones is not a black-and-white choice, as they both deliver suitable sound, noise cancellation, battery life, and comfort. However, you should choose the Sennheiser Momentum 5 if device longevity, critical listening, and Dolby Atmos compatibility are top of mind. You should choose the Bose QuietComfort Ultra (2nd Gen) if an easygoing, highly comfortable pair of headphones with exceptional noise cancellation is your main priority.

Also: Bose’s QuietComfort Ultra shows the company still outperforms Apple in one key area

Objectively, the Momentum 5 delivers significantly more playtime than the QuietComfort Ultra (2nd Gen), but Bose’s headphones offer better noise cancellation and comfort. Thus, I’ll reach for the QuietComfort Ultra (2nd Gen) over the Momentum 5.





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It kind of makes no sense that literally every new car sold these days can go twice the regular speed limit in most countries. Even a Toyota Prius tops out at 115 mph, and reaching that speed in 99% of the world can easily land you in jail, or at least with a large dent in your bank account from a truly massive speeding ticket. Meanwhile, supercars can easily blow a Prius out of the water — for example, the Chevrolet Corvette ZR1 can hit speeds more than double that.

Either way, top speeds are merely hypothetical and completely off-limits for 99% of the world. Yet no matter if you own a ZR1 or a Prius and you want to test that top speed claim, there are public roads where you can try. The most obvious choice is the German Autobahn, which has certain sections with no speed limits. This means that, if it is safe to do so, you can theoretically chase that top speed.

Besides the German Autobahn, the roadways on the Isle of Man — known for the Isle of Man TT — also has sections with no speed limits. About a decade and a bit ago, you were also able to max out your car on certain locations of the Australian Northern Territory, specifically the Stuart Highway. However, speed limits were reinstated in the interest of public safety in 2016. Besides the Isle and the Autobahn, if you want to max out your car, public roads simply aren’t an option.

Limitations and dangers on no-speed-limit roads

Although reaching the top speed on the Autobahn is possible, it is not as simple as merging and hitting the gas. For example, the A9 near Bayreuth, A20 in Mecklenburg, and parts of A24 between Berlin and Hamburg are without speed limits in certain sections. In total, around 70% of German autobahns don’t have a capped speed limit. Even on those unrestricted sections, German law sets a recommended speed of 130 km/h called the Richtgeschwindigkeit.

Exceeding it is not a criminal offense, but if you are involved in an accident above that threshold, it can affect your legal liability for the incident. German law also prohibits driving at any speed where your stopping distance exceeds your line of sight, which effectively puts a practical ceiling on how fast you can legally go based on road conditions. The AutoTopNL YouTube channel serves as a good educational basis for how one ought to approach high speed driving on the autobahn.

If Germany is too far away and you want a more rural experience while driving at ten-tenths, the Isle of Man is your only other option. Outside of towns you can press on, but keep in mind that these roads are much narrower and less protected, leaving no room for error. The best example is likely the Isle of Man’s TT Race, which the BBC called “the world’s most dangerous road race.” The Isle of Man TT and the Manx Grand Prix, held on the same roads that you can max out your car on, are races so dangerous that they have taken a collective 270 lives since inception.

Where do automakers actually test top speed claims?

For decades past, we’ve seen automakers advertising hypercars going over 250 mph, but not many people know the places where these tests are commonly carried out. For example, the fastest street-legal car on record, the Bugatti Chiron Super Sport 300+, reached its top speed of more than 300 mph on the Volkswagen Ehra-Lessien test track in 2019. This facility has 60 miles of private roads with a single straight that is 5.4 miles long.

There is also the Papenburg test facility, which features a 7.6-mile-long oval track banked at 50 degrees. This is where the Yangwang U9 Xtreme set the all-time production car top speed record at 308 mph in 2025, and where in 2023 the Rimac Nevera drove 171 mph backwards — not something you can do on the German autobahn. Italy’s Nardò Ring is a 7.8-mile circular track built by Fiat in 1975 and now owned by Porsche. It is so large it is visible from space, and so well-banked that a car traveling at 149 mph in the outer lane doesn’t need to be steered and can simply be driven straight. This last test track is perhaps best known from the 2012 Top Gear episode where Jeremy Clarkson, Richard Hammond, and James May pushed a Lamborghini Aventador, a Noble M600, and a McLaren MP4-12C to their limits. 

America’s equivalent is the former Space Shuttle Landing Facility at Kennedy Space Center, now operating as the Johnny Böhmer Proving Grounds. The 3.2-mile runway is where the SSC Tuatara hit 295 mph in 2022. Although these aren’t typically open for public joyriding, they are a few of a very limited number of places where top speeds are actually tested.





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