Find or Sell Used Cars, Trucks, and SUVs in USA

Clear Or Rebuilt on 2040-cars

US $35,000.00
Year:1999 Mileage:50000 Color: Black /
 Tan
Location:

Tiburon Ca. 94920, California, United States

Tiburon  Ca.  94920, California, United States
clear or rebuilt, US $35,000.00, image 1
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Auto Services in California

Zoll Inc ★★★★★

Auto Repair & Service
Address: 247 California Dr, Foster-City
Phone: (650) 595-2777

Zeller`s Auto Repair ★★★★★

Auto Repair & Service
Address: 1732 Yajome St, Vallejo
Phone: (707) 252-6567

Your Choice Car ★★★★★

Used Car Dealers, Wholesale Used Car Dealers
Address: 5650 Eastgate Mall, Firestone-Pk
Phone: (858) 622-0022

Young`s Automotive ★★★★★

Auto Repair & Service, Towing, Recreational Vehicles & Campers-Repair & Service
Address: Navarro
Phone: (707) 279-0116

Xact Window Tinting ★★★★★

Auto Repair & Service, Window Tinting, Glass-Auto, Plate, Window, Etc
Address: 181 S Wineville Ave Ste Q, Mira-Loma
Phone: (909) 605-0422

Whitaker Brake & Chassis Specialists ★★★★★

Auto Repair & Service, Brake Repair, Wheels-Aligning & Balancing
Address: 317 W Main St, Santa-Maria
Phone: (805) 925-3676

Auto blog

Honda is spending $124 million on a new wind tunnel facility in Ohio

Fri, Apr 21 2017

Ford isn't the only company building a multi-million dollar wind tunnel this year. Honda is also getting in on the action. Its new facility will cost less than Ford's at $124 million, and construction begins this summer. It will be built at the Transportation Research Center in Ohio, which is where Honda's NSX proving grounds are located. Honda will install a five-belt rolling road in the tunnel for testing of more pedestrian vehicles, and a wide, high-speed, single belt version for testing of sports cars and race cars. However, it seems the Honda facility will only be capable of testing wind speeds of up to 192 mph, whereas Ford claims a top speed of 200 mph. Cameras and microphones will also be set up inside the testing area at the Honda tunnel to help find wind noise trouble spots. Honda won't necessarily be the only company using the new wind tunnel either. The facility will be available for other groups and companies to use. There are even secure bays those groups can use for their work. Related Video:

Acura NSX ScienceofSpeed Dream Project brings another wing to SEMA

Mon, Oct 30 2017

Acura rolled into SEMA last year with its non-hybrid NSX GT3 race car, that FIA spec-series competitor pulled to Vegas on a trailer behind a GT3-themed Acura MDX. Sticking with the GT3 theme this year but going road-legal, Acura worked with Arizona-based ScienceofSpeed on a GT3 package that NSX owners can put in driveways. The result is the lower, more powerful, more wing-y NSX "Dream Project." Liquid-cooled injecting for the twin-turbo boosts output, adding 37 horsepower for a total of 610, and another 31 pound-feet of torque to register 507. A lightweight steel exhaust sheds 16 pounds and bestows those magnified numbers with magnified bass. A custom suspension drops the coupe by a little more than an inch, a custom iLIFT suspension add-on automatically raises the front axle two inches if the NSX detects a hurdle. The ScienceofSpeed aero kit includes all you'd expect from the alphanumeric "GT3:" front strakes, wider rocker panels, larger rear diffuser, a rear wing, gold powdercoated carbon ceramic Brembo brakes, and wider Pirelli Trofeo R tires wrapped around Advan GT forged wheels. Drench the package in two-tone Andaro Nouvelle Blue Pearl and gloss black roof, and the NSX Dream Project's ready to be driven from climate-controlled garage, to parking-lot car show, back to climate-controlled garage. If the owner decides to test a limit or two, Recaro Pole Position seats and a gaugeART OLED display will keep him locked in and informed. Related Video:

Honda's Acura NSX masterstroke: building the factory in Ohio

Tue, Apr 12 2016

When Honda announced it was going to build its NSX supercar in Ohio instead of Japan, it caught everybody in the industry by surprise. No one expected this proud Japanese company to build its most technologically advanced sports car anywhere but in its home country. Now Honda has a supercar production facility in rural Ohio that would be the envy of any Formula One team. The people at Honda call it the PMC, but its official name is the Performance Manufacturing Center. It's a building that started out as a shipping facility for suppliers, but Honda invested $70 million to transform it into a showcase facility that will build the NSX. Honda benchmarked the assembly operations at Ferrari, Lamborghini, McLaren, and Bentley before work began on its facility. The 200,000 square-foot building will also double as a customer reception center – Honda will open the doors for customers to come see their car being built. It's also going to offer them high-speed test drives at the gigantic Transportation Research Center just down the road. No one expected this proud Japanese company to build its most technologically advanced sports car anywhere but in its home country. Inside, the layout is wide open and well lit. There are no stripes or lines on the floor and none of the different departments are walled off. This creates a more welcoming appearance and lets you get a comprehensive view of the entire process at a glance. And with an eye towards future lessons learned, most of the equipment is of a modular design that can be easily reconfigured or moved. The body shop and paint shop are enclosed by glass walls so that anyone can see what's going on inside. And while you'll see some automation here and there, the idea was to achieve a blend between man and machine, not to try and automate everything. This is a low-volume facility with production targeted at only eight to ten cars a day. The plant runs four days a week with one ten-hour shift. Don't expect to see rows of new NSXs parked on any dealer's lot. The car will only be built to order. Honda is obsessed with ensuring the NSX is built to the most exacting quality standards. The plant people pored over the JD Power Appeal study to determine what supercar customers care about the most, then looked at which aspects of that directly tie into manufacturing. They developed their quality control strategy with three goals in mind. First, they wanted to build everything right the first time with no adjustments.