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Honda slowing US production due to ports dispute

The labor dispute that idled 29 ports on the West Coast last the weekend, including Los Angeles and Long Beach, CA, is about to make its effects felt on the showroom floor, according to Reuters. Honda, Toyota and Subaru have been trying to work around the labor disagreement, cutting overtime and airlifting parts to factories, but Honda says parts shortages at plants in Indiana, Ohio and Ontario, Canada, are now severe enough to impede production. The lack of transmissions and some electronic components will slow output of the Honda Accord, Civic, and CR-V – as well as unnamed Acuras. The three affected factories will rework their production schedules from Feb. 16-23. The ports have reopened this week, and US Labor Secretary Tom Perez has flown to San Francisco to mediate a new agreement between the 20,000 dockworkers represented by the International Longshore and Warehouse Union and the Pacific Maritime Association, which represents the terminals and shipping companies. Talks have been going on for almost nine months and the issues aren't settled; meanwhile, the West Coast ports that handle half the nation's maritime cargo and 70 percent of cargo from Asia are putting all kinds of industries on the ropes, and it's estimated to cost the economy $2 billion a day. Related Video: News Source: ReutersImage Credit: MARK RALSTON/AFP/Getty Images Government/Legal Plants/Manufacturing UAW/Unions Acura Honda Crossover Sedan

Acura 2019 RDX Prototype | New era for a popular crossover

Acura took the wraps off its sleek new RDX Prototype today at the Detroit Auto Show, displaying a completely redesigned, re-engineered crossover that heralds a new era for design and technology for the automaker. Acura says it's a pretty close representation of the production version due out midyear as a 2019 model, save for the highly stylized side mirrors and wheels. The Prototype serves as the third generation of the RDX, and Acura says it's the first full embodiment of the new exterior and interior design language first introduced on the Precision Concept, shown in Detroit in 2016, and the Precision Cockpit, a concept interior it unveiled in Los Angeles in 2016. So in addition to the Precision's diamond pentagon grille, which has already made it to the TLX, the crossover adopts the Precision sedan's low, wide stance and sculpted body panels. Compared to the outgoing RDX, the new version adds 1.2 inches of width and 2.5 inches to the wheelbase, with a shortened front overhang and wheels pushed to the corners. Headlamps and exterior lights are all LED. The RDX Prototype debuts the all-new Acura True Touchpad interface, which combines a touchscreen and remote interface in one Android-based operating system. There's a 10.2-inch full-HD display atop the center console that's operated via a remote tracking pad mapped to the center display, plus an interactive heads-up display. (Here's a good video explainer for how it works.) It also has a new and improved natural-language voice-recognition system. View 12 Photos Inside, there's more space, rear legroom and cargo space. A floating center console is inspired by the Precision Cockpit, plus high-grade materials including nappa leather, brushed aluminum and Olive Ash wood. It'll also be the first Acura SUV offered with the brand's sporty A-Spec trim, which will eventually be part of all core Acura models developed moving forward. And all RDX models will come equipped with a new ultra-wide panoramic sliding moonroof, the largest in its class. Acura is building the new RDX on an Acura-only platform that gives it a lighter and stiffened body, new chassis and all-new powertrain that it says will be its quickest and best-handling RDX to date.

A smoother operator | 2017 Acura MDX Sport Hybrid First Drive

There's a lot to unpack when trying to understand the 2017 Acura MDX Sport Hybrid. Acura is billing it as a three-row crossover infused with NSX technology via a sport-oriented hybrid drivetrain. So it's a hybrid crossover, sure. But it doesn't comport itself like a traditional crossover, nor is it a conventional hybrid. What it is, underneath, is an intentionally subtle blend of impressive technologies doing their best to appear transparent – and it's too subtle, I fear, to be appreciated by those who'd like it the most. This is a lot of foreshadowing, but if you're not familiar with the MDX Sport Hybrid's powertrain, let's fill you in. The MDX Sport Hybrid uses the same basic system as the 2014 RLX Sport Hybrid, with some newer NSX battery tech sprinkled in, packaged neatly into the refreshed third-generation MDX platform. The system improves handling and efficiency – but more important, it smoothes out the harshness of shifts and engine stop-starts. We do need to examine the system in some detail to understand how all this affects the MDX as a whole, so let's go toe to tail. Up front is a transversely-mounted 3.0-liter V6 making 257 horsepower and 218 pound-feet of torque, as well as featuring i-VTEC and cylinder deactivation. It's slightly smaller than the 3.5-liter V6 found in the conventional MDX and many other Honda and Acura products. Attached alongside is a Honda-produced 7-speed dual-clutch transmission that has a 47 hp, 109 lb-ft electric motor-generator stuffed inside. Amidships are the battery pack and the electronics to control it, and stretching aft from there are large cables feeding power to a pair of electric motors that reside in single housing, one for each wheel. Together, they produce electron witchcraft and torque-delivery wizardry – and add 72 hp and 108 lb-ft of torque to the mix. The total system output is 321 hp and 289 lb-ft of torque – a gain of 31 hp and 22 lb-ft over the conventional MDX SH-AWD. Beyond the raw numbers, there's the remarkable subjective benefit of the Sport Hybrid's drivetrain. Engine start-stop events are quiet and smooth, nearly imperceptible when under way – in stark contrast to the too-perceptible shudder of competing engines kicking on. The electric motors (mainly the one residing in the transmission) add in power to make up for the lull during a shift, making shifts up or down seamless, as well as providing regenerative capacity.