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Von Schweikert Research VR-3
This is the little brother of the speaker
which has made history as "The best we have ever heard", the large two-split Von
Schweikert Research VR-4.
Little brother is also called VR-3 and it
is built on exactly the same principles. Simply put, the designer Albert Von Schweikert
wants to create hi-fi speakers that will perform like a microphone in reverse, i.e. a full
360 degree diffusion from one single point. That is to say not a simple task, but to his
aid he has had four elements (five in the case of the VR-4), a minimal baffle and a
mid-range which covers the to the ear so important range of 175 Hz to 3.5 kHz. Just like
the VR-4, the VR-3 has a large separate reflex cabinet for the bass, on which a smaller,
sealed box for the mid-range is mounted, which in its turn carries two freely mounted
treble elements. One forward, but also one backward pointing, in order to create a more
linear frequency reflex spectrum, so that the timbre from the direct and the reflected
sound correspond to one another. The backward pointing treble may be level adjusted, but
may also be reduced to zero.
The 10" bass is placed at the very
bottom of the front of a dead and very heavy bass cabinet, with triple walls and filled
with the company's own "Gradient Density Dacron."
Apart from the diffusion, the designer has
another obsession. In order for a speaker to reproduce the finest nuances of sound, it
should be as heavy and stable as possible. VR-3 is as a matter of fact the heaviest
speaker of the test, but it may also be sand filled up to a weight of over 50-kg.
Sound
So far so good about the technology, but how does the VR-3 sound?
Well, just like the NHT models, there is a striking, even astonishing, similarity of sound
and perspective between the VR-3 and the almost twice as expensive VR-4. The VR-3 has a
remarkable capacity to paint a surrounding and vibrating, translucent world of sound. The
usually so difficult to grasp sense of presence of recordings, is at times reaching hair
raising levels with the VR-3. Despite being principally a circle radiating speaker it
never becomes woolly or diffuse, but it manages to give a very fine-tuned precision to the
sound. The NHT 2.9 may well be perceived to be even clearer and more precise, but this
more due to the fact that the VR-3 has a sort of easy flowing softness to it, compared to
the more sharp-edged NHT. Right or wrong, it is two different ways of looking at things
and we can live with both. Personally I have a strong weakness for this type of circle
radiating and all surrounding sound, but in the case of the VR-3 there is not even a loss
of a single ounce of stereo precision. Honor is due to the homogeneity and the transparent
and clear stereo sound, but it will probably be the granite solid bass that will impress
you the most when it comes to the VR-3. Despite its relatively modest size, the speakers
easily go down to 20 Hz in the audio and that we had definitely not expected.
So if you are looking for a real doomsday
bass, then the VR-3 is a natural choice. Without having compared them side by side, the
VR-3 seems capable of reaching a level of 80%, well almost 90%, of the sound quality of
its expensive big brother VR-4. Who could have thought that?
Conclusions
Strictly speaking,
there are only winners this time, keeping in mind that each and
every one is a definite step upwards as to sound quality, from, say
SEK 10.000 to 15.000 range.
We appreciate the KEF Reference 3 for its
perfectly neutral attitude and its high sensitivity. The Audiovector M3si is appreciated
for the genuinely musical and full timbre, in combination with a very fine transient
handling.
And finally the Von Schweikert VR-3, for
its presence and almost uncannily realistic three-dimensionality. And, last but not least
for its controlled deep bass capacity.
The choice between the four above is more
of a philosophical than a pure technical question. If I were forced to make a choice, I
would probably go for the Von Schweikert...but it would be hard to let go of the NHT.
HiFi & Musik
Number 1
January 1998 |