1998 Mitsubishi Montero Ls 4x4 on 2040-cars

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Japan readying first stealth fighter for 2016 test

This post is appearing on Autoblog Military, Autoblog's sub-site dedicated to the vehicles, aircraft and ships of the world's armed forces. The nation of Japan is somewhat unique in terms of the world's militaries. Following its loss in World War II, the country was stripped of its ability to wage war, and its military was reestablished nearly a decade later not as an aggressive force but as a self-defense force. Today, the Japanese constitution forbids the country from maintaining anything but its Ground, Maritime, and Air Self-Defense Forces. Since Prime Minister Shinzo Abe first took office in September 2006 and continuing in his second term, which began in late 2012, Japan's military has seen something of a renaissance. Earlier this year, the country's legislature officially approved a new law that allowed Japan to use its military in international conflicts, even if there's no direct threat to the Home Islands. And even earlier still, Japan announced a desire to increase its drone capability. Now, like the US, Russia, and China, the country is preparing its own stealth fighter. Slated to take to the skies for its maiden flight in early 2016, the Advanced Technology Demonstrator X is a Mitsubishi-built plane that looks like the lovechild of an F-22 Raptor, an F-16 Falcon, and an F/A-18 Hornet. According to the attached video from Bloomberg, the ATD-X carries all the stealth fighter hallmarks. Its shape is designed to minimize its radar cross-section, while the body is coated in radar-absorbent material. And of course, the weapons systems are stored within underbelly bays. But why is Japan even testing it, especially when you consider the company placed an order for 42 F-35 Lightning IIs way back in 2011? Well, for one, it's going to be a lot more affordable than the F-35, which is the single most expensive weapons platform in human history. Where individual F-35s cost around $100 million, depending on what source you're looking at, Bloomberg reports that the ATD-X could be developed for just $324 million. Even if there are some utterly absurd cost overruns and the per-unit cost is closer to astronomical than affordable, putting together a fleet of production ATD-X's is probably going to be cheaper overall. You can hear more about why Japan is considering the ATD-X in the video down below. Check it out.

Mitsubishi developing new standalone hybrid Evo successor

Mention the name Mitsubishi to different people and you'll likely get two startling different images. Environmentalists will focus on the company's strides in developing EVs, while performance enthusiasts will point you toward the Lancer Evolution. The prevailing wisdom was that Mitsubishi would cancel the latter to concentrate on the former, but the latest intel suggests that the two will be reconciled with a new Evo around the corner.
Although Mitsubishi is reportedly working to streamline its lineup from 23 models on 12 different platforms to 13 models on 7 by 2016, the next Evo will stand as an exception. Like Subaru did with the formerly Impreza-based WRX (or for that matter Nissan with the formerly Skyline-based GT-R), the new Evo won't have anything to do with the next Lancer, which itself will be based on a Renault-Nissan platform.
On that unique platform, Mitsubishi is likely to install a small direct-injection turbo engine (potentially a diesel) that could be based on the 1.1-liter, three-cylinder turbo engine in the XR-PHEV concept we saw in Tokyo, supplemented by small electric motors with lightweight batteries and driving all four wheels through an enhanced version of the company's Super All-Wheel Control system. As to whether the Evo name will carry over, that remains to be seen, but if these reports prove accurate, its spirit could very much live on.

Recharge Wrap-up: Phoenix Cars delivers ZEUS to Navy, Volt saves gas compared to i-MiEV

Phoenix Cars has delivered its first Zero Emissions Utility Shuttle (ZEUS) flatbed truck to the US Navy. The electric flatbed will be used to transport maintenance materials around Naval Base Ventura County Port Hueneme. The Phoenix ZEUS features a 100-mile range, and can charge in just three hours. It also features vehicle-to-grid technology and direct power capability, allowing it to function as a mobile power station. ZEUS customers enjoy an eight-year/300,000-mile battery warranty and round-the-clock technical support from Phoenix. Phoenix launched an electric passenger shuttle last year, and years ago worked on an electric sport utility truck before shifting over to larger vehicles. Read more in the press release from Phoenix Cars. A man found that he used less gas by trading in his Mitsubishi i-MiEV for a Chevrolet Volt. Ben Rich saved fuel in part by using his Volt for road trips rather than needing to rent cars. Rich also found other benefits to driving a Volt, including more comfort, more freedom of movement and less range anxiety. Rich often had to turn off the heat in the winter to eke out precious miles in the Mitsubishi, which he needn't do in the Chevy, though he did have a gripe about the Volt using the gas motor to warm the car. Read more at Green Car Reports. EV drivers using the ChargePoint network have traveled over 196 million miles without gasoline. ChargePoint has tallied over 9 million charging sessions for a total of 65 gigawatt hours of energy. Based on national efficiency averages of three miles per kWh and 23.9 miles per gallon, this has saved 8.2 million gallons of gasoline and 60 million pounds of CO2. This accounts for what ChargePoint calls a "huge environmental impact." Read more in the release from ChargePoint below. The Environmental Impact of ChargePoint Drivers Campbell, Calif.– We all know electric vehicles (EV) have enormous environmental advantages over gas vehicles. Plug-in EVs reduce carbon-based greenhouse gases, improve air quality and reduce our dependence on fossil fuels. EV drivers on the ChargePoint network have had a huge environmental impact. With over 9 million charging sessions delivering 65 gigawatt hours of energy, EV drivers have avoided over 60 million pounds of CO2 and 8.2 million gallons of gasoline, and driven over 196 million gas-free miles. *Based on national averages: EV efficiency of 3 miles per kWh, gas efficiency of 23.9 mpg and a net savings of 0.924 pounds of CO2 per kWh.