Adjust Result Weighting
The overall scores below are calculated using our weighting system. Since the original publication may use a different scoring methodology that wasn't shared, these results may differ from their published rankings. You can adjust the weightings below to explore how different priorities affect the results.
Test Results Data
BEST
Good
Average
Below Average
Cells are colour-coded from green (best) to red (worst). The Total Score reflects the weighted sum of all categories. A ★ marks the best tyre in each test.
| # | Tyre | Total Score | Dry | Wet | Value | ||||||||||
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| Braking M | Handling s | % | Braking M | Handling s | Circle s | Straight Aqua Km/H | Curved Aquaplaning m/sec2 | % | Price | Rolling Resistance kg / t | Fuel Consumption l/100km | % | |||
| 1 | Continental Premium Contact 6 | 97.5% | 34.2 ★ | 107.1 ★ | 100% | 29.8 2 | 68.1 2 | 20.5 ★ | 81.2 | 67 | 98% | 969 | 8.46 | 5.26 | 78% |
| 2 | Nokian Hakka Blue 3 | 97.2% | 35.1 3 | 108.3 | 98.2% | 28.6 ★ | 67.9 ★ | 20.6 2 | 81.8 2 | 67.3 | 99.1% | 1069 | 8.23 | 5.49 | 76% |
| 3 | Bridgestone Turanza T005 | 96.9% | 35.1 3 | 107.6 2 | 98.5% | 32 | 68.2 3 | 20.7 3 | 81.8 2 | 69.8 ★ | 96.5% | 879 | 7.12 | 5.24 | 84.5% |
| 4 | Toyo Proxes Comfort | 96.3% | 35 2 | 107.7 3 | 98.6% | 31.7 | 68.7 | 20.7 3 | 80.7 | 68.7 3 | 96.2% | 779 2 | 8.22 | 5.41 | 80.9% |
| 5 | Michelin Primacy 4 | 96.2% | 35.3 | 107.8 | 98.1% | 31.3 3 | 69.1 | 21 | 84.9 ★ | 68.9 2 | 96.5% | 1039 | 7.87 | 5.29 | 79% |
| 6 | Goodyear EfficientGrip Performance 2 | 95.6% | 36 | 107.8 | 97.2% | 33 | 68.9 | 20.9 | 80.4 | 67.9 | 94.8% | 869 3 | 7.15 | 5.14 3 | 85.3% |
| 7 | Nokian Hakka Green 3 | 94.2% | 37.5 | 109.4 | 94.6% | 33.7 | 69.1 | 21.2 | 79.4 | 67.3 | 93.6% | 1019 | 6.29 2 | 5.17 | 87.3% |
| 8 | Continental EcoContact 6 | 93.8% | 36.3 | 108.3 | 96.6% | 34.2 | 71.7 | 21.6 | 77.7 | 65.4 | 91.4% | 989 | 6.48 3 | 5.07 ★ | 87.4% |
| 9 | Michelin e.Primacy | 93.1% | 35.6 | 108.4 | 97.4% | 36.3 | 72.4 | 22 | 75.2 | 64 | 88.9% | 1119 | 5.64 ★ | 5.13 2 | 90.6% |
| 10 | Petlas Imperium PT515 | 91.1% | 37.9 | 108.7 | 94.4% | 38.2 | 72.6 | 22.1 | 78.4 | 66.6 | 88.6% | 621 ★ | 8.39 | 5.48 | 83.9% |
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Dry
100%
Wet
98%
Value
78%
View detailed scores
Dry
Dry Braking
34.2 M
★
Dry Handling
107.1 s
★
Wet
Wet Braking
29.8 M
2
Wet Handling
68.1 s
2
Wet Circle
20.5 s
★
Straight Aqua
81.2 Km/H
Curved Aquaplaning
67 m/sec2
Value
Price
969
Rolling Resistance
8.46 kg / t
Fuel Consumption
5.26 l/100km
Dry
98%
Wet
99%
Value
76%
View detailed scores
Dry
Dry Braking
35.1 M
3
Dry Handling
108.3 s
Wet
Wet Braking
28.6 M
★
Wet Handling
67.9 s
★
Wet Circle
20.6 s
2
Straight Aqua
81.8 Km/H
2
Curved Aquaplaning
67.3 m/sec2
Value
Price
1069
Rolling Resistance
8.23 kg / t
Fuel Consumption
5.49 l/100km
Dry
99%
Wet
97%
Value
85%
View detailed scores
Dry
Dry Braking
35.1 M
3
Dry Handling
107.6 s
2
Wet
Wet Braking
32 M
Wet Handling
68.2 s
3
Wet Circle
20.7 s
3
Straight Aqua
81.8 Km/H
2
Curved Aquaplaning
69.8 m/sec2
★
Value
Price
879
Rolling Resistance
7.12 kg / t
Fuel Consumption
5.24 l/100km
Dry
99%
Wet
96%
Value
81%
View detailed scores
Dry
Dry Braking
35 M
2
Dry Handling
107.7 s
3
Wet
Wet Braking
31.7 M
Wet Handling
68.7 s
Wet Circle
20.7 s
3
Straight Aqua
80.7 Km/H
Curved Aquaplaning
68.7 m/sec2
3
Value
Price
779
2
Rolling Resistance
8.22 kg / t
Fuel Consumption
5.41 l/100km
Dry
98%
Wet
97%
Value
79%
View detailed scores
Dry
Dry Braking
35.3 M
Dry Handling
107.8 s
Wet
Wet Braking
31.3 M
3
Wet Handling
69.1 s
Wet Circle
21 s
Straight Aqua
84.9 Km/H
★
Curved Aquaplaning
68.9 m/sec2
2
Value
Price
1039
Rolling Resistance
7.87 kg / t
Fuel Consumption
5.29 l/100km
Dry
97%
Wet
95%
Value
85%
View detailed scores
Dry
Dry Braking
36 M
Dry Handling
107.8 s
Wet
Wet Braking
33 M
Wet Handling
68.9 s
Wet Circle
20.9 s
Straight Aqua
80.4 Km/H
Curved Aquaplaning
67.9 m/sec2
Value
Price
869
3
Rolling Resistance
7.15 kg / t
Fuel Consumption
5.14 l/100km
3
Dry
95%
Wet
94%
Value
87%
View detailed scores
Dry
Dry Braking
37.5 M
Dry Handling
109.4 s
Wet
Wet Braking
33.7 M
Wet Handling
69.1 s
Wet Circle
21.2 s
Straight Aqua
79.4 Km/H
Curved Aquaplaning
67.3 m/sec2
Value
Price
1019
Rolling Resistance
6.29 kg / t
2
Fuel Consumption
5.17 l/100km
Dry
97%
Wet
91%
Value
87%
View detailed scores
Dry
Dry Braking
36.3 M
Dry Handling
108.3 s
Wet
Wet Braking
34.2 M
Wet Handling
71.7 s
Wet Circle
21.6 s
Straight Aqua
77.7 Km/H
Curved Aquaplaning
65.4 m/sec2
Value
Price
989
Rolling Resistance
6.48 kg / t
3
Fuel Consumption
5.07 l/100km
★
Dry
97%
Wet
89%
Value
91%
View detailed scores
Dry
Dry Braking
35.6 M
Dry Handling
108.4 s
Wet
Wet Braking
36.3 M
Wet Handling
72.4 s
Wet Circle
22 s
Straight Aqua
75.2 Km/H
Curved Aquaplaning
64 m/sec2
Value
Price
1119
Rolling Resistance
5.64 kg / t
★
Fuel Consumption
5.13 l/100km
2
Dry
94%
Wet
89%
Value
84%
View detailed scores
Dry
Dry Braking
37.9 M
Dry Handling
108.7 s
Wet
Wet Braking
38.2 M
Wet Handling
72.6 s
Wet Circle
22.1 s
Straight Aqua
78.4 Km/H
Curved Aquaplaning
66.6 m/sec2
Value
Price
621
★
Rolling Resistance
8.39 kg / t
Fuel Consumption
5.48 l/100km
Not every driver has the same priorities. Adjust the category weightings above to re-rank the tyres based on what matters most to your driving style.
Scores are colour-coded from red (weakest) through yellow to green (strongest) to help you quickly spot each tyre's strengths and weaknesses.
The original test ranking is shown in the # column. Arrows indicate how each tyre moves when your custom weighting is applied.
I wonder if you wear down those non-eco tyres down to eco-tyre thread depts what would consumption will look like....
A magazine did it and it ended up pretty close...
Why on earth is the fuel consumption test set up so clumsily?!
Driving in a continuous circle, which introduces centrifugal forces and changes the characteristics of each tyre...
Using a petrol engine, which wastes more than 75% of energy in the cooling system, is of course going to minimise the effects. They really could not find a single electric car in all of Sweden...?
With EVs, rolling resistance makes up more than half of the typical consumption.
I run an Jaguar I-Pace EV. I have switched from the OEM B label Good Years summer tyres to A label Pirelli's. (The Pirellli's are all season tyres,, which I run in winter.)
I have a clearly measured improvement in efficiency of more than 1.5kWh per 100km, or nearly 10%. 10% more range, 10% less charging time etc, that really makes a difference.
It is very encouraging to see that all manufacturers increasingly understand the importance and field gradual improvements with each new tyre released. In my opinion this 'test' does little to advance understanding or awareness as it leads to dismissing the entire notion as marketing. While the pressure shoulf IMO be to gain the tangible, real benefits without the trade-off disadvantages that speaks from this test.
Because fuel consumption tests are hard. Driving in a straight line introduces wind issues. We have the bench tests of the tyres so we have actual rolling resistance data of the tyres fortunately.
And yes you're right the RR effect of a tyre on an EV is around 3x an IC. EVs still aren't usually part of test fleets yet because of the recharge time and the amount of energy used in a full test.
Funny to see that some brand new tyres have just 2 mm thread more than the value (4mm) some few years ago manufacturers was suggesting as limit for safe wet conditions...
I will never trade 5.6 meters on wet bracking or 10 km/h margin on aquaplaning for 0.2 l/100km... (happy to spend extea 0.36 €/100km for safety).
Finally a test like this one to break many urban and marketing myths! It's funny to see, however, how that 1% of fuel consumption increase for each 5% of rolling resistance increase rule of thumb almost goes out of the window. For instance: the Michelin e-Primacy has 13% lower RR than the Conti EC6 but has a FC 1,2% higher; the Conti PC6 has a RR 31% higher than the Conti EC6 but only wastes 3,8% more fuel, and the same Conti PC6 has a RR 7,5% higher than the Michelin P4 but has a FC 0,6% lower. Of course, comparing the results on a naked eye, in general terms, the lower the RR the lower the fuel consumption, so, I wonder if tyre weight is that important in terms of fuel consumption as rolling resistance or have they measured the RR and FC in this test in a very scientific manner or not? But then, the Bridgestone T005 has a RR 0,4% lower than the Goodyear EGP2, weighs 8,4% less but burns 2 % more fuel...
Maybe tyre aerodynamics counts just as much...
Fuel consumption was measured in a driven circle, I'm not sure how accurate that is, but rolling resistance is measured on a drum and VERY accurate as it's also the EU standard for the label!
You're right though, it's very interesting.
Sadly all reviews of this size are missing the Michelin Pilot Sport 4. Actually the PS4 is available in 205/55 R16 for some time (as was the PS3 before) as one of the very few UHP tyres in this 'milder' size. 'Sadly' because I supect it would be a clear winner. At the very least it likely would be on par with Conti's PremiumContact 6.