rrizzi7210
Well-known member
- First Name
- Robert
- Joined
- Nov 18, 2020
- Threads
- 3
- Messages
- 120
- Reaction score
- 229
- Location
- Plantation FL, USA
- Vehicles
- 2022 MYP, 2024 CT CB (Foundation Series).
- Occupation
- Tech Business Owner
In my opinion, changes in direction and acceleration (either + or -) impact tire life more than any other factor. For example, if you load the bed with 2,500 lbs and let the vehicle sit for 12 months, zero degredation because friction is static and no acceleration (extreme example).I am no expert on tires, and most certainly not an expert on Teslas. I have owned a number of performance cars tho (none as quick as the CB tho), and I hang out with other folks in the performance car world when I am able. Maybe I am missing something here, but those wear numbers seem nominal or better than I would have expected for a vehicle this heavy with this much power. Vehicles that put down a lot of power use tires, even when there is no wheel spin or aggressive cornering.
At stock weight, drive on a 75 ft diameter skid pad at maximum safe speed in one direction for say 50 to 100 miles (I would be dizzy), and I would be willing to bet the tires would be completely useless and noticeably damaged (another extreme example).
Again, stock configuration, drive 20K miles across wet payment if possible all the time in a straight line, and I would willing to bet tire wear would be minimal at best.
All real-world driving will be somewhere between these extreme cases, because temperature, tire pressure, acceleration and turns will increase wear proportionally as we would expect provided you test the same tire over several production lots on enough indentical vehicles. Ultimately, the driver and style of driving will prevail.
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