2000 - Acura Integra on 2040-cars

Auto blog

2021 Acura TLX Type S First Drive Review | Adapting to a changed world

SALINAS, Calif. — A lot has changed since Acura offered its last Type S model over a decade ago. Tesla's EVs have plundered a sizable chunk of market share, Korean manufacturers have stormed the near-luxury and luxury segments, and Acura, in an effort to restore the luster of their once-revered nameplate, rebooted the legendary NSX as a hybrid-powered supercar halo with the hopes that desirability (and some hardware) will trickle down into the rest of the lineup.  That last part is key to understanding the mission of the new 2021 Acura TLX Type S. Though the premium sport sedan segment isnÂ’t necessarily hotly contested, the Type S still plays a critical role in bolstering the brandÂ’s credibility. Positioned as a step above the turbo four-cylinder-powered TLX ($39,500) and the better-equipped TLX A-Spec ($45,500), the TLX Type S starts at $53,325 and packs a number of performance upgrades that make it high-performance capable. Just don't expect it to be as track-worthy as a Honda Civic Type R. The Type S is built on AcuraÂ’s stiffest sedan chassis to date. Packing an all-new twin-scroll turbo 3.0-liter V6 under its flared hood, the Type S makes 355 horsepower and 354 pound-feet of torque. Despite gains of 83 hp and 74 lb-ft, combined fuel economy drops only 3 points to 21 mpg with the hotrod V6. Aiding the cause is a cylinder deactivation system and active vibration control to mask the transition between six and three cylinders.  Chassis updates include extra bracing for a 13% stiffer body, 40% stiffer front springs, thicker stabilizer bars, more aggressive shock valving, retuned steering, and larger four-piston Brembo brakes. Standard 20-inch wheels and tires are the largest yet for TLX, and Pirelli P Zero summer tires are available with an NSX-inspired design. Tying it all together are drive modes with a new Sport+ setup: Turn and hold the centrally positioned mode selector for 1 second, and throttle response, shifting, exhaust valve, steering effort, damping, torque vectoring, and even interior lighting take on a more aggressive calibration. To showcase these enhancements, Acura held the Type S first drive at WeatherTech Raceway Laguna Seca, hauling up a few historic vehicles for good measure including a first-gen NSX and a Honda S2000 CR. Old school Type S specimens included a 2001 CL, 2007 TL, and a 2007 RSX.

Acura NSX EV puts winner Tetsuya Yamano back on Pikes Peak

With Pikes Peak right around the corner, Acura is showing off more details about its NSX-inspired all-electric racer. The four-motor EV will be driven in the Electric Modified Class by Tetsuya Yamano, who has been testing the car at the Hill Climb for the past few weeks. Acura is also running two NSX hybrids up the hill in the challenge next weekend. So, what's different inside this NSX-like EV? Like the all-electric Honda CR-Z that Yamano drove up Pikes Peak last year – winning the Challenge Exhibition class with a time of 10:23.829 – the NSX-inspired EV uses two Twin Motor Units (TMU) from the company's Sport Hybrid SH-AWD powertrain. Each axle has a TMU and that means that the car, "has achieved independent torque distribution to all four corners – true four-wheel torque vectoring," according to Acura. That sounds nice, but the real test will be out in Colorado in just a few days. Related Video: Acura NSX-Inspired EV Concept Ready to 'Charge Up' Pikes Peak Vehicle Features World's First All-Electric, 4-Motor SH-AWD® Powertrain Jun 20, 2016 TORRANCE, Calif. – Acura will campaign an all-electric, NSX-inspired EV Concept in the Electric Modified Class at the 2016 Broadmoor Pikes Peak International Hill Climb. The Acura EV Concept features a further evolution of the experimental, all-electric, 4-motor Super Handling All-Wheel Drive™ (SH-AWD®) powertrain that won last year's Pikes Peak Challenge Exhibition class. The supercar-inspired Acura EV Concept will be driven by Tetsuya Yamano, who campaigned last year's CR-Z-based electric prototype. The Acura EV Concept is the ultimate embodiment of the all-wheel-drive Electric SH-AWD powertrain featuring a world's first technology that enables four-wheel independent torque allocation. The Acura EV Concept's Electric SH-AWD powertrain produces three times the total system output of last year's electric prototype and is mated to the NSX body. "We've been tuning the car for several weeks at Pikes and have advanced its performance significantly," said Tetsuya Yamano. "We're honored to be running at Pikes in this historical, anniversary year – an event respected by racing fans all over the world." 4-Motor Development Honda R&D has been developing "super handling" technology for more than 20 years in the pursuit of ideal vehicle handling.

Honda recalling 183k cars and crossovers over unintended braking issue

A recall has been issued for nearly 183,000 Honda and Acura brand vehicles from the 2005 and 2006 model years. The problem stems from a potential malfunctions to the vehicles' stability control and braking systems.
Drivers have reported a malfunction to Honda's Vehicle Stability Assist system, though to date, no crashes or injuries have been reported as a result of it. Some of the vehicles' Vehicle Stability Assist (VSA) control units may have an electric capacitor that was damaged during manufacture. A damaged control unit could cause the VSA system to apply brake force for a "fraction of a second" without any driver input, or could add additional brake force if it malfunctions while the driver is already braking. Either example could increase the risk of a crash.
To fix the issue, Honda will install a new electrical sub-harness, free of charge to the owner. The recall specifies 101,000 Honda Pilot (pictured), 60,000 Acura MDX and 21,000 Acura RL vehicles from the 2005 model year will be affected. An additional 800 MDX crossovers from the 2006 model year are also included in the recall. In addition, 51,000 of the affected 2005 Pilots will be inspected to be sure that a ground bolt for the VSA system is properly tight. Should this bolt come lose, similar unexpected brake activation may occur.