2009 Acura Tl on 2040-cars

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Russian videographer nails this real-life 'Need for Speed' recreation

Aaron Paul and Kid Cudi tried. They really did. They put forth a decent acting effort, played with some incredible replica supercars, and filmed at some remarkable settings. But it's 2019, and 2014's "Need for Speed" sits at a 6.5/10 on IMDB, a 39 on Metacritic, and a 57% audience score on Rotten Tomatoes. The studio attempt to bring "Need for Speed" to life was lukewarm, so a Russian videographer took a shot at the idea with this impressive digital short. Unearthed by Reddit user, AbuDab1, the clip is the work of Russia-based videographer @Chekunov_v. Clearly a fan of all things fast and fancy, as seen by his Instagram, Chekunov recreated the start screen, the garage with car and mod selection, and the race sequences from the video game. The video starts with an Acura RSX Type-S (labeled as the Integra Type R) with familiar theme music playing in the background. Accompanied by video game sound effects, the spotlight switches between a Toyota Celica, a Toyota Supra and a Mitsubishi Lancer Evo. The Supra and Evo are locked, so the user settles on the Celica. He goes on to select mods, including a new spoiler, new wheels and a new color, again to the tune of the proper sound effects, menus and camera views. The car exits the garage and rolls onto the road, where the screen now shows a tachometer and an N2O gauge. The Celica is met with a race challenge, and the car lines up with a Mazda RX-8, an Acura RSX Type-S and a Subaru WRX STI. After a terrible launch, the Celica uses some NOS and takes the victory. Unfortunately, the video is a bit 2 fast, 2 short for our taste. It's well done, has some unique video work, and takes us back into one of our favorite video game series. Maybe this guy can direct the studio sequel.

2021 Acura TLX is the first model with Honda’s new proprietary airbag

When it arrives in showrooms this fall, the 2021 Acura TLX will be the first vehicle equipped with the new three-chamber front passenger airbag design Honda announced last year, reinforcing the automaker’s commitment to infused the sports sedan with state-of-the-art safety bonafides. As explained in the video above, the new airbag was designed and developed by engineers at HondaÂ’s R&D campus in Ohio and auto supplier Autoliv to mitigate the risk of severe brain trauma associated with angled frontal collisions. With its official launch in the 2021 TLX, the airbag will begin to be offered to other automakers through Autoliv. Work on the new airbag design stemmed in part from a 2013 U.S. Department of Transportation study that used MRI scans to look at brain injuries resulting from vehicle accidents and led to the creation of Brain Injury Criteria methodology for measuring brain injuries in vehicle crashes. Accordingly, Honda and Autoliv designed an airbag that does away with the traditional single-inflatable chamber in favor of something likened to a catcherÂ’s mitt, with a central “sail panel” net catching and slowing down the head and directing it inward between the two inflated side chambers. The idea is to better manage lateral forces in a collision that can cause an occupantÂ’s head to rotate severely and at high velocity. Honda is hailing the new airbag as a major advance in airbag design. It follows the companyÂ’s introduction, in 1990, of the first vertically deploying front passenger airbag for the 1991 Acura Legend, a design that became broadly adopted in the industry. Honda is packing lots of other safety features into the 2021 Acura TLX, including knee airbags for driver and front passenger, both contained beneath a panel on the underside of the instrument panel, and eight airbags total, the most ever for the model. It will also come standard with the AcuraWatch suite of advanced safety and driver-assist technologies and AcuraÂ’s Advanced Compatability Engineering body structure, which has been advanced to boost occupant safety by redirecting energy away from the passenger compartment in a frontal crash. Acura says it expects to get a five-star crash rating from the National Highway Traffic Safety Administration and a Top Safety Pick+ rating from the Insurance Institute for Highway Safety.

2020 Acura NSX Suspension Deep Dive

The Acura NSX has been a special car as long as I’ve been in the business. The first one came out in 1990, the same year I started my career in automotive engineering. I vividly remember driving one briefly back then when we brought one in for benchmarking. I'd drive it again 22 years later when my previous employer bought a used 1991 example for a long-term test. Reader interest was sky-high and the car was still gorgeous, but the march of time and automotive engineering had clearly left it behind. Then, in 2016, a second-generation NSX emerged, and it was packed with bleeding-edge thinking. It has a 3.5-liter twin-turbo V6, but this new NSX is a hybrid with an electric motor-generator sandwiched between the engine and its nine-speed DCT transmission. Two more electric motors – one for each wheel – power the front axle. There they can add traction, regenerate electricity under braking and dole out hyper-accurate levels of torque vectoring. The carÂ’s tire package was changed from Continental SportContact 5 to SportContact 6 tires in 2019, and numerous suspension re-tuning tweaks came along with them. The result is a lively and well-balanced car that is relentless when driven hard and a pussycat around town. LetÂ’s see what theyÂ’ve got going on under there.   At first glance the 2020 Acura NSX appears to have dual wishbone front suspension. But we canÂ’t tell for sure because that big two-piece brake rotor is in the way. The coil-over shock looks obvious, but a few odd details are apparent even from here.   This view also seems to indicate double wishbone suspension. But the pivot axis (green arrow) between the upper and lower ball joints looks wrong – itÂ’s far too vertical. WeÂ’re missing something. But I would be remiss if I failed to point out a few other things before we moved on. For one, the front drive axle confirms this to be an all-wheel-drive machine. Second, the forged aluminum damper mounting fork (yellow) that envelops the axle is mounted to the lower arm about 75% out from the armÂ’s inner pivot. The spring and damper motion ratio would be 0.75-to-1 relative to wheel movement, with a tiny reduction due to its lean angle. Lastly, just look at the huge cast aluminum upright (white). Beautiful. Normally these are called hub carriers or steering knuckles, and I use the terms interchangeably. But the motorsports-derived term upright is normally applied when the piece is tall and, well, upright like this one.   This explains everything.