2013 Bmw 1-series 128i Convertible on 2040-cars

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BMW i gets in on ridesharing with Scoop investment

The ridesharing investments are starting to roll in quickly now, and BMW i Ventures is the latest to drop some cash to get in on the trend. The automaker's venture-capital arm put an undisclosed amount of money into Scoop, a ridesharing platform based in California and operating in the Bay Area. BMW i's investment in Scoop Technologies is part of a $5.1 million seed round that included several other firms. It follows news that VW put $300 million into a service called GETT and that Toyota has partnered with Uber for ridesharing and leasing. There's also GM's $500 million investment in Lyft and its own car-sharing service, Maven. Automakers may soon run out of startups to pump money into. Oh, and don't forget about Apple's billion-dollar investment in Didi Chuxing, the Chinese Uber. Scoop's app is designed to let commuters find each other and drive together to reduce traffic, something the Bay Area and California in general can benefit from; then there's the added bonus that packing more people into a car unlocks access to the carpool lane. Scoop also partners with employers, like Cisco, to help people that are all going to the same place get to and from work. Employers can subsidize the cost of the rides as a perk and to encourage the app's use. And because plans can change, there's a ride-home guarantee that will reimburse you for costs getting home if you find yourself stranded. The service launched in 2015 in Pleasanton, CA, and is still in a limited rollout that includes San Francisco, Palo Alto, Sunnyvale, and North San Jose. It's not clear how or if BMW i will integrate the tech into its vehicles. This could just be an investment to get a foothold into a young ridesharing company, or it could be a sign that BMW wants to build the app's functionality into i cars. Related Video:

Evo pits BMW M3 against Porsche Macan in drag battle

If you want to move five passengers in very rapid fashion and you've got a $75,000 budget, two newly introduced four-door models immediately come to mind - both are the highest performing vehicles in their respective segments. But which is faster off the line, to the 60-mile-per-hour benchmark or flat-out over an even longer run? Evo took both to paved aircraft runway to find out.
In lane one we've got the all-new Porsche Macan Turbo, which boasts a twin-turbocharged, 3.6-liter V6 rated at 400 horsepower and 406 pound-feet of torque. The Porsche is fitted with a seven-speed, dual-clutch gearbox, and the 4,244-pound crossover has the traction advantage of standard all-wheel drive. In lane two is the all-new BMW M3, powered by a twin-turbo 3.0-liter inline-six rated at 425 horsepower and 406 pound-feet of torque. It is also equipped with a seven-speed, dual-clutch gearbox, but only the rear wheels of the 3,595-pound sedan are driven. Both the BMW and Porsche arrive with launch control, which helps to remove driver error off the line.
Which automaker's launch control system is better off the line? Does all-wheel-drive grip give the crossover the advantage it needs to overcome its adversary's power-to-weight advantage? Will aerodynamics factor into the results? Which would you put in your garage, and why? The video may surprise you.

BMW 1 Series prototype packs direct water injection

Just a few months ago, BMW showcased an M4 that was modified to serve as the safety car for the MotoGP racing series. The flashing lights and emergency equipment, however, weren't the only modifications BMW made to the performance coupe. It also packed an innovative new water injection system. And now it's furthering the development of that system by running it in a 1 Series hatchback as well. Revealed at the BMW Group Innovation Days 2015 event, this five-door 1 Series packs a three-cylinder gasoline engine – like the one found in a Mini or i8 – but fitted with the direct water injection system. In this application, the system sprays a fine mist of water – yep, regular old H2O – right into the combustion chamber. While mixing water with gasoline normally wouldn't be recommended, in this case it evaporates immediately and helps cool the engine from the inside, allowing it to run at higher efficiency. That cooler running engine brings with it several benefits. It delivers improved fuel economy and lower emissions, to start. It also allows for an earlier ignition point, higher compression ratio, and higher boost pressure in turbocharged engines, delivering increased output. It even cuts down on engine knocking (where combustion occurs spontaneously), reduces wear and tear on the engine, and makes better use of lower octane levels. If that sounds like a win-win-win... win (we're losing count of all the wins here), it's because BMW just may be on to something. Of course it does require a water tank to be fitted on board, which means added weight, but instead of requiring the driver fill up the water tank, BMW has fitted this prototype with a system that replenishes the water level from the air conditioning system when the vehicle is switched off. So unless it's being driven in a particularly extreme climate, it doesn't even need topping up. Add one more "win" to the list, then. Extra power, improved real-world fuel economy: Direct water injection enhances efficiency. With direct water injection for turbocharged petrol engines, the BMW Group has again succeeded in enhancing the capabilities of conventional engine technology through an ongoing process of refinement and improvement. The precisely controlled injection of water into the engine cylinders produces a cooling effect that boosts power and torque, particularly when operating at or near full throttle, while at the same time reducing fuel consumption and emissions.