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2013 Pikes Peak Hill Climb, Practice Day 3

The third practice day of the 91st Pikes Peak International Hill Climb is done. While the other classes got running time on the middle and top sections of the course, qualifying times were set on the bottom section of the course for the Open, Open Wheel, Electric, Exhibition and Vintage classes.
Everyone managed to keep it on the black stuff today, Greg Tracy setting the fastest time ahead of Hiroshi Masuoka, both men driving the Mitsubishi MiEV Evolution II four-wheel-drive prototype. Not even half a second behind Masuoka came Nobuhiro "Monster" Tajima in his Monster Sport E-Runner, who has taken about 18 seconds off his time since the first practice day. Rod Millen was the fourth fastest on the day in his Toyota TMG EV POO2.
Topping the Open Wheel class was Clint Vahsholtz, followed by Donner Billingsley, Andy Figueroa and Rodney O'Maley. The only driver in that class not to be given a time today was Dan Novembre. Kenshiro Gushi took the Exhibition class today as his Lexus IS F CCS-R made it up the mountain in 4:27.248, followed by Sage Marie in the Honda CR-Z at 5:19.591. Simon Pagenaud and his Honda Odyssey weren't classified.

Lexus reportedly working on two different successors to the LFA

The successor to the Lexus LFA is beginning to take shape — in unofficial rumors, at least. The firm's next supercar will reportedly make its debut in the coming years with a V8 under the hood, and it will be followed by a battery-electric model due out at the turn of the decade. Citing anonymous inside sources, Japanese magazine Best Car wrote that the long-awaited car that will take the torch from the limited-edition LFA will land in showrooms in 2025. As we've previously reported, it will be powered by a gasoline-electric hybrid powertrain built around a mysterious 4.0-liter V8 engine fitted with two turbochargers. The publication adds that the coupe, whose name hasn't been confirmed, will be launched as a regular-production model and that it will be built on a version of Toyota's TNGA-L platform. This is the same architecture found under the LC and the LS, among models, and using these foundations should allow Lexus to keep the car's cost in check. Engineers could peg the hybrid system's total output at around 700 horsepower, and Best Car reports that the car's front end will borrow styling cues from the Electrified Sport concept (pictured) introduced in December 2021. If the report is accurate, sales will start in 2025. Speaking of which, the Electrified Sport will make its debut with a battery-electric powertrain in 2030 at the earliest. Its design will evolve over the next eight-plus years; it sounds like what we saw in December 2021 more accurately previewed the hybrid supercar than the electric one. It could hit 60 mph from a stop in under 2 seconds, and it could offer a maximum driving range of over 430 miles. Interestingly, the same report points out that the Electrified Sport might use solid-state batteries. That technology's not ready, but Lexus has plenty of time to fine-tune it. Toyota GR GT3 Concept View 8 Photos On the Toyota side of the family tree, the GR GT3 concept unveiled in January 2022 is allegedly on its way to production (in one form or another) as well. It will initially spawn a race car built to GT3 specifications, as its name implies, and it will benefit from the lessons that engineers learned while designing a road-going, Le Mans-inspired hypercar that Toyota consigned to the automotive attic in August 2021. Whether the GR GT3 will be related to the LFA's successor is up in the air, though it doesn't take a significant stretch of the imagination to speculate that some parts will be shared.

Toyota aims to build autonomous car around 2020 [w/videos]

The race is on to get increasingly sophisticated forms of autonomous driving technology on the road, and brands like Tesla are bringing these solutions to some drivers now. But as one of the world's largest automakers, it's no surprise to see Toyota competing in the field, as well. By 2020, the company thinks a person could be largely unnecessary for freeway trips. With a suite of tech called the Highway Teammate, a modified Lexus GS is already showing what's possible. Using a combination of millimeter wave radar, LIDAR, and cameras, the GS gets a full view of the road, and software processes all of the info to make decisions. The result is a ride on the freeway without human interaction. The system can merge, change lanes, make passes, take curves, and maintain a safe distance from other vehicles. Accurate map data is a necessity to make this work, so the system currently only being tested on Tokyo's Shuto Expressway. While Highway Teammate might not be the best name, it accurately communicates the way Toyota thinks of the tech. The company is making big investments in artificial intelligence to assist drivers, not completely replace them. You can see the system in action in the video below, and the second clip's gravely serious narrator explains the company's idea of having a fully connected road someday. This content is hosted by a third party. To view it, please update your privacy preferences. Manage Settings. This content is hosted by a third party. To view it, please update your privacy preferences. Manage Settings. New Toyota Test Vehicle Paves the Way for Commercialization of Automated Highway Driving Technologies Toyota City, Japan, October 6, 2015-Toyota has been testing a new automated driving test vehicle called Highway Teammate, with the aim of launching related products by around 2020. In addition to demonstrating the capabilities of next-generation safety technologies, the vehicle represents Toyota's view of the evolving driver-car relationship in the age of artificial intelligence. Toyota believes that interactions between drivers and cars should mirror those between close friends who share a common purpose, sometimes watching over each other and sometimes helping each other out. Toyota refers to this approach as the Mobility Teammate Concept, and Highway Teammate represents an important first effort to give form to this concept.