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Watch a Subaru BRZ nail world-record tightest 360 spin

How much space do you need to execute a full 360? Less than two car lengths, as it turns out. But you'd need to be someone like Alastair Moffatt to pull it off. The British stunt driver added another Guinness-certified world record at the Autosport International show in Birmingham, England, the other day when he executed a complete 360-degree turn in just 21.3 feet. 14 of those feet were taken by the Subaru BRZ he drove to accomplish the feat – naturally with the ABS and traction control disengaged. That left just 7.4 feet (2.25 meters) of clearance to flip the car all the way around, which bagged him the record for the world's tightest 360-degree spin that previously stood at 8.2 feet (2.5 meters). He didn't manage the feat just once: after extensive practicing, Moffatt performed the stunt in front of a cheering crowd, and then repeated it under tightly controlled conditions for the record adjudicators. This isn't the first such world-record stunt that Moffatt has pulled off, either. He previously scored the records for the tightest parallel parking job and for the same in reverse. Watch him accomplish his latest in the video above. SUBARU BRZ GETS IN A SPIN FOR GUINNESS WORLD RECORD - Rear-wheel drive Subaru BRZ sets new world record for tightest 360° spin - Stunt driver Alastair Moffatt secures record at 2016 Autosport Show Subaru has again demonstrated the agility and precision handling prowess of its rear-wheel drive BRZ sportscar by securing the Guinness World Record for the 'Tightest 360° spin'. The record was secured at the Autosport International Show over the weekend, with the BRZ in capable hands of former world record holder Alastair Moffat. Stunt-driver ace Alastair Moffatt broke the previous 2.5-metre Guinness World Record, which was achieved in 2014, by flicking the BRZ into a 360° spin between two obstacles in Autosport International's Live Action Arena. Moffatt has previous experience setting daring Guinness World Records, including 'Tightest Reverse Parallel Park' and 'Tightest Parallel Park', the latter established at the 2015 Autosport show. The 4.24-metre-long Subaru BRZ is renowned for its low centre of gravity – lower than many high-end supercars – and naturally-aspirated 2.0-litre 'Boxer' engine, making the BRZ one of the most exciting and engaging cars on the road In order for Alastair to have maximise control over the car throughout the manoeuvre, the traction control was switched off and ABS disengaged.

Subaru plans to electrify entire range by the middle of the 2030s

Nipping infinite rumors in the bud, Subaru confirmed the Outback, the Forester, the BRZ, the WRX STI, and every other car it makes will go utilize some form of electrified powertain or disappear by the middle of the 2030s. The Japanese automaker announced it plans to kick exclusively gasoline-powered cars out of its global portfolio in about 15 years' time. The announcement comes in the wake of ever-stricter emissions regulations around the globe, notably in China and in the European Union. The firm isn't going to turn the tap off overnight, though. Toyota owns an 8.7% stake in Subaru, and the two partners are jointly developing a pair of electric cars due out during the 2020s. Others will inevitably follow. By 2030, hybrid and electric models will represent at least 40% of Subaru's annual global output. In the meantime, Subaru is funneling an immense amount of money into adapting Toyota's hybrid technology to its vehicles. The gasoline-electric variant of the Crosstrek introduced in 2018 a product of this collaboration. Executives outlined plans to release a "strong hybrid" again built with Toyota parts, though they stopped short of providing more details. They also stressed their goal isn't to achieve mere badge-engineering. "Although we're using Toyota technology, we want to make hybrids that are distinctly Subaru. It's not only about reducing CO2 emissions. We need to further improve vehicle safety and the performance of our all-wheel drive," affirmed Tetsuo Onuki, Subaru's chief technology officer, during a briefing Reuters attended. His comments suggest all-wheel drive will continue to define the members of Subaru's range in the electric-only era. The configuration has been one of the brand's strongest selling points for decades, and it helped it grow from a niche brand peddling obscure cars to a major mainstream automaker in the United States, so giving it up would be marketing suicide. The horizontally-opposed engine is Subaru's second signature, it's what the C-shaped daytime running lights seen on its cars are inspired by, but Onuki confirmed it will no longer be the only way Subarus are motivated.

Some 2019 Subaru Ascent owners will get brand-new cars due to recall [UPDATE]

UPDATE: After inspection, it turns out that the issue of missing welds on Subaru Ascent models built between July 13 and July 21, 2018, was much smaller than initially thought. A Subaru spokesperson informs us that "none of the customer vehicles included in the recall were affected." According to Subaru, 293 brand-new 2019 Ascent crossovers built between July 13 and July 21, 2018, are missing a series of spot welds on the B-pillar. These welds add strength to the shell of the car right where the rear doors attach, which makes them extremely important to the overall structure of the vehicle. The issue was caused by improper programming of the robots that add these welds as the vehicle rolls down the assembly line. What makes this recall particularly interesting is that 9 of these 293 affected Ascent models are already in the driveways of paying customers, and those owners are going to get brand-new replacement vehicles. The other 284 affected Ascents are either sitting on dealer lots or in transit. All 293 models without the proper B-pillar welds will be destroyed and replaced. If you're the owner of a 2019 Ascent that may be affected by this recall, you can contact your local dealer with your VIN number, or check online to find out if your vehicle is one of the 293 with missing welds. And since it's a very real safety issue, we'd recommend you check your VIN immediately, because the missing welds cannot be identified just by a visual inspection. Related Video: