2014 Subaru Forester 2.5i Premium 4-door 2.5l on 2040-cars

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Custom cabinetry gives this Subaru Outback camper cred

Where there's space, there's wood to make it more functional. At least, that seems to be the ethos at customization shop Solid Wood Worx. The Huntington Beach, Calif.-based company has turned vehicles such as the Ram ProMaster, Nissan XTerra, Toyota 4Runner, and Ford F-250 into small, livable mobile homes. The most recent project is a Subaru Outback, which uses a unique series of cabinets to meet a fairly complex checklist of asks.  Noticed by Motor1, the Outback belongs to an adventurer named Sean who is setting out on a six-month climbing trip. She reached out to Brian, a woodworker and former cabinet builder, at Solid Wood Worx with her vision of the Outback as a sleep-in camper. She wanted a flat place where she and her 80-pound dog could sleep, a slide-out kitchen with stove and fridge, storage for climbing gear, storage for clothes, and a designated space for a water supply. Possibly the biggest ask was an integrated solar panel with a battery and inverter for off-the-grid living. Brian made it all work.  With the solar panel and spare tire hitched to the Thule roof rack and out of the way, Brian built an interior platform that stretched from the rear hatch to the back of the front seats. Since this eliminated any use of the rear seats, they were taken out. The platform itself has built-in drawers, and the upper portion is split into two functional spaces. The right side has just enough room to fit a small mattress, but Sean looks small, so it should work perfectly. Beneath the bed is the sliding drawer that stows the camp stove. On the left side is a massive amount of storage that doubles as secondary kitchen prep space. On top of that is a small fridge that opens on top like a cooler.  With the kitchen area in its "out" position, a secondary panel opens up to the space where the spare tire used to be. Inside that, Brian's team fitted the wiring, fuses and equipment for the solar panel's battery storage. For this project, Brian used a 100 amp-hour battery and a 100-watt solar kit from Renogy. That power feeds an inverter, a few USB plugs, and the small fridge. Looking through the rear passenger door, there are even more storage spaces for things such as clothes, bedding, shoes, and a laptop. The water tank slides in behind the front seat.  In most of his builds, Brian uses three-quarter-inch nine-ply pine plywood that he gets from Home Depot. It costs roughly $35 for a 4x8 sheet, and each piece weighs about 60 pounds.

Subaru allegedly developing mid-engine hybrid sports coupe

A mid-engine, hybrid sports coupe could give Subaru a high-performance halo model in the coming years. According to Car and Driver, "a source close to Subaru" let slip the company has been testing the prototype powertrain underneath a BRZ at its proving grounds in Japan. "Whether the end result will be a two-door sports coupe or some kind of sports crossover/CUV is still in the evaluation stage," the anonymous source told Car and Driver. "A coupe seems more likely, though." The vehicle's layout allegedly uses a mid-mounted 1.6-liter turbocharged boxer engine with hybrid assist to spin the rear wheels, and two electric motors at the front would power that end. The resulting all-wheel drive powertrain would have about 330 horsepower or more, Car and Driver claims. If a production version happens, it would use the upcoming Subaru Global Platform. Rumors about Subaru's increased development of hybrids offer some support for this alleged sports coupe. The company reportedly might use electrification to boost the next-gen STI. In 2014, a story also suggested the automaker could revive the SVX as a performance-oriented hybrid shooting brake. More recently, even its Viziv GT Vision Gran Turismo concept combined a turbocharged boxer with three electric motors. While a Subaru sports coupe piques our interest, we are taking the prospect with a grain of salt for now. The Japanese brand has a tendency of teasing performance models but not actually delivering on them – like the STI Performance Concept (above) or the aggressive styling of the last WRX Concept. There could also be a long wait before we see what the company is developing. According to Car and Driver, a concept is at least two years away. Then it would take even more time for execs to okay production. Related Video:

2020 Subaru Outback Suspension Deep Dive | More than meets the eye

The 2020 Subaru Outback is a completely redesigned car. It has a lot to offer in terms of new convenience features, and the driving experience is much improved. A good deal of that comes from chassis improvements, and indeed a lot of work went into making the body shell and suspension subframes more rigid so the suspension attachment points could be more robust and stable. Don’t let all of that rigidity talk make you think the ride itself is stiff. It isnÂ’t. Any suspension tuning engineer will tell you that a stable platform is necessary even if a smooth ride is the goal. Rigid attachment points make it easier to control ride motions and road imperfections within those components designed for that very job – the springs, dampers and suspension bushings. So letÂ’s take a look at what Subaru has done under the new Outback. What weÂ’re about to see doesnÂ’t just apply to the Outback wagon, but to the closely-related and also-redesigned 2020 Legacy sedan as well.   ItÂ’s no surprise that a vehicle like the Subaru Outback uses strut front suspension, but from here, a couple of details do look curious.   Like any strut suspension, the steering axis (yellow line) is defined by the pivot bushing at the top of the strut and the center of the lower ball joint. The entire affair will pivot about this line when the wheels are turned. The lower control arm (red) of the newly redesigned 2020 Outback is now a lightweight aluminum piece instead of the steel hunk that was used last year. As before, thereÂ’s a “direct-acting” stabilizer bar link (green) that attaches to the strut housing, an arrangement that maximizes the efficiency of the stabilizer bar because the motion ratio is 1-to-1 motion with respect to wheel movement. As for the stabilizer bar itself, itÂ’s now hollow to save a bit of weight.   This spacer (yellow) raises the body relative to the suspension. The Outback has one, but the lower-riding Legacy sedan does not. The spacer pushes the arm down (or the body up - take your pick), so that means the OutbackÂ’s reinforcing bracket (green) will also differ from that of the Legacy. While weÂ’re here, look at the round rubber bushing just below the spacer. That void space and square nub you see pointing directly at you will make sense in a short while.   Subaru couldnÂ’t simply put a spacer on the OutbackÂ’s rear lower control arm pivot and call it good. They had to do something of similar magnitude at the front.