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Kleber Dynaxer HP5 vs Vredestein Ultrac plus

In the mid-priced premium-touring summer segment, the Kleber Dynaxer HP5 (Michelin group) and the Vredestein Ultrac+ target the same buyer: everyday drivers who want strong safety margins without paying flagship-tyre money. The two shared 2026 tests in 225/45 R17 give a useful apples-to-apples view of how they behave in the real world-especially on braking, handling balance, comfort, and efficiency.

Across both test suites, a clear pattern emerges: the Kleber is the more consistently well-rounded tyre, repeatedly beating the Vredestein in the two areas most drivers feel first-dry and wet braking-while also scoring higher subjectively for confidence and comfort. The Vredestein's counterpunch is focused: it's notably better in aquaplaning resistance and slightly better on rolling resistance, making it appealing for high-rain, motorway-heavy use where standing water stability and fuel economy matter most.
Dynaxer-HP5 VS Ultrac-plus

Test Results

Independent comparison tyre tests are the best source of data to get tyre information from, and the good news is there have been two tests which compare both tyres directly!

Summary of two total tests comparing both tyres directly
TyreTest WinsPerformance
Kleber Dynaxer HP5two
two wins

While it might look like the Kleber Dynaxer HP5 is better than the Vredestein Ultrac plus purely based on the higher number of test wins, tyres are very complicated objects which means where one tyre is better than the other can be more important in real world use.

Let's look at how the two tyres compare across multiple tyre test categories.

Key Strengths

  • Shorter braking distances in both dry and wet across both shared tests (about 3-4% advantage)
  • More consistent, balanced dynamic behaviour with stronger subjective handling scores (dry and wet)
  • Higher comfort ratings in both test reports (6.9 vs 6.4), described as smooth and predictable
  • Competitive overall value proposition in tests: solid rolling resistance plus a 'no big weaknesses' profile
  • Stronger aquaplaning resistance in both straight-line and curved tests (75.4 vs 73.4 km/h; 3.76 vs 3.59 m/s²)
  • Slightly lower rolling resistance in both tests (~1% advantage), supporting fuel economy/EV range
  • Can post competitive wet/dry lap times in isolated metrics (edges wet handling and dry handling in one test)
  • Stable feel in wet conditions with decent communication, according to subjective notes

Dry Braking

Looking at data from two tyre tests, the Kleber Dynaxer HP5 was better during two dry braking tests. On average the Kleber Dynaxer HP5 stopped the vehicle in 3.38% less distance than the Vredestein Ultrac plus.

Kleber Dynaxer HP5
37.99M
Vredestein Ultrac plus
39.32M
Dry braking in meters, lower is better

Best In Dry Braking: Kleber Dynaxer HP5

Kleber Dynaxer HP5
37.98M
Vredestein Ultrac plus
39.33M (+1.35M)
Kleber Dynaxer HP5
38M
Vredestein Ultrac plus
39.3M (+1.3M)

Dry Handling [s]

Looking at data from two tyre tests, the Vredestein Ultrac plus was better during one dry handling [s] tests. On average the Vredestein Ultrac plus was 0.01% faster around a lap than the Kleber Dynaxer HP5.

Kleber Dynaxer HP5
74.97s
Vredestein Ultrac plus
74.96s
Dry handling time in seconds, lower is better

Best In Dry Handling [s]: Vredestein Ultrac plus

Kleber Dynaxer HP5
74.83s (+0.31s)
Vredestein Ultrac plus
74.52s
Kleber Dynaxer HP5
75.1s
Vredestein Ultrac plus
75.4s (+0.3s)

Subj. Dry Handling

Looking at data from two tyre tests, the Kleber Dynaxer HP5 was better during two subj. dry handling tests. On average the Kleber Dynaxer HP5 scored 5.56% more points than the Vredestein Ultrac plus.

Kleber Dynaxer HP5
7.2 Points
Vredestein Ultrac plus
6.8 Points
Subjective Dry Handling Score, higher is better

Best In Subj. Dry Handling: Kleber Dynaxer HP5

Kleber Dynaxer HP5
8.1 Points
Vredestein Ultrac plus
7.5 Points (-0.6 Points)
Kleber Dynaxer HP5
6.3 Points
Vredestein Ultrac plus
6.1 Points (-0.2 Points)

Wet Braking

Looking at data from two tyre tests, the Kleber Dynaxer HP5 was better during two wet braking tests. On average the Kleber Dynaxer HP5 stopped the vehicle in 3.59% less distance than the Vredestein Ultrac plus.

Kleber Dynaxer HP5
37.31M
Vredestein Ultrac plus
38.7M
Wet braking in meters, lower is better

Best In Wet Braking: Kleber Dynaxer HP5

Kleber Dynaxer HP5
29.12M
Vredestein Ultrac plus
30.2M (+1.08M)
Kleber Dynaxer HP5
45.5M
Vredestein Ultrac plus
47.2M (+1.7M)

Wet Handling [s]

Looking at data from two tyre tests, the Vredestein Ultrac plus was better during one wet handling [s] tests. On average the Vredestein Ultrac plus was 0.08% faster around a wet lap than the Kleber Dynaxer HP5.

Kleber Dynaxer HP5
72.89s
Vredestein Ultrac plus
72.83s
Wet handling time in seconds, lower is better

Best In Wet Handling [s]: Vredestein Ultrac plus

Kleber Dynaxer HP5
72.07s (+0.21s)
Vredestein Ultrac plus
71.86s
Kleber Dynaxer HP5
73.7s
Vredestein Ultrac plus
73.8s (+0.1s)

Subj. Wet Handling

Looking at data from one tyre tests, the Kleber Dynaxer HP5 was better during one subj. wet handling tests. On average the Kleber Dynaxer HP5 scored 4.88% more points than the Vredestein Ultrac plus.

Kleber Dynaxer HP5
8.2 Points
Vredestein Ultrac plus
7.8 Points
Subjective Wet Handling Score, higher is better

Best In Subj. Wet Handling: Kleber Dynaxer HP5

Kleber Dynaxer HP5
8.2 Points
Vredestein Ultrac plus
7.8 Points (-0.4 Points)

Wet Circle

Looking at data from one tyre tests, the Kleber Dynaxer HP5 and Vredestein Ultrac plus performed equally well in wet circle tests.

Kleber Dynaxer HP5
0.71m/s
Vredestein Ultrac plus
0.71m/s
Lateral wet grip in m/s squared, higher is better

Best In Wet Circle: Both tyres performed equally well

Kleber Dynaxer HP5
0.711m/s
Vredestein Ultrac plus
0.711m/s

Straight Aqua

Looking at data from two tyre tests, the Vredestein Ultrac plus was better during two straight aqua tests. On average the Vredestein Ultrac plus floated at a 2.64% higher speed than the Kleber Dynaxer HP5.

Kleber Dynaxer HP5
73.39Km/H
Vredestein Ultrac plus
75.38Km/H
Float Speed in Km/H, higher is better

Best In Straight Aqua: Vredestein Ultrac plus

Kleber Dynaxer HP5
73.38Km/H (-1.98Km/H)
Vredestein Ultrac plus
75.36Km/H
Kleber Dynaxer HP5
73.4Km/H (-2Km/H)
Vredestein Ultrac plus
75.4Km/H

Curved Aquaplaning

Looking at data from two tyre tests, the Vredestein Ultrac plus was better during two curved aquaplaning tests. On average the Vredestein Ultrac plus slipped out at a 4.52% higher speed than the Kleber Dynaxer HP5.

Kleber Dynaxer HP5
3.59m/sec2
Vredestein Ultrac plus
3.76m/sec2
Remaining lateral acceleration, higher is better

Best In Curved Aquaplaning: Vredestein Ultrac plus

Kleber Dynaxer HP5
3.59m/sec2 (-0.17m/sec2)
Vredestein Ultrac plus
3.76m/sec2
Kleber Dynaxer HP5
3.59m/sec2 (-0.17m/sec2)
Vredestein Ultrac plus
3.76m/sec2

Subj. Comfort

Looking at data from two tyre tests, the Kleber Dynaxer HP5 was better during two subj. comfort tests. On average the Kleber Dynaxer HP5 scored 7.25% more points than the Vredestein Ultrac plus.

Kleber Dynaxer HP5
6.9 Points
Vredestein Ultrac plus
6.4 Points
Subjective Comfort Score, higher is better

Best In Subj. Comfort: Kleber Dynaxer HP5

Kleber Dynaxer HP5
6.9 Points
Vredestein Ultrac plus
6.4 Points (-0.5 Points)
Kleber Dynaxer HP5
6.9 Points
Vredestein Ultrac plus
6.4 Points (-0.5 Points)

Noise

Looking at data from two tyre tests, the Vredestein Ultrac plus was better during one noise tests. On average the Vredestein Ultrac plus measured 0.07% quieter than the Kleber Dynaxer HP5.

Kleber Dynaxer HP5
68.95dB
Vredestein Ultrac plus
68.9dB
External noise in dB, lower is better

Best In Noise: Vredestein Ultrac plus

Kleber Dynaxer HP5
72.3dB
Vredestein Ultrac plus
72.6dB (+0.3dB)
Kleber Dynaxer HP5
65.6dB (+0.4dB)
Vredestein Ultrac plus
65.2dB

Rolling Resistance

Looking at data from two tyre tests, the Vredestein Ultrac plus was better during two rolling resistance tests. On average the Vredestein Ultrac plus had a 0.93% lower rolling resistance than the Kleber Dynaxer HP5.

Kleber Dynaxer HP5
4.29kg / t
Vredestein Ultrac plus
4.25kg / t
Rolling resistance in kg t, lower is better

Best In Rolling Resistance: Vredestein Ultrac plus

Kleber Dynaxer HP5
7.81kg / t (+0.08kg / t)
Vredestein Ultrac plus
7.73kg / t
Kleber Dynaxer HP5
0.77kg / t (+0.01kg / t)
Vredestein Ultrac plus
0.762kg / t

Real World Driver Reviews

Tyre Reviews also collects real world driver reviews for the Kleber Dynaxer HP5 and Vredestein Ultrac plus.

In total the Kleber Dynaxer HP5 has been reviewed 5 times and drivers have given the tyre 87% overall.

The Vredestein Ultrac plus has been reviewed 6 times and drivers have given the tyre 79% overall.

This means in real world driving, people prefer the Kleber Dynaxer HP5.

Best Review for the Kleber Dynaxer HP5
Given 100% 225/45 R17 on mostly motorways for 1,000 average miles
Got these tires with the car, they have just been put on as new. Quiet and comfortable, no noise even at speeds over 120 km/h.
Helpful 914 - tyre reviewed on July 16, 2025
View all Kleber Dynaxer HP5 driver reviews >>
Best Review for the Vredestein Ultrac plus
Given 86% 225/60 R18 on a combination of roads for 500 spirited miles
Changed from Pirelli All Season Plus to Ultrac+ this year, had no issues going at my car's Vmax in heavy rain on a highway.
They are much quieter than All Season Pirellis, the noise is mainly a low hum, which is nicer to the ear than the alternatives.
I feel more comfortable when cornering at speed with them. Been driving some forest/field roads and they held up nicely. The tread doesn't seem as deep as other brands, will update how things are looking after 10k km.
Helpful 1024 - tyre reviewed on May 14, 2025
View all Vredestein Ultrac plus driver reviews >>

Conclusion

If you prioritise everyday safety and predictable behaviour, the Kleber Dynaxer HP5 is the stronger all-round pick. It wins dry braking in both tests (37.98-38.0 m vs 39.3 m) and wet braking in both tests (29.12 m vs 30.2 m; and 45.5 m vs 47.2 m), which are meaningful gaps-roughly 3-4%-that translate into real stopping-distance headroom in emergencies. It also scores better on subjective feel and comfort (6.9 vs 6.4 points in both reports), and testers describe it as balanced with no obvious weak spot, even if it lacks the outright lap-time pace of the leaders.

The Vredestein Ultrac+ finishes lower overall in both comparisons (9/9 and 10/13) largely because it gives away too much in braking and dry performance, with notes mentioning understeer and overheating when pushed. Where it does stand out is water management: it wins straight-line aquaplaning in both tests (75.4 vs 73.4 km/h) and curved aquaplaning (3.76 vs 3.59 m/s²), and it edges rolling resistance (~1% lower). The practical takeaway is simple: choose Kleber for broader, more confidence-inspiring performance; choose Vredestein if your driving is dominated by heavy rain/motorway standing water and you're willing to accept weaker braking and dry-limit composure for stronger aquaplaning resilience and slightly better efficiency.
Key Differences
  • Braking is the decisive separator: Kleber is consistently shorter in dry (≈38.0 m vs 39.3 m) and wet (29.12 vs 30.2 m; 45.5 vs 47.2 m).
  • Aquaplaning flips the script: Vredestein is consistently stronger in standing water (straight aquaplaning +2.7% and curved aquaplaning +4.7%).
  • Subjective confidence and drivability favour Kleber (higher subjective dry handling and wet handling impressions; described as predictable with smooth transitions).
  • Comfort advantage goes to Kleber (6.9 vs 6.4), while noise is effectively a wash (one win each, differences small).
  • Efficiency slightly favours Vredestein via rolling resistance (~1% lower in both tests), but not enough to offset its braking deficits for most drivers.
  • Limit behaviour differs: Vredestein is reported to understeer and overheat when driven hard, whereas Kleber maintains a steadier, more neutral 'no weak links' character.
Vredestein Ultrac plus

Overall Winner: Vredestein Ultrac plus

Based on the tyre test data and user reviews we have in our database, the Vredestein Ultrac plus has demonstrated better overall performance in this comparison. However, as you can see from the spider diagram above, each tyre has its own strengths which should be considered in your final tyre buying choice.

Similar Comparisons

Looking for more tyre comparisons? Here are other direct comparisons involving these tyres:

Footnote

This page has been developed using tyre industry testing best practices. This means we are only comparing tests which have had both tyres in the same test.

Why is this important? Tyre testing is heavily affected by things like surface grip levels and surface temperature, which means you can only compare values from the same day. During a tyre test external condition changes are calculated into the overall results, but it is not possible to calculate this between tyre tests performed on different days or at different locations.

As a result you will see other tests on Tyre Reviews which feature both the %s and %s, but as they weren't conducted on the same day, the results are not comparable.

Lots of other websites do this sort of tyre comparison, Tyre Reviews doesn't.

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