Few fields argue about “worth the money” as fiercely as audio. One camp says expensive things are expensive for a reason; the other says it is all placebo. Both are half right.
There is only one way to settle it: follow the money component by component as the price goes up.
Where the money actually goes
Driver units
The diaphragm and magnet assembly that make the sound. Cheap speakers use paper or low-grade plastic diaphragms with small ferrite magnets. Expensive ones use aluminium, ceramic or woven composites with neodymium magnets.
The crux is whether the diaphragm can hold its shape and stop quickly. If the material is soft, the diaphragm flexes on its own while producing sound, and that flexing mixes in as sound that was never in the recording. Up to here, price is honestly reflected.
The enclosure
Surprisingly, a lot of money goes here. A thin cabinet resonates along with the driver, and that sound is not music. Expensive speakers use a thick front baffle and internal bracing so the box does not sing.
Weight is the tell. If two speakers are the same size and one is twice as heavy, that is the one that spent money on the box.
The crossover
The circuit deciding which frequencies go to the tweeter and which to the woofer. Cheap products split roughly with a few capacitors and coils. Expensive ones split precisely using tight-tolerance parts and ship left-right matched pairs.
Measurement and tuning
The least visible item and the most expensive. Measuring and revising hundreds of times in an anechoic chamber costs equipment and labour. A product that skips this sounds wrong even with good parts. Good components and good sound are different problems.
The physics you cannot beat
This is where it matters. There is territory money does not solve.
Bass is ultimately a question of how much air you move. Diaphragm area × excursion is all there is. A palm-sized speaker producing a real 40Hz is physically impossible.
The audio industry has a well-known rule for this. A speaker can have only two of: ① small size ② deep bass ③ high efficiency. Any product claiming all three is quietly giving up one of them.
Which is why things like this happen.
- A large $150 bookshelf speaker has better bass than a $750 micro speaker
- The “rich bass” of a small speaker is usually an artificial boost around 100Hz — not real bass but upper-bass that sounds like it
The room beats the speaker
The most common reason people buy a proper speaker and still get mediocre sound is the room.
Sound bounces off walls and returns. The original and the reflection overlap, and some frequencies get louder while others vanish. Bass in particular booms or disappears entirely depending on room dimensions. This deviation commonly exceeds 10dB — far more than the improvement from moving up a speaker tier.
Things to try, cheapest first.
- Pull the speakers at least 20–30cm off the wall. Against the wall, bass bloats
- Place the two speakers and your seat as an equilateral triangle. This alone sharpens the stereo image
- Get the tweeters at ear height
- Remove reflective surfaces between you and the speakers (glass tables, monitors)
- If bass still booms, move your listening position 30cm forward and back. The dead centre of a room and right against the back wall are generally the worst spots
Changing speakers before doing all five is doing it in the wrong order.
Things that are not worth the money
- Speaker cable. Once the gauge is adequate and the contacts are clean, no difference is measurable beyond that. Hundred-dollar cables are the oldest argument in this field and have never been consistently identified in controlled listening tests
- Most power-related accessories. Unless you actually have noise in your supply, expect little
- The frequency range on the spec sheet. “20Hz–40kHz” means nothing without stating how far the level has fallen at those extremes (a ±3dB condition, say)
Conversely, some things clearly are worth it.
- Stands and isolation. Holding the speaker steady is cheap and effective
- A subwoofer. The only way to physically solve a small speaker’s bass limit
- An amp or receiver with measurement-based room correction. It partially undoes the room problem
So how much should you spend?
For a typical room and typical listening habits, this is roughly where perceived improvement flattens.
| Range | What changes |
|---|---|
| Up to ~$40 | It makes sound. Voices smear and there is almost no bass |
| $80–250 | The biggest improvement happens here. Instruments start to separate |
| $400–1,200 | Bass genuinely extends and imaging sharpens. A sufficient destination for most people |
| $2,500 and up | Differences exist but shrink. They do not even reveal themselves unless the room and the source support them |
The key is not spending the whole budget on the speakers. With the same $800, putting a $500 speaker on stands and getting the placement right almost always beats an $800 speaker shoved into a corner.
In short
- Price goes honestly into drivers, cabinet, crossover and measurement — but returns diminish fast
- Bass is a question of size. A small, cheap speaker with good bass cannot exist
- The room’s influence exceeds the difference between speaker tiers. Fix placement first
- Cables and power accessories are low priority; stands, subwoofers and room correction are high priority
- The biggest leap happens in the $80–250 range. For most people it ends under $1,200
Frequently asked questions
Are expensive Bluetooth speakers better too?
The same principles apply but the limits are sharper. Small size physically constrains bass, and compression enters on the wireless leg. If portability is the point, stop in the middle of the price range; if sound is the point, choose something with a wired connection.
What should I look at on a spec sheet?
Whether the frequency response is quoted with a tolerance such as ±3dB, what the sensitivity (dB/W/m) is, and whether the impedance suits your amplifier. A frequency range with no tolerance condition, and “maximum output in watts,” are closer to marketing numbers.
What about used speakers?
They are the best value option. Speakers have few components and few failure modes, so they last. Do check by ear whether the diaphragm surround has perished and cracked, and whether there is any buzzing mixed into the sound.
Isn’t audio all in your head anyway?
Partly yes and partly no. Differences such as frequency response and distortion are measurable and reproducible. At the same time, listening tests have repeatedly confirmed that knowing the brand or the price genuinely changes people’s assessments. Which is why comparing blind, where possible, is the most accurate approach.
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