Uploaded August 2026 | Updated September 2026, 1 week ago
How much better have performance tires gotten in the last 20 years? You're about to find out in this first-of-its-kind track test.
If you're not a tire nerd, maybe you will be after this, because it's fascinating. We've got two sets of brand new summer tires: the Toyo Proxes R1R, which debuted in the mid-2000s and was produced without any major changes until this year; and the Toyo Proxes Sport R, which launched this year as the replacement for the R1R, benefitting from everything the tire industry has learned in two decades.
The R1R is basically a time capsule for how tire companies designed an affordable performance tire 20 years ago, and the Sport R shows how they're reaching for the same goal today. And right now, we're in the brief window of time where we can actually measure what those 20 years have done for drivers.
So, we grabbed some of the last new R1Rs available and the first new Sport Rs rolling out of the factory, a FWD Honda Civic Type R and a RWD time attack Toyota GR86, and put Nik in the driver's seat to throw down laps in each car on both sets of tires.
You'd expect the Sport R to be faster, and duh, it is. But with our data recorders hooked up, we were able to demonstrate exactly why that is, where the gains came from, and what that says about the next 20 years of tires. Enjoy.
Big thanks to Toyo Tires, Apex Wheels, Garmin, Buttonwillow Raceway, and Stephen for the GR86
Learn more about Nik's coaching business here → fastsideways.com
Produced by → instagram.com/rassoolracing
Hosted by → instagram.com/nikromanoracing
Hosted by → instagram.com/kylecheromcha
GR86 owned by → instagram.com/downshiftxlr8
Previous episode → youtu.be/9_2-7qjynEA?si=yeBX7KhnVu0Q5Eqs
The Drive is the chronicle of car culture. We write stories you actually want to read. → thedrive.com
FOLLOW US!
Instagram → instagram.com/thedrive
Facebook → facebook.com/thedrive
TikTok → tiktok.com/@thedrive_official
WORK WITH US → youtube@thedrive.com
How much better have performance tires gotten in the last 20 years? You're about to find out in this first-of-its-kind track test.
If you're not a tire nerd, maybe you will be after this, because it's fascinating. We've got two sets of brand new summer tires: the Toyo Proxes R1R, which debuted in the mid-2000s and was produced without any major changes until this year; and the Toyo Proxes Sport R, which launched this year as the replacement for the R1R, benefitting from everything the tire industry has learned in two decades.
The R1R is basically a time capsule for how tire companies designed an affordable performance tire 20 years ago, and the Sport R shows how they're reaching for the same goal today. And right now, we're in the brief window of time where we can actually measure what those 20 years have done for drivers.
So, we grabbed some of the last new R1Rs available and the first new Sport Rs rolling out of the factory, a FWD Honda Civic Type R and a RWD time attack Toyota GR86, and put Nik in the driver's seat to throw down laps in each car on both sets of tires.
You'd expect the Sport R to be faster, and duh, it is. But with our data recorders hooked up, we were able to demonstrate exactly why that is, where the gains came from, and what that says about the next 20 years of tires. Enjoy.
Big thanks to Toyo Tires, Apex Wheels, Garmin, Buttonwillow Raceway, and Stephen for the GR86
Learn more about Nik's coaching business here → fastsideways.com
Produced by → instagram.com/rassoolracing
Hosted by → instagram.com/nikromanoracing
Hosted by → instagram.com/kylecheromcha
GR86 owned by → instagram.com/downshiftxlr8
Previous episode → youtu.be/9_2-7qjynEA?si=yeBX7KhnVu0Q5Eqs
The Drive is the chronicle of car culture. We write stories you actually want to read. → thedrive.com
FOLLOW US!
Instagram → instagram.com/thedrive
Facebook → facebook.com/thedrive
TikTok → tiktok.com/@thedrive_official
WORK WITH US → youtube@thedrive.com

![Why Google Maps sucks now
Youve probably noticed that GPS navigation and turn-by-turn directions are getting worse. Turns out the reason why this is happening is simple—but the fix is very much not.
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Starting in the late 1990s, satellite navigation for drivers was a relatively simple system. Your car or GPS device pinged satellites to determine your location, and the software calculated the most optimal way to your destination based purely on the map. So the route was usually the same, and logically followed major roads.
Everything began to change in the late 2000s, when realtime traffic data was introduced. GPS nav wasnt operating in a vacuum anymore. Now, the system is able to see how many other cars are on a route, calculate the extra time that traffic will add, and suggest alternative routes that might be less direct or logical but will take less time overall.
Problem is, as turn-by-turn directions reached mass adoption, this ran headlong into whats known as Brace’s Paradox, a mathematical model that shows that any flowing system gets slower when too many paths are presented within it.
Basically, as map app algorithms send millions of drivers down alternate routes every day, theyre spreading traffic out into secondary streets, which forces them to calculate even crazier alternate routes to stay one step ahead, which makes congestion even less predictable. Its a vicious cycle.
Academic studies have shown that dynamic navigation works best when its used by between 30-60% of drivers in a given area. Above 60%, it starts to get oversaturated and both traffic and directions get worse.
So the real fix is for less people to use GPS navigation on a daily basis. But I wouldnt count on that.
Produced by → https://www.instagram.com/rassoolracing/
Hosted by → https://www.instagram.com/kylecheromcha/
Previous episode → https://www.youtube.com/watch?v=26-4oARwfF4
The Drive is an automotive news site for enthusiasts. We write stories you actually want to read. → https://www.thedrive.com/
FOLLOW US!
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0:00 The dark side of sat nav
0:44 How GPS works
1:59 Whats changed
5:08 The point of collapse
6:25 Whats the fix? Why Google Maps sucks now](https://i.ytimg.com/vi/uZZo2-uSAXo/mqdefault.jpg)
![The REAL reason new cars have massive screens instead of buttons
We’re gonna tell some truths today. You know how every new car has a big old screen (or three) inside? Well, that’s not about building you a better car—it’s really just a flashy trick to save automakers money and charge you more. And we’re pretty sick of it.
[Thanks to TuxMat for sponsoring todays video! Find your extreme coverage floor mats today at https://bit.ly/3Ks7s77]
Whether you want one or not, screens in new cars are inescapable in 2025. A massive touchscreen is the focal point of a car’s interior, housing critical controls like the audio system, HVAC, headlights, drive modes, and even glovebox releases. And now there’s usually a second screen right in front of you in place of the gauge cluster, or a third screen for the front seat passenger to play with. Some cars even have pillar-to-pillar screens spanning the entire dashboard. Meanwhile, buttons have become a critically endangered species.
Why? It wasn’t always like this, and no one really asked for it, but here we are. And the truth is that while the effort to put screens in cars started out like most technological advances—car companies want to offer the latest and greatest stuff so you’ll shell out tens of thousands of dollars—the way screens have taken over comes down to one thing. Money.
Automakers had been dreaming about putting screens in cars since the 1970s, but it was a swirl of surprising factors in manufacturing, society, and the global economy over the last 25 years that got us to where we are today. From the opening up of GPS for civilian use in the 1990s, to the introduction of backup cameras and the plummeting cost of manufacturing LCD screens in the 2000s, to the relentless cost cutting prompted by the Great Recession, to the rise of smartphones and Tesla and the Chinese market in the 2010s, to the 2020 pandemic and massive investments made in EVs, to the recent surge of subscription-based features… that is how we went from the BMW 7 Series having a single 6.5-inch screen on the dash in 2001 to a 31-inch TV fold down from the roof in 2025.
Screens started out as bit of flash that indicated a car was on the cutting edge of tech. But the real secret is that over that time, they became a cheaper way to design a car’s interior than filling it with a swath of buttons and analog gauges. Buttons are surprisingly expensive for automakers to build at scale, when you consider the cost of materials, the mechanisms, the wiring, and the need to accommodate a huge range of features and functions across different trims, models, and markets.
As prices for literally everything rose—especially since 2020—companies leaned harder and harder on them to save money and differentiate their products. Stuffing a car full of software is an easy way to make it seem like you’re getting more value, because a car can do more than ever now, and routing all that complexity through a screen makes it cheaper to produce.
And when screen fatigue sets in, as happens with all new technology, what can you do? Add a second screen, or a third, or just make the entire dashboard a screen. It looks like progress, but it’s actually just giving you more touch points to spend your money on features and subscriptions and data connections that are necessary to actually get the promised benefits of big screens.
Produced by → https://www.instagram.com/joeyrassool/
Hosted by → https://www.instagram.com/kylecheromcha/
Previous episode → https://www.youtube.com/watch?v=DRBDlBvWS14
The Drive is the chronicle of car culture. We write stories you actually want to read. → https://www.thedrive.com/
FOLLOW US!
Instagram → https://www.instagram.com/thedrive/
Facebook → https://www.facebook.com/thedrive
TikTok → https://www.tiktok.com/@thedrive_official
WORK WITH US → youtube@thedrive.com
0:00 Intro
1:09 The root of all screens
4:11 How screens got cheaper in the 2000s
5:57 Enter Tesla and smartphones in the 2010s
8:38 Screen fatigue and subscriptions
12:38 The backlash
14:16 The return of buttons? The REAL reason new cars have massive screens instead of buttons](https://i.ytimg.com/vi/v0_UpIgmjZk/mqdefault.jpg)
