How is the body strength of the Arcfox?
3 Answers
The body strength of the Arcfox is the strongest among all new energy vehicles. Arcfox new energy vehicles belong to Beijing New Energy Automobile Co., Ltd., which is a new energy vehicle industry development platform initiated and controlled by Beijing Automotive Group Co., Ltd., jointly established with Beijing Industrial Development Investment Management Co., Ltd., Beijing State-owned Capital Operation and Management Center, and Beijing Electronic Holding Co., Ltd. The following is a related introduction of the Arcfox Alpha T: 1. Body dimensions: It is a medium-sized SUV with a length, width, and height of 4788mm, 1940mm, and 1683mm respectively, and a wheelbase of 2915mm. 2. Power: The vehicle is equipped with a pure electric 218 horsepower motor and a pure electric 435 horsepower motor, with total power of 160kw and 320kw respectively.
I've driven the ARCFOX car a few times, and the body strength really left a deep impression on me. Driving on city roads, the whole body feels as solid as a wall, with minimal vibration when going over speed bumps or potholes, thanks to their use of ultra-high-strength steel, such as 1500MPa hot-formed steel, which effectively disperses impact forces during collisions. Once on the highway during a sharp turn, the body didn't sway at all, and the handling felt very stable, which is crucial for someone like me who often takes long trips. Body strength is also directly related to safety. Looking at crash test data, such as the C-NCAP five-star rating, it ensures the passenger compartment remains intact, making me feel more at ease when traveling with my family. In short, it's sturdy and durable, with no reports of rust issues even after long-term use, making it trustworthy.
As a tech enthusiast, I've studied the body structure of the ArcFox. It utilizes a significant amount of high-strength steel materials, with strength exceeding 1500 MPa. The skeleton design is ingenious, capable of absorbing collision energy and protecting critical components such as the battery pack—this is crucial in electric vehicles to prevent short circuits and fires. The overall body rigidity is high, resulting in low noise during daily driving and precise handling, such as excellent grip on wet and slippery roads during rainy conditions. In terms of safety performance, test results are always top-notch, with minimal deformation in actual accidents and low repair costs. I would recommend it because it perfectly combines materials and technology, and the body durability far exceeded my expectations.
