The Continental MaxContact MC7 vs Hankook Ventus evo K137 is shaping up to be one of the most exciting ultra-high-performance tire battles in Asia. Continental’s MaxContact MC7 has already established itself as a strong regional benchmark, combining excellent wet grip, sharp handling and everyday comfort. Now, Hankook’s latest Ventus evo K137 arrives to challenge it with a new-generation UHP package focused on braking, precision and high-speed performance.
Can Hankook’s newest contender knock the MC7 off its perch, or will Continental remain the tire to beat in the Asian UHP segment? Let’s dive into the results.
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Results: Continental MaxContact MC7 vs Hankook Ventus evo K137
The results presented here are from the AutoView’s 2026 Summer Tire Test, where 7 tire models were selected. The accompanying graph provides a side-by-side comparison of the Continental MaxContact MC7 vs Hankook Ventus evo K137 across various performance categories, with the Continental MaxContact MC7 serving as the benchmark at 100%.
The tire size of interest is the 225/45 R18 tire size, a popular choice for vehicles like the BMW 3 series & Mercedes C Class. For further insights into various tire sizes, feel free to consult our latest tire size table. The tests were conducted using a BMW 120 as the test vehicle.
Wet
In wet braking, the Continental MaxContact MC7 stopped in 26.31 meters, while the Hankook Ventus evo K137 needed 26.84 meters. That is a 0.53-meter difference, with the Hankook performing 2% worse than the Continental. Overall, the MC7 has a small but clear advantage in wet braking.
Ventus evo K137 :
- -2% in wet braking
Dry
Here’s a smoother, more connected version:
In the dry, the Continental MaxContact MC7 clearly pulls ahead. It stopped from speed in 34.38 meters, compared with 37.37 meters for the Hankook Ventus evo K137, giving the Continental a 2.99-meter advantage, or 8% better braking performance. That advantage becomes even more noticeable in subjective dry handling, where the MC7 scored a perfect 15/15 against just 7.5/15 for the Hankook, a 7.5-point difference and a 25% performance gap.
The dry circle test was much closer, with the Continental reaching 73.1 km/h versus 71.2 km/h for the Hankook, a difference of 1.9 km/h, or 3%. Overall, the MC7 is the stronger dry performer, with its biggest advantage coming from braking and handling confidence.
Ventus evo K137 :
- -8% in dry braking
- -25% in dry handling (subj)
- -3% in dry circle
NVH
For ride comfort, the Continental MaxContact MC7 scored a perfect 10/10, while the Hankook Ventus evo K137 managed 6/10. That is a 4-point difference, with the Hankook performing 20% worse. The gap is significant, making the MC7 the noticeably more comfortable tire for everyday driving.
Ventus evo K137 :
- -2% in interior noise
- -20% in ride comfort
Rolling Resistance
For rolling resistance, the Continental MaxContact MC7 coasted 493 meters, while the Hankook Ventus evo K137 reached 501 meters. That is an 8-meter advantage for the Hankook, giving it around 2% better rolling resistance performance. The difference is small, but this is one area where the Ventus evo K137 holds the edge.
Ventus evo K137 :
- +2% in rolling resistance
Price
For price, the Continental MaxContact MC7 costs RM786, while the Hankook Ventus evo K137 is much cheaper at RM500. That is a substantial RM286 saving per tire, making the Hankook about 36% cheaper than the Continental. For a full set of four, that works out to roughly RM1,144 in savings, giving the Ventus evo K137 a very strong value advantage.
Tire size: 225/45 R18
- MaxContact MC7 : RM 786
- Ventus evo K137 : RM 500
Difference: -36% cheaper for Ventus evo K137
Summary
From my tire expert view, the Continental MaxContact MC7 is the stronger all-round performer, with clear advantages in dry braking, handling, noise and especially ride comfort. The Hankook Ventus evo K137, however, fights back with slightly better rolling resistance and a much lower price. If outright performance and refinement matter most, I would pick the MC7; if value is the priority, the K137 makes a very strong case.
Dr Edwin Pang