What screws can be used?

The original screws can be reused.

Which clutch can be used with the Epytec flywheels?

Basically, with our Epytec flywheels, the original clutch including pressure plate can continue to be used. Alternatively, sports or performance clutches can also be used, provided they correspond in shape, diameter, and toothing to the original clutch.Please clarify with the respective clutch manufacturer before purchasing whether the clutch is identical to the series clutch. If this is the case, it fits 100% with our flywheels.In many cases, we can also directly offer the suitable components. This means that, depending on the application, we can recommend and deliver a suitable clutch disc as well as a corresponding pressure plate that are optimally matched to our flywheels. Just get in touch with us — we are happy to advise you and put together a suitable solution.Important Note on the Use of Single-Mass FlywheelsMany vehicles are equipped with a dual-mass flywheel as standard, which actively dampens engine vibrations. If a single-mass flywheel is used instead in combination with a standard clutch, unwanted side effects may occur, as the standard clutch is not designed for this lack of damping.This can lead to the following problems:Jerking and vibrations, especially at idle or low speedsUnsteady starting behaviorIncreased stress on the clutch and transmissionAccelerated wear of the clutch discPartial noise formation, e.g. transmission rattleTherefore, for the use of a single-mass flywheel, we generally recommend a clutch disc that is matched to it with reinforced torsion springs and a suitable pressure plate. Only in this way can the missing damping of the standard dual-mass flywheel be sensibly replaced and a smooth and durable operation be ensured.

What material are the flywheels made of?

The flywheel is made of 16MnCr (Chromium Molybdenum) steel, therefore it has a density of 7.76 in kg/dm³

Do we also sell just the gear ring / gear of the flywheels?

No, we can only sell the flywheels as a complete set.

Should the starter be replaced when converting to a single-mass flywheel?

Yes – if the starter is still the old one, we recommend replacing it directly when converting to a single-mass flywheel (SMF).The SMF slightly changes the vibration and starting behavior. As a result, the starter may be mechanically more stressed during starting than before. A fresh starter ensures reliable starting processes and significantly reduces the risk of wear, noise, or starting problems.Moreover, the starter is already easily accessible during the flywheel change – the additional effort is usually small, but the benefit is great.In short: If the starter has not been replaced yet, it is best to proactively replace it during the SMF conversion.

Does a new clutch need to be broken in and if so, how long?

Yes – a new clutch should be broken in. We recommend a break-in period of several hundred kilometers after installation, typically around 500 km (for some setups, even up to 1,000 km). During this time, the clutch lining optimally adapts to the flywheel and pressure plate, manufacturing and handling residues are "removed," and a clean contact pattern is formed. This ensures optimal functionality and durability later on.Important: If the clutch is overloaded or "abused" during the first kilometers, the lining can overheat and get damaged (e.g., glazing/warping). Such damages are generally not covered by warranty because they result from improper use.How to properly break in your new clutchStart gently and moderate loads: During the first kilometers, avoid full-throttle starts or hard launches.Shift up early / shift down late: Keep RPMs and loads low, especially in lower gear ranges.Do not let it slip: Especially on hills, do not "hold" with the clutch, but start with the handbrake instead.No additional load: During the first 500 km, avoid towing trailers/caravans and strong continuous loads as much as possible.Is "clutch judder" normal at the beginning?Yes, after a clutch replacement, occasional judder or a slightly different pedal/start feel may occur in the first kilometers. This usually settles during the break-in period.However, if the judder remains noticeable even after about 1,000 km, you should have it checked in a workshop – it could be due to an installation or adjustment issue (release system, flywheel, alignment, etc.).

Does the Epytec flywheel have a TDC marking or additional ignition markings?

Our Epytec flywheels do not have a stamped TDC marking and generally no additional ignition markings either. This is intentionally designed because, depending on the engine/gearbox combination, housing/pointer, sensors, and peripherals used, different markings or references are required. Instead of a universal marking, we use – as with the original – the mechanical reference via the pin on the back (corresponding to the principle of the series flywheel).How do I correctly transfer the TDC marking?If you need a visible TDC marking for your settings (e.g., for timing), proceed as follows:Turn the original flywheel to TDC before disassembly (set the engine exactly to TDC).In this position, check the TDC position on the original at the pointer/marking window.Transfer TDC marking to the new flywheel:Mount/align the new flywheel in the same position (via the pin as in the original) and mark the TDC position accordingly on the new flywheel.This way, you have a TDC marking that fits exactly to your engine/setup.

What is the coefficient of friction of the flywheel?

Basically, you can assume that our Epytec flywheels have a friction coefficient at least at the level of an original cast flywheel. In practice, it is often even slightly better due to the higher alloyed steel used, as the material offers a very stable friction surface.However, it's important to note that the "actually usable" friction coefficient in the vehicle is not determined solely by the flywheel but always by the overall system – primarily, this includes:the material of the clutch disc/friction linings (organic, sintered, performance blends)the condition and surface of the friction surfaces (clean, grease-free, correctly installed)the proper break-in of the clutch to ensure an even contact patternThe lining material, in particular, has the greatest influence here. If you use a sport or sinter clutch, the friction behavior can differ significantly from a standard clutch. Therefore, you should inquire about the exact friction coefficient or the specifications of the friction disc from the manufacturer of the clutch/friction disc.

Is the flywheel pre-balanced or is it balanced to zero?

Our flywheels are delivered with the specified unbalance (i.e., not "neutral" to zero).This is how we set the unbalance precisely: We first balance the flywheel to 0. Then, we attach a test mass at the designated location, which exactly corresponds to the desired unbalance, and balance the flywheel with this test mass again to 0. Once the test mass is removed, the exact specified unbalance remains in the flywheel.

Lightweight flywheel Flywheel VW Polo 2.0 R WRC 6R 6C Replacement for 06K105266G Flywheel Steel EMS

Name: Lightweight flywheel Flywheel VW Polo 2.0 R WRC 6R 6C Replacement for 06K105266G Flywheel Steel EMS
Brand: EPYTEC
SKU: 1335
Price: 185.06 GBP
Availability: InStock

£185.06*

Prices incl. VAT plus shipping costs

Available

Product number: 1335

Delivery by Wednesday, 15.07.2026 if you order within the next 1 Hour.

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19 Jahre Expertenwissen

Product information "Lightweight flywheel Flywheel VW Polo 2.0 R WRC 6R 6C Replacement for 06K105266G Flywheel Steel EMS"

Lightweight Steel Flywheel for VW Polo 2.0 R WRC (6R, 6C) – 7.5 kg

Our lightweight single-mass flywheel (SMF) for the VW Polo 2.0 R WRC was specifically developed for models with 162 kW / 220 hp. It replaces the original dual-mass flywheel (OE number 06K105266 G) with a weight of approx. 12 kg with a significantly lighter, precision-manufactured SMF version weighing only approx. 7.5 kg.

Advantages of Our Flywheel

our flywheel weighs only 7.5 kg the stock flywheel over 12.0 kg
all our flywheels are made of chromoly steel with grade G 1.75, suitable for high-revving engines
approved for unlimited horsepower
significantly better acceleration due to reduced rotating mass
engine revs up faster
more direct throttle response
suitable for motorsport, racing, or production vehicles
lower fuel consumption
significant reduction of turbo lag
precise fine balancing ensures reduced bearing load
includes starter ring gear
can be used with standard clutches or performance clutches
our flywheels do not require registration as they have no direct impact on actual performance

Compatibility

Suitable for the following models / engines:

VW Polo (6R, 6C) 2.0 R WRC
162 kW / 220 PS / 217 hp

Compatible with all standard and performance clutch systems installed in the Polo R WRC models that are identical in design to the original system. The original dual-mass flywheel is completely replaced.

Scope of Delivery

1x lightweight SMF steel flywheel – 7.5 kg

Our lightweight flywheels do not require registration and therefore do not need to be registered.

Manufacturer: Epytec

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Motor	Motorcode
2.0 R WRC	6C1\|220PS(162KW)
2.0 R WRC	6R1\|220PS(162KW)

Motor	Motorcode
2.0 R WRC	6C1\|220PS(162KW)
2.0 R WRC	6R1\|220PS(162KW)

Steel Braided Brake Line Steel Flexible Brake Hose front Axle VW Golf MK4 R32 Audi A3 S3 A1 Ibiza Pol

✓ Length: 57cm
✓ M10x1 curved on the outside
✓ M10x1 straight on the inside

£82.78*

Product number: SF100