2023 Fisker Ocean One Sport Utility 4d on 2040-cars

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Fisker brings new Ronin, Alaska, Pear, and Ocean Force E to 'Product Vision Day'

With the Fisker Ocean reaching customers and a so-far successful first wave of media drives, company CEO Henrik Fisker took the stage in Huntington Beach, California last night to go over the products that are part of Fisker, Inc's second chapter. These are the Pear city car, which Fisker expects to be the company's best-seller; the Ronin four-door convertible flagship, produced in limited numbers; the Alaska pickup, built on an extended version of the Ocean's platform; and the Force E off-road package for the Ocean, available as a factory option or a dealer-installed kit after purchase. The CTO was also there to discuss the new Blade processing platform that will make all of the company's in-car tech dreams come true and debut with the Pear. We'll start with the Pear. It's built on a new SLV1 platform, an acronym Fisker said stood for "simple, versatile, and volume." We're not sure what the L is for, perhaps light, based on the claim the Pear uses 35% fewer parts than an equivalent city car. Engineers achieved this with measures like producing a single symmetrical armrest piece that fits all four doors. Parked on stage next to an Ocean, the Pear is clearly smaller, but it doesn't look at all small. We'll need to see it in the open with other objects for reference to understand the sizing. There were neat design elements like the giant windshield, the concave hatch glass attached at the top to the spoiler, a flash glass panel arcing over the roof at the rear three-quarter, and a taillight that formed an oval around the backlight. The hero car also had a roof full of solar panels.  The way the CEO talked about Pear features, the target audience of urban dwellers moves in packs that need places to store lots of stuff and maybe sleep. "Everything in the dash is about storage," he said, revealing an instrument panel with a central screen surrounded by recesses, some of the recesses topped by rubber straps that secure goods. He didn't demonstrate the front trunk, which he called the front boot in UK English, then shortened to "froot." He did demonstrate the Houdini trunk. When an owner wants to load the rear bay, the hatch glass disappears into the lower metal portion of the hatch, then that lower potion slides down into the bumper. A neat piece that doesn't need room in a tight parking spot, takes a lot longer than opening a hatch, though.

Fisker abandons solid-state EV batteries

Henrik Fisker's eponymous electric car startup has abandoned plans to develop solid-state battery technology, citing its lack of near-term viability (among other complications) in an interview with The Verge.  Fisker said the company felt it was "90 percent there" on solid state tech, but that the final 10% proved too challenging given the constraints of current technology. He feels the move to solid state battery composition will require a significant breakthrough followed by years of development.  "I think personally, they’re at least seven years out, if not more, in terms of any sort of high-volume format," he said. "... once you have a breakthrough in that technology, you need probably three years to set up high-volume manufacturing, and then you need another three years to do durability testing. So even if somebody invented it today, it would be at least probably six years out." "[W]e have completely dropped solid-state batteries at this point in time because we just donÂ’t see it materializing," Fisker said. "Would we do something in the future? If we do, it would be something completely new, and we obviously have a battery team thatÂ’s looking at the current technology thatÂ’s here. But the solid-state battery that we worked on, that just doesn't have a future at this point in time in the near future." As to whether Fisker's abandonment of solid-state tech had anything to do with the company settling a lawsuit brought by QuantumScape, Fisker cited the settlement's non-disclosure clause and nothing more. Fisker has shied away from promoting solid state battery development since the introduction of its production-intent Ocean electric SUV, which is going to be produced in partnership with automotive supplier Magna.  Meanwhile, others in the industry remain committed to solid-state battery tech, at least for the time being. Toyota said just months ago that it intends to introduce a solid-state prototype some time in 2021, with production viability coming as soon as 2025. That would be sooner than Fisker predicted, but not outrageously so, and if anybody has the resources to rapidly develop next-generation automotive powertrains, it's Toyota.  Related Video: This content is hosted by a third party. To view it, please update your privacy preferences. Manage Settings. Fisker Emotion | CES 2018

Fisker Ocean enters production this week without some ADAS features

At the beginning of the year, Henrik Fisker said his eponymous company anticipated the Ocean battery-electric crossover entering production in November, first deliveries happening in early 2023. In the latest update during the Q3 earnings call with analysts, Fisker said everything is on track, the Ocean expected to start rolling down the production line at Magna Steyr's facility in Graz, Austria on November 17. If that happens, then dealers would be handing over the first sets of keys to retail customers next February. Hitting the milestones might be a bigger pick-me-up for Fisker than the customers, showing the longtime design executive may finally have the right team in place to become a successful auto executive. There will be some hiccups, however. Automotive News reports the first Oceans will be delivered without some software features because Fisker doesn't want to delay production while the coding is sorted. Most of the omissions are from Fisker Intelligent Pilot, the advanced driver assistance suite. Affected units will not have automatic high beams, blind-spot monitoring, and lane-keep assistance, which the company hopes to add with an over-the-air update early next year. Based on the production timeline, that could mean only the Fisker Ocean One, limited to 5,000 units and built into Q2 of next year, will be affected. Lane centering and traffic-jam assist are anticipated to come at the end of 2023. Cruise control is another casualty, unavailable until later next year. Fisker told Autonews he believes "There's also, quite frankly, a lot of customers that may not care about it, so why wait to launch the vehicle? And you know you're going to maybe get it three months, six months, nine months later." Based on the analyst call, Fisker Automotive is prepping for the trials of homologation in Europe and the U.S., and wants to do as much as possible at once instead of doing piecemeal software certifications. Delivering vehicles without certain software-enabled features that will be added later shouldn't surprise anyone. Volkswagen did the same with the ID.3 launch. Meanwhile, the chip shortage convinced legacy OEMs to sell cars without features that couldn't be added later.   Fisker's production ramp-up for 2023 intends for Magna to build more than 300 units in Q1, more than 8,000 units in Q2, more than 15,000 units in Q3, and at least 19,100 units in Q4, making a total of 42,400 Oceans. As mentioned, the first 5,000 will be the Ocean One.