Tire Test - Vredestein Perfect-E

Published: by
Facebook like buttonTwitter like buttonEmail share button

Test Summary

Conclusion: 2 / 5 Not Recommended
Weight: 693 grams
Rolling Resistance: 27.3 watts
Puncture Resistance: 13 / 4

Vredestein Perfect-E road bike tire on a rolling resistance test machine

The Vredestein Perfect-E is a tire which has been specifically designed for use on E-Bikes. As expected for a tire that was designed for E-bike use, it has the ECE-R75 approval (up to 50 km/h). After checking the Vredestein website, the Perfect-E should be one of their fastest tires as they rate it the maximum of 6/6 on rolling resistance. It has a 30 TPI carcass, Vredestein OSP compound, and the Vredestein 'excellent protection' puncture protection.

The 'excellent protection' means there is a thick weave polyamide layer under the tread. This thick weave polyamide layer is still much thinner than the 3 or 5 mm thick layer the Schwalbe Marathon (read review) and Marathon Plus (read review) have. Vredestein also has the 'xtreme protection' puncture resistance system. This system does use both the polyamide layer and also a thicker, more elastic layer of rubber under the tread. The xtreme protection is used in the Vredestein Perfect Xtreme.

Manufacturer Specs
Brand Vredestein
Model Perfect-E
Year 2015
Supplied By Supplied by Continental
New or Used New
Mileage 0 km
Price Range Med
Manufacturer part number
TPI 30
Bead Wire
ETRTO 37-622
Size Inch 28"
Width mm 37.00
Specified Weight 660 grams
Max Pressure 80
Made In
Available Sizes 47-622 (28x1.75)
40-622 (28x1.50)
37-622 (28x1.40)
47-559 (26x1.75)

Vredestein Perfect-E Test Results

Vredestein Perfect-E Touring/E-Bike on a rolling resistance test machine

Size and Weight Measurements

Size and Weight Measurements (Bike Wheel: 622-17C, Pressure: 60 psi / 4 bar)
Specified Weight 660 grams
Measured Weight 693 grams
Measured Width 37 mm
Measured Height 37 mm
Tread Depth 2.2 mm
Total Tire Thickness Center 4.8 mm
Total Tire Thickness Sidewall 1.40 mm

While specified weight is 660 grams, my sample comes in at 693 grams. The measured width of the 37-622 Perfect-E is 37 mm and height is 38 mm. Sizewise, the Perfect-E measures very nice. It's good to see a 37-622 rated tire actually measure 37 mm wide. Most tires seem to come a bit short.

Tread depth is 2.2 mm, which is above average and indicates there's plenty of rubber on the tire. The total thickness of the tire at the center of the tread is 4.8 mm. 4.8 mm indicates the puncture resistance material is quite thin. The sidewalls measure 1.4 mm thick, which is an average value.

Loading Chart...
Loading Chart...

Rolling Resistance Test Results

Rolling Resistance Test Results (Speed: 29 kmh / 18 mph / 8 m/s, Load: 42.5 kg / 417 N)
Inner Tube Conti Tour 28 (170 gr butyl)
Rolling Resistance 90 psi / 6 Bar No Data Watts
CRR: No Data
Rolling Resistance 75 psi / 5 Bar 24.6 Watts
CRR: 0.00737
Rolling Resistance 60 psi / 4 Bar 27.3 Watts
CRR: 0.00818
Rolling Resistance 45 psi / 3 Bar 32.0 Watts
CRR: 0.00959
Rolling Resistance 30 psi / 2 Bar 41.3 Watts
CRR: 0.01238
Use the formula: RR (watts) = CRR * speed (m/s) * load (N) to calculate rolling resistance at a given speed and load

For a tire that is supposed to have the lowest rolling resistance in the Vredestein lineup, the Perfect-E doesn't impress in the rolling resistance test. With a rolling resistance of 24.6 watts at an air pressure of 75 psi, it's already 5 watts less efficient than our benchmark tire: the Schwalbe Marathon. When dropping air pressure, this disadvantage grows to 10.7 watts at an air pressure of 30 psi.

Even the Schwalbe Marathon Plus (read review) with its 5 mm thick anti-puncture layer has less rolling resistance. Let's hope the Perfect-E can impress us a bit more in the puncture resistance tests.

Loading Chart...
Loading Chart...

Puncture Resistance Test Results

Puncture Resistance Test Result (higher is better)
Puncture Resistance Tread 13 Points
Puncture Resistance Sidewall 4 Points
Puncture Factor Tread * 62 Points
Puncture Factor Sidewall * 6 Points
* Puncture Factor = Puncture Resistance * Total Tire Thickness
Puncture Factor provides a more realistic puncture resistance score for touring tires

In the puncture resistance tests, which measures the force required to puncture the tire, the Perfect-E doesn't impress either. With a score of 13 points in the tread test and 4 points in the sidewall test, it scores lower than the Marathon as well.

The Puncture Factor scores are calculated by multiplying the puncture resistance scores with the thickness of the tire. Because the Perfect-E doesn't use any thick anti-puncture layer and the thickness of the tire isn't impressive, both Puncture Factor Tread and Sidewall come in on the low side as well.

Loading Chart...
Loading Chart...


Vredestein Perfect-E Touring/E-Bike on a rolling resistance test machine

The Vredestein Perfect-E is a very mediocre tire. It doesn't impress us once, but on the other hand, also doesn't perform extremely poor in any of our tests. If these tires are already on your bike it probably wouldn't be worth replacing them. If you're looking for new tires, I'm sure better tires can be had at the same price point and weight. I'm looking forward to testing more Vredestein tires to see how they perform.

Rated 2/5 Not Recommended simply because much better tires can be had for the same price. The Schwalbe Marathon (read review) outperforms the Perfect-E in all of our tests and is still our number 1 recommendation.

RATING: 2 / 5
Not Recommended


Get updates on new articles