I didn't say they were bad, I love the grip. I was just pointing out what he had stated and judging by the results that I have received from his work, which has been great. I believe him.
Speaking of resistance from tread .... Now onto the new candidate which I just saw in my Google feed.... The Quatrac Pro EV designed for less resistance...
Manufacturer's description
First all-season tyre fully dedicated to electric vehicles.
Quatrac Pro EV is build to better cope with specificities of electric vehicles: higher weight, less noise, same safety standards
Extended range on electric and hybrid vehicles
15% Lower rolling resistance due to advanced compound materials
Designed for heavier EVs: 6% better handling and improved stability while cornering
Higher belt and tread stiffness; asymmetric tread features
No compromise on safety in any weather condition
Severe snow certified; 4% better dry braking
Notable Features
1 label class improvement on rolling resistance thanks to an optimised blend of 4th generation polymer and smart silica in the tread area. This also leads to improved snow performance, combined with a more balanced wet performance.
Updated set of body compounds – new rim cushion, base compound, and carcass compound – to reduce rolling resistance.
Lighter construction – thinner sidewalls, lower apex and leaner belt material and cap ply – all to reduce energy consumption when moving the vehicle.
17% lower environment impact of producing Quatrac Pro EV tyres contributing to lower lifecycle carbon impact.
Higher block stiffness due to sipe position and higher effective sipe length to cope with heavier weight of EVs while cornering. This improves handling stability by 6%.
Asymmetric tread features – like twice-as-steep outside flanks for the two outer longitudinal grooves - to brace against cornering forces for heavy EVs.
Outside shoulder is wider than the inside shoulder to improve dry and wet handling of the heavier EVs while turning.
2 ply construction on “High Load” marked sizes with increased sidewall stiffness to manage 10% higher load carrying (at same pressure).
3PMSF Severe Snow Certified; Full depth sipes enable more deformation of tread block and thus higher winter performance over the lifecycle.
4% better braking due to stiffer blocks and inter-connected bridges on the shoulders.
Higher silica loading in tread compound to retain superior performance on wet roads.
Acoustic comfort from increased number of pitches (both absolute number and different type of pitches) and AI-optimised pitch sequencing. 1 dB lower external noise due to this dampening.
5% better riding comfort due to lighter construction and higher flex zone in the sidewall area.