Rega RP6 – Complete Review & Hearing Test
Rega RP 6 Review & Test
Roy Gandi has several simple rules in designing a turntable. Reduce the mass and increase the strength, move structural resonances to the upper range of the frequency spectrum, minimize damping, and reduce engine vibration without using mechanical aids. The new Rega RP6 is an example of how it looks in practice.
The turntable housing is lighter, but in comparison to the model RP5, two metal stiffeners are connecting them. The platter base is made of aluminum and the platter is a two-layer glass. The second layer is a glass rim that increases the peripheral moment and further dampens the base platter. Thanks to sophisticated engine vibration control the engine is hard-connected to the housing and is located close to the sub-platter. Like the rest of the Rega turntables, this does not have a sub-chassis so it is separated from the base with the legs that are taken from the RP9 model.
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Another simple and well-designed product that promises good sound. For all those wondering why here’s a little bit of explanation. The turntable is a mechanical device that is sensitive to everything, including itself. This “all” is primarily the actual situation in which the turntable is located at a distance from speakers that are the source of vibrations. The needle that is in the groove runs through the groove vibrating and tries (in the best sense) to transfer what is printed there.
The needle is connected with a turntable over its casing (cartridge) attached to the tonearm. In most cases, the tonearm is connected through a casing to a platter rotating around its axis. On the platter, there is a record, and the platter is on the axis that allows the desired rotation. To have a platter rotated you need a motor that also needs to be here somewhere. All this is more than enough source of trouble. Suppose the needle will not have a problem to read the groove content. But there is a tonearm that holds the cartridge. The tonearm should allow the non-vibrating environment to the cartridge. But the fact that we have something vibrating on top of it(needle) and it is not an easy task.
We are looking for those vibrations that are inspired by music rather than by structural resonances. The platter needs to be the ideal support for the record featuring a music message. In the real world, the platter also resonates a little bit instead of turning in silence. Nothing terrible, but when we add an imperfect platter to the imperfect tonearm the chances of good sound progressively drops. Then the motor comes in the game that will turn the platter via the belt of the driven turntable. The belt is a good idea because the ideal motor doesn’t exist.
This has remained the problem of direct-drive turntables, namely those in which the axis on which the platter is at the same time an electric motor axis. The belt should compensate miniature nonlinearity of the motor which a good idea. The theory is all good until a practical check arrives. And then things are not very brilliant.
What do you think is happening when the needle comes to what is called a strong modulation? When someone on the record decides to “crush on the drum”? The needle goes into a tough fight with help from the mass of the platter on which the record is and the torque of the motor. We said the motor and the platter were connected to a belt with a certain elasticity. Now, this elasticity does not come in hand because the belt acts like a clutch on the car. One of the records that crushed on the drum slowed down a bit because the needle/platter/motor connection was swinging like an elastic spring. For those who think it’s just enough to increase the mass of the platter and the torque of the engine, I have bad news. The heavier platter will produce more noise in the bearing that sits on its axis.
- GLOSS BLACK - INCLUDES MANUAL, TTPSU POWER SUPPLY, DUST COVER - DOES NOT...
- The RP6 has been designed and engineered to achieve outstanding performance...
- The RP6 is fitted with a hand assembled RB303 tonearm, precision main...
- The compact TT-PSU uses a high stability crystal locked low distortion sine...
- Designed using the latest 3D CAD technology the new RB303 is the...
The platter itself will require extra isolation from itself, except for weight. Then we will need to isolate a tonearm from that noise that is already sufficiently tormented with the needle and its resonances. A stronger engine means more noise from the engine. If you are going to solve all these problems, you will end up with a turntable that has to weigh at least tens of pounds. Just imagine what kind of a heroic venture is to solve the same problems with a directly powered platter!
If you’re Roy Gandhi then you go in the other direction. So the Rega RP6 is a lightweight turntable that looks like a set of very simple solutions. And really, they are simple, but getting to the same is not easy. That’s why Roy Gandi is a big name. How to keep everything to a minimum and get the most out of it – that is the right question. What is reliably known is that the shortening of the drive belt and the control of the vibration of the motor can significantly reduce the clutch effect. And here general knowledge is standing so it remains to answer the question of how Rega RP6 sounds.
Rega RP6 Sound Test
This turntable came to the test at a time when the fascinating Sota Star rotated the records in my system and waited to write the text. Rega RP6 has something in common with four times expensive Sota. And that’s the tonearm. Sota Star uses Rega RB 301, while RP6 has the new RB 303, which we will treat as the identical products for the needs of the text. As the Grado cartridge Model Reference 1 was mounted on Sota, it went to RP6. We have two, almost identical Rega tonearms and the same cartridge.
So we can easily find out how important the rest is. Before continuing, I have to draw attention to the three facts to the readers. First, the price difference between these two turntables is enough to buy a whole, sounding great, Rega system. Second, this is not the best Rega turntable and the idea is not to show how much Sota or Rega is worth. The Grado cartridge itself is more expensive than the RP 6 turntable and here is how to reduce the number of variables. Suppose Sota Star is a reference to which we will measure the range of the Rega RP6.
Grado Reference 1 is the cartridge we wrote about and which showed in the Sota all Grado’s luxuries of color and musicality for which lovers appreciate it in particular. Rega RP6 could not convincingly present all the qualities of this cartridge because it was primarily lacking in harmonic upgrades. Everything was true but modestly displayed. In the lower part of the spectrum, there is a lack of energy and lightness that swaying unstoppable from the bottom towards the center. The middle is quick and accurate, but more oriented to a faithful display of basic information than on a fine upgrading. So it is with the treble area that will not suffer from lack of information but the lack of microdynamics. The space definition is very good but not great.
Are Sota turntables four times better? Of course not. But it was not all on Sota’s side. Rega RP6 spins a record as a CD player spins a CD! This feeling of stability and precision of rotation has only direct driven turntables but it is difficult to approach Rega when it comes to the overall persuasiveness of the presentation. For that amount of money, I have not heard a turntable that can do it and at the same time not significantly affected anything else.
If we remove the expensive Grado from the story a functional improvement will occur. Grado Reference has by Rega standards, as well as a large number of other cartridges, an oversized housing, so the tonearm should be raised to provide the appropriate angle on which the needle is sitting in the groove.
For this, we need a special pad that goes under the tonearm. No special problem, except that an appropriately raised tonearm now prevents the use of the lid! On the Rega turntables, you can use only cartridges of the appropriate height, otherwise, you will fight against dust despite the lid. Constructive failure or conviction that you don’t need better than what Rega offers.
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What to say in the end? Turntables are complicated devices and if you want a good sound with a minimum of hassle Rega is an unbeatable choice. Like every lightweight turntable, RP 6 is particularly sensitive to the underlying surface so it takes a lot of effort. Additionally, for this amount of money, it is hard to find a device that has so skillfully balanced virtues and defects, which is made with such precision and plays so precise.
Here is the Rega RP6 Manual Download.
- Well defined and dynamic sound
- Easy to use
- Superior build
- Includes the outboard
TT PSU power supply
- Perfect combo
of cartridge and player
- Looks almost exactly
like older models
Rega RP 6 Specifications:
- Width 448mm
- Depth 365mm
- Height 120mm (Dustcover closed)
- Weight 5.2kg
- The increased drive delivered by the upgrade belt offers greater speed,...
- A hand assembled moving magnet cartridge which uses a high quality...
- Housed in Rega's unique, lightweight, high rigidity cartridge body, the...
- A high quality mat manufactured from 100% natural wool. Wool, having...
- Housed in Rega's lightweight, high rigidity cartridge body, the Bias 2...
- Genuine Rega replacement glass platter for Planar/RP/P turntables.
- Can also be used as an upgrade platter for the Rega Planar/RP/P 1...
- 295mm ≈ diameter x 10mm ≈ thick. 18mm ≈ center hole diameter
- The Neo PSU is an advanced turntable power supply providing user...
- The Neo PSU is compatible with the following Rega turntable models: P3-24 /...
- Using the same DSP (digital signal processing) generator found in the RP10...
- Output to motor bi-phase = 24 V AC protected by resettable fuse. Power...
- Made from an ultra-pure rubber designed for Rega's cartridges, but now...
- Far superior to the standard Rega Belt
- New material is smoother and stronger than the standard drive belt
- Works with any Rega turntable
- Rega recommends replacing the belt on their tables every 4-5 years
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