2004 Vw Jetta on 2040-cars

Auto blog

Recharge Wrap-up: VW Caddy TGI BlueMotion, VR tour of Tesla Model X

Take a 360-degree virtual tour of the Tesla Model X. Best viewed in the YouTube app on your smartphone, the video above - courtesy of Canadian Press Video News – allows you to look around the inside of the Model X as though you were sitting inside it. While you're viewing it, keep in mind Tesla CEO Elon Musk's words about virtual reality: "It's quite transformative. You really feel like you're there." See the video above, and read more at Teslarati. LG Chem's batteries for the 2017 Chrysler Pacifica Hybrid minivan will be the Korean company's first time engineering and manufacturing a complete battery pack in Michigan for a volume production North American plug-in hybrid. The packs include lithium-ion cells, electronics and control units. The batteries were engineered at LG Chem's Troy, Michigan facility, and will be built at the company's Holland, Michigan plant. "Our experience with entire battery packs, including cell design and manufacturing capability, as well as our expertise in vehicle integration, makes us the ideal battery supplier for the Pacifica Hybrid," says LGCPI CEO Denise Gray. "We believe our technical strengths, engineering and manufacturing expertise, position us as a leading battery and control system provider for electric vehicles today and in the future." Read more at Green Car Congress. Volkswagen Commercial Vehicles will debut its Caddy TGI BlueMotion van at the Geneva Motor Show. The van, which is suited to family, taxi or city delivery use, can run on CNG or bio-natural gas in addition to gasoline. It also features a six-speed DSG dual-clutch transmission – a first in its class. The multiple high-pressure tanks for compressed gas are located under the floor, preserving all the Caddy's precious cargo space. A TGI version of the Caddy Alltrack will also be available, initially with a six-speed manual transmission, with the DSG option arriving in the middle of 2016. Read more at Green Car Congress, and in the press release below.

Get ready to Camino-ize your fourth-generation VW Jetta with this kit

Inexpensive, small pickup trucks used to be everywhere in the US, whether they were from Japanese brands like Datsun or Toyota, the truly weird Subaru Brat or even from Europe with the Volkswagen Caddy based on the Golf. These days that market has completely disappeared, but if you're willing to pick up some tools to build your own, there's a company out there bringing the Caddy back as a kit for the Jetta.
Mark Smith knows a thing about building a vehicle at home. He has over two decades in the DIY-car business as a co-founder of Local Motors and the company that became Factory Five Racing. His latest venture is Smyth Performance and already offers a mid-engine, VW-based kit called the G3F. His new product, though, started as a fluke. "I just wanted a shop truck," said Smith to Autoblog. He already had a Ford F-450 but found that he was driving around with the bed empty most of the time. The result was a pickup truck based on the fourth-generation Jetta that he dubbed the Ute.
The kit retails for $3,500 and ships in three, big boxes, and it's designed to be built and painted in a weekend. Buyers get fiberglass exterior panels, a fiberglass rear window surround, sliding rear window, an aluminum reinforced bed with a tubular steel subframe, taillights, a fully functional steel tailgate, and other parts. In the end, you get a vehicle with a six-foot bed and a payload of around 700-750 pounds. The Ute maintains all of the factory suspension, fuel tank and emissions equipment and requires just a few cuts in the body to complete. "We did a modern Caddy," admits Smith.

Audi buys Ballard fuel cell patents for $80 million

While some auto companies (e.g., Toyota and Hyundai) are giving away some hydrogen fuel cell patents, others are paying a pretty penny to gain access to the H2 tech. Audi announced today that it has purchased a suite of fuel-cell patent from Ballard Power Systems. The deal between Volkswagen Group and the Canadian fuel cell pioneer is worth over $80 million US. Unsurprisingly, the value of Ballard's stock shot up about a dollar (to $2.61 as of this writing) on the announcement. VW and Ballard will also extend their development agreement, originally scheduled to end in 2017, to March 2019, and possibly another two years after that. Thus far, the deal – which revolves around the "design and manufacture of next-generation fuel cell stacks" for VW's H2 demonstration program – and Ballard says it is a leader in "critical areas of fuel cell product design – including the membrane electrode assembly (MEA), plate and stack components – along with certain testing and integration work." At the LA Auto Show last fall, VW showed off a Golf SportWagen and a Passat with a hydrogen hybrid HyMotion powertrain as well as a Audi A7 Sportback H-Tron Quattro. Audi buys fuel-cell patents from Ballard Power Systems Development agreement with Ballard extended until 2019 Audi's Head of Development Prof. Hackenberg: "The entire VW Group will use these patents." Ingolstadt/Burnaby, February 11, 2015 – AUDI AG has acquired a package of patents relating to fuel-cell technology from Ballard Power Systems Inc. In addition, the Volkswagen Group has extended its cooperation with the Canadian clean energy company until 2019. The purchase of these patents will provide new impetus for the development of fuel-cell drive systems at Audi, VW and the Volkswagen Group. As explained by Prof. Dr. Ulrich Hackenberg, Member of the Board of Management for Technical Development at AUDI AG and responsible for the steering of the development departments of all brands in the VW Group: "Audi is acquiring these strategically important patents for the entire group and will make them available to all the brands. In this way, we are securing crucial expertise that will provide new impetus for the further development of this technology." Ballard Power Systems Inc. is based in Burnaby, Canada, and is one of the world's leading companies in the technology of proton exchange membrane fuel cells.