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The Aistaland GT7 Officially Launches, Redefining the Benchmark for Smart Shooting Brakes

Leave a Comment / HIMA, New Cars /

On June 26, the Aistaland GT7—the first model developed through a deep collaboration between GAC and Yinwang—officially launched in Hangzhou. The new vehicle is available in five trim levels, with official MSRPs ranging from 209,900 to 329,900 yuan, entering the smart shooting brake market with the promise of “full features right from the entry-level model.” A Fully Optimized Technological Foundation The Aistaland GT7’s biggest highlight lies in its “native integration” at the technological level. Unlike superficial collaborations between automakers and tech companies, GAC and Yinwang have opened up their underlying interfaces and calibration data to ensure synchronized R&D efforts. The new vehicle is fully equipped with six major solutions from Huawei: the Qiankun ADS 5 Intelligent Driving System, HarmonySpace cockpit, Chitu Platform, Intelligent In-Vehicle Lighting, Intelligent Vehicle Cloud, and Whale Fin Communication. At the launch event, Huawei executive Jin Yuzhi stated bluntly, “We’ve included everything we possibly could.” On the hardware side, the Aistaland GT7 is equipped with 36 high-performance sensors throughout the vehicle, featuring a next-generation dual-beam image-grade lidar and a distributed 4D millimeter-wave radar matrix at the front. On the software side, it is among the first to feature the Qiankun Intelligent Driving ADS 5 system, which improves the efficiency of the “Park-to-Park 3.0” function by 30% and debuts the RCA Roaming Cruise function, allowing NCA to be activated without navigation. Even the standard version comes equipped with ADS 5 Pro and 24 comprehensive active safety features as standard, truly delivering a feature-rich experience without the need for optional upgrades. Performance and Safety In terms of driving dynamics, the new model debuts the Huawei Chitu platform and comes standard with a dual-chamber closed-loop air suspension, four-piston fixed calipers, and continuously variable damping shock absorbers. The Super Triple-Motor System accelerates from 0 to 100 km/h in 2.98 seconds, joining the “2-second club.” In real-world testing, the Aistaland GT7 passed the national moose test at 94.17 km/h and clocked a lap time of 9 minutes and 29 seconds on the Tianmen Mountain mountain road, securing three titles: “Mountain King,” “Cornering King,” and “Moose Test King.” In terms of safety, the Aistaland GT7 features a “Mystic Shield” cage-type body structure, with hot-formed steel and aluminum alloy accounting for over 90% of the material composition, and 2200 MPa hot-expanded tubular beams used in critical areas. All models come standard with eight airbags, including a driver’s knee airbag. The vehicle is equipped with the all-new Kirin battery, featuring a 26-layer protective structure and a thermally decoupled architecture. The entire lineup comes standard with an 800V silicon carbide platform. The Ultra Long-Range version achieves a CLTC range of 900 km and supports 6C fast charging, providing 333 km of range after just 5 minutes of charging. Space and Cabin: Accommodating More Lifestyle Scenarios The Aistaland GT7 balances the practicality and comfort of a station wagon. The front row features dual zero-gravity seats paired with a 2.2㎡ panoramic sunroof, while the rear door armrests are extended and widened for easier leaning and assistance when standing up. The trunk capacity can be expanded to 1,606L, complemented by a 215L front storage compartment—the largest in its class—offering flexible and ample storage. The cabin features the industry’s first HUAWEI SOUND AI interactive star-ring diffuser, which supports 30° tilt and 90° rotation; the smart projection headlights offer a 120-inch projection screen, and the vehicle debuts Tencent Cloud Gaming and AI Smart Projection features. Sales Channels and Deliveries Fully Operational Aistaland has established over 300 stores in more than 90 cities nationwide, adopting a dual-format model of “Huawei Qiankun Intelligent Driving Authorized Experience Centers + Aistaland Authorized User Centers” and fully implementing Huawei’s service standards. The Standard, Ultra, and Ultra Long-Range versions are now available for pickup, while the three-motor version is expected to begin delivery in late September. During the initial sales period, multiple benefits are available, including instant discounts on the final payment, configuration upgrades, and financial subsidies. The limited-edition “Gamer Launch Edition” comes with an extended vehicle warranty and a co-branded gift package. At the launch event, Aistaland’s second model, the GX7, was also unveiled. Positioned as a native five-seat SUV, it pioneers a 20-second one-touch bed conversion feature and is expected to launch in the second half of the year. With the GT7’s market launch and the GX7’s debut, Aistaland’s dual-model lineup is now officially complete. Targeting the “born-to-play” generation of post-90s and post-00s consumers, the brand aims to redefine the value benchmark for smart station wagons with its class-leading product capabilities.

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Leapmotor Opens New Battery Assembly Plant in Spain

Leave a Comment / Manufacturing / Production /

On June 23, Leapmotor International inaugurated a new battery assembly plant in Maren, Spain, located near the electric vehicle and battery production base jointly established by Stellantis and CATL. The facility is designed for an annual production capacity of approximately 65,000 battery modules, with the potential to expand to 100,000 modules. It is compatible with various battery chemistries and will initially produce lithium iron phosphate (LFP) batteries for electric vehicles, which offer cost-effective energy storage capabilities. Leapmotor employs a collaborative work model involving Chinese and Spanish staff, with some Spanish workers having already traveled to China to complete specialized training. Stellantis holds a stake in Leapmotor and plans to begin assembling the Leapmotor B10 all-electric SUV at its plant in the Aragon region of northeastern Spain starting in late 2026; CATL will begin producing battery cells in the same region by the end of 2026. Additionally, Stellantis and Leapmotor plan to begin production of a new compact all-electric vehicle called the E-Car at the Pomigliano d’Arco plant in Italy in 2028. Positioned as an affordable model, it is expected to be priced at approximately 15,000 euros, with the goal of achieving large-scale mass production.

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BYD Great Tang EV Launches with a Maximum Range of 950 Kilometers

Leave a Comment / BYD, New Cars /

On June 17, 2026, the BYD Great Tang EV officially launched. The new model is the flagship SUV recently introduced by BYD’s Dynasty Network. The exterior features the latest family design language from BYD’s Dynasty Network. With a length exceeding 5.2 meters, the AI-powered cockpit is equipped with BYD’s self-developed DiLink 6.0 system, which integrates the “Qianwen” and “DeepSeek” language models. The driver-assistance system features the “Eye of the Sky 5.0” system, and the entire lineup comes standard with the “Yunnian-A” intelligent air suspension system. Powered by a pure-electric drivetrain, it is equipped with second-generation Blade Batteries and a 1,000-volt high-voltage architecture across the entire vehicle. It offers a maximum range of 950 km and accelerates from 0 to 100 km/h in as little as 3.9 seconds. The new model is available in four trim levels, with prices ranging from ￥239,900($35200) to ￥309,900($45500). Externally, the Great Tang EV adopts the latest generation of BYD’s Dynasty Grid design language, presenting an overall stance that is both dignified and dynamic. At the front, the closed-off grille design aligns with its status as a pure-electric vehicle. It features a 2.41-meter-long “Flying Eaves at Dawn” full-width LED daytime running light strip, composed of 396 LED lights, which extends horizontally to the front fender area, creating a highly distinctive visual effect. The logo is embedded in the center of the light strip and illuminates in sync with it. Vertical air ducts on both sides of the front bumper help optimize airflow at the front of the vehicle. The side profile features clean, straight lines, with a character line running from the headlights to the taillights. The roof slopes downward from the B-pillar, complemented by hidden roof rails. The doors feature semi-recessed mechanical door handles, and the lower body is equipped with black plastic trim accented with chrome strips. In terms of body colors, the Great Tang EV offers five solid colors and three two-tone color schemes. According to the manufacturer, the color schemes draw inspiration from Tang Dynasty court glaze colors and traditional landscape paintings. The new vehicle measures 5,263 mm in length, 1,999 mm in width, and 1,790 mm in height, with a wheelbase of 3,130 mm—meeting the standards of mainstream full-size SUVs. The rear features a full-width taillight cluster with a woven texture resembling a Chinese knot inside the light housing, which, when illuminated, exudes distinctively Chinese aesthetic characteristics. Below the taillights is an illuminated “Build Your Dreams” emblem. The lower section of the rear bumper is fitted with a diffuser-style skid plate, while a small spoiler extends from the rear of the roof, incorporating a high-mounted brake light. The interior features extensive Nappa leather upholstery and wood-grain trim panels. The center console adopts a flat, horizontal, full-width design, and the cabin ambient lighting offers 256 adjustable colors and supports a music-synchronized mode. The climate control system is a three-zone independent automatic unit, with third-row air vents located on both sides of the roof; it also includes a PM2.5 filter and a negative ion generator. Three screens are positioned in front of the instrument panel: a 12.3-inch fully digital instrument cluster; a 15.6-inch floating center console screen that supports rotation and split-screen display; and a 12.3-inch passenger-side entertainment screen. Additionally, the vehicle is equipped with a HUD (Head-Up Display) system, and a 17.3-inch overhead entertainment screen is mounted above the second row, capable of playing videos independently or syncing with the center console screen. In terms of the smart cockpit, the AI-powered cabin runs BYD’s in-house developed DiLink 6.0 system, which integrates the “Qianwen” and “DeepSeek” large language models. It supports fuzzy semantic interaction, multi-round conversations, navigation intent prediction, and vehicle control command suggestion. On the hardware side, the vehicle is equipped with a Qualcomm Snapdragon 8295P cockpit chip. The intuitive control panel—a combination of physical knobs and a touchpad—supports NFC one-touch smartphone pairing and allows users to customize multiple functions. In terms of intelligent driving assistance systems, the “Eye of the Gods 5.0” is standard across the entire lineup. Hardware configurations include: 1 roof-mounted lidar, 5 millimeter-wave radars, 12 ultrasonic radars, and 11 cameras. Data is processed by two NVIDIA Drive Orin-X chips, each with a computing power of 254 TOPS. Functionally, it supports NOA on highways and in urban areas, as well as full-scenario automatic parking and valet parking. In terms of interior space, four-door magnetic-closing doors are standard across the lineup, featuring a magnetic locking mechanism. The seating configuration adopts a “2+2+3” seven-seat layout, consisting of two seats in the first row, two individual seats in the second row, and three seats in the third row. This three-row layout marks the first time such a configuration has been used in a Chinese-brand SUV of this class. The manufacturer reports a body-in-white space utilization rate of 89.3%. A 201mm-wide central aisle is provided between the two independent seats in the second row, allowing passengers to access the third row directly without having to fold down the second-row seats. In terms of interior space, four doors with magnetic latches come standard. The seating configuration features a “2+2+3” seven-seat layout, consisting of two seats in the first row, two individual seats in the second row, and three seats in the third row. This three-row layout marks the first time such a configuration has been used in a Chinese-brand SUV of this class. The official body-in-white space utilization rate is 89.3%. A 201mm-wide central aisle is located between the two independent seats in the second row, allowing passengers to access the third row directly without having to fold down the second-row seats. The standard trunk volume is 580L. The third row features electric folding, and the second row supports electric reclining. When fully folded down, the cargo area extends to a maximum depth of 2160mm, creating a completely flat loading floor. Additionally, the all-electric version offers an extra 252L of front trunk space, equipped with a drain hole and interior lighting. Regarding the seats, the first row features dual zero-gravity seats with 12-way

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Strike at GM Axle Supplier Continues

Leave a Comment / Auto Parts, Industry /

According to local union officials, a major supplier of GM trucks entered its second week of strike action on Monday, as the United Auto Workers union and Dodge have yet to reach an agreement. “Unfortunately, we just walked away from the negotiating table. The company tried to play word games and didn’t put forward any constructive proposals,” said Josh Jagger, bargaining chair for Local 2093, in a statement Monday afternoon, adding that the union is drafting another proposal in response to the company. “We’re still making progress,” he said. Local 2093 represents approximately 1,000 union workers at the Three Rivers, Michigan, plant. A spokesperson for Dodge (formerly American Axle & Manufacturing) said the company “is in close communication with customers regarding this work stoppage.” “We are in ongoing discussions with the union and hope to reach a mutually beneficial and market-competitive contract as soon as possible,” he said. The Dodge plant supplies axles and other components for General Motors’ full-size and mid-size pickup trucks. Last week, sources revealed that General Motors currently has only about two weeks’ worth of axle inventory left, which is sufficient to sustain production. A General Motors spokesperson said Monday that none of the company’s plants have been affected by the strike so far. Yag said workers at the Dodge plant agreed to lower wages in 2008. Since then, the top hourly wage has risen by $4 to $22, and the union hopes to raise the top hourly wage to $30 by 2030.

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BYD Flash-charging station

BYD Partners with Sinopec to Roll Out Flash-Charging Network Across 30,000 Energy Stations

Leave a Comment / BYD, Industry /

On June 3, BYD Co., Ltd. and Sinopec Group officially signed a framework agreement for industrial and capital cooperation in Beijing. This signing marks a shift in the focus of cooperation between the two industry giants from existing refined oil supply and the construction of integrated energy stations toward the deep integration of the new energy charging ecosystem. Under the guiding principle of “Uniting 10,000 Stations, Combining Fuel and Flash Charging,” the two parties will engage in multi-level cooperation across three key areas: joint development of charging networks, integration of vehicle owner ecosystems, and full-industry-chain synergy. BYD Chairman and President Wang Chuanfu and Sinopec Chairman Hou Qijun jointly attended the signing ceremony and witnessed the signing of the agreement. According to the agreement, the primary task for both parties is to establish an interconnected charging network system. BYD is fully committed to advancing its “Flash Charging China Strategy,” with plans to build 20,000 flash-charging stations nationwide by the end of 2026; to date, over 6,100 stations have been completed. As the nation’s largest supplier of refined oil and petrochemical products, Sinopec possesses a nationwide energy service network, having built over 30,000 integrated refueling and charging stations and more than 14,000 charging and battery-swapping stations. Through this collaboration, the two parties will leverage Sinopec’s vast network of physical locations to deploy flash-charging stations on a large scale and operate them under standardized procedures. This will significantly shorten the timeline for the nationwide rollout of flash-charging infrastructure and reshape the energy-supply landscape for new energy vehicles. The underlying technology supporting this massive network is BYD’s newly launched second-generation Blade Battery and flash-charging technology. This technology effectively addresses the long-standing industry pain points of “slow charging” and “difficulty charging in low temperatures.” Actual test data shows that vehicles equipped with this technology can charge from 10% to 70% in just 5 minutes under normal temperature conditions, and reach 97% capacity in only 9 minutes; even in extreme cold conditions of -30°C, charging from 20% to 97% takes only 3 minutes longer than at normal temperatures. Furthermore, paired with rail-suspended T-shaped fast-charging stations capable of delivering a maximum power output of 1,500 kW per charging gun, along with features such as plug-and-charge and contactless payment, this energy-supply system is redefining the efficiency standards for all-electric mobility. In addition to jointly building the hardware network, the two parties will extend their business reach into the automotive aftermarket and the upstream and downstream segments of the industry chain. On the user side, the two companies plan to build an integrated “energy supply + automotive services” ecosystem, explore comprehensive services combining solar power, energy storage, charging, and vehicle inspection, and promote the interoperability of membership systems and data-driven solutions to enhance the overall experience of green mobility. On the industrial side, the scope of cooperation covers multiple areas including automotive and battery materials, automotive fuels, energy storage applications, centralized procurement of materials, and data intelligence. This deep supply chain integration aims to achieve complementary advantages through resource consolidation and reduce overall operating costs. For the traditional energy giant, this partnership represents a pivotal step in its transformation toward high-end, intelligent, and green operations. Leveraging its comprehensive energy service network and core competitive strengths such as high-performance battery materials, Sinopec is striving to maintain its traditional business advantages while continuously providing the public with smart, integrated energy services. For BYD, leveraging Sinopec’s channel network will provide stronger support for the implementation of its “Flash Charge China” strategy. As the transportation and energy sectors become increasingly intertwined, this transformation of the energy supply system—initiated jointly by leading automakers and traditional energy giants—is reshaping the competitive landscape and development trajectory of the entire industry.

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Tesla Launches Driverless Robotaxis in Austin, Texas

Tesla Launches Driverless Robotaxis in Austin, Texas

Leave a Comment / Tesla, Manufacturing / Production /

AUSTIN, June 4 — Tesla announced on Wednesday local time that it is launching its driverless Robotaxi service in the Austin metropolitan area, marking a key step forward in the company’s commercialization of fully autonomous driving. Tesla’s autonomous taxi service posted on social media platform X, stating, “Unsupervised Robotaxis are now in service throughout the Austin metropolitan area.” It is understood that Tesla’s autonomous taxi service has been operating in Austin since last summer. Tesla previously stated that, to prioritize safety during the rollout of this new technology, the company had delayed the expansion of its geofenced areas, fleet size, and other supporting details. During the service’s initial phase, customers sometimes faced wait times exceeding 30 minutes. As of 10 a.m. on the day of the announcement, the driverless service had expanded to cover the entire geofenced area. However, the current scale of the driverless Robotaxi service remains small, with only about 50 vehicles in operation.

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Eight Japanese Automakers, Including Toyota, Relax Standards for Determining Parts Defects

Leave a Comment / Auto Parts, Industry /

According to Japanese media reports, the Japan Automobile Manufacturers Association will jointly establish unified standards for determining parts defects. Minor imperfections that do not affect functionality and are difficult to detect after assembly will no longer be classified as defective and will be used directly in production. This marks the first time the Japanese automotive industry has uniformly relaxed quality standards, with the immediate cause being difficulties in procuring raw materials due to the crisis in the Middle East. It is understood that the new standards are being jointly developed by the Japan Automobile Manufacturers Association (JAMA) and the Japan Auto Parts Industries Association (JAPIA). JAMA includes eight passenger car companies such as Toyota and Honda, as well as truck and bus manufacturers, while JAPIA covers approximately 450 parts companies. Both organizations plan to gradually implement the new standards for various types of parts by the end of 2026. The core change lies in the following: previously, when parts manufacturers discovered small black spots or imperfections on the surface, they would often independently classify the parts as defective and scrap them, even if they functioned perfectly normally. Under the new standards, as long as parts meet national standards and have no major functional or cosmetic issues, automakers will accept them. Taking plastic components used to connect automotive electronic devices as an example, approximately 60% of defects were previously attributed to the presence of black spots. With the unified standards, it is estimated that 10,000 fewer parts will be scrapped monthly in Japan, while inspection times will be reduced. Headlight components with small air bubbles can also be used as long as their function and appearance are unaffected. The immediate catalyst for this shift is the deteriorating situation in the Middle East. Japanese automakers rely on the Middle East for 70% of their processed aluminum and naphtha imports. Following the blockage of the Strait of Hormuz, prices for raw materials used in plastics and interior components have skyrocketed, and the risk of supply disruptions has intensified. Reducing scrap rates and improving raw material efficiency have become urgent priorities for the industry’s survival. Deeper pressures stem from competition from Chinese electric vehicles. Leveraging advantages in access to domestic raw materials and lower costs, Chinese parts manufacturers are rapidly eroding the market share of Japanese suppliers. Listed Japanese parts manufacturers saw their net profits plummet by 35% in fiscal year 2025, while labor costs have risen by 20% over the past decade, leaving them clearly behind in cost competitiveness. Toyota has established a dedicated organization to conduct joint defect assessments with parts suppliers based on unified standards and to promote these new standards among partner small and medium-sized enterprises. Japanese manufacturing has long been renowned for its “extreme quality control.” Whether this unified relaxation of defect standards represents a pragmatic move or a lowering of quality standards remains to be seen by the market.

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New Car Registrations in Italy Rise 7.6% Year-Over-Year in May

New Car Registrations in Italy Rise 7.6% Year-Over-Year in May

Leave a Comment / Uncategorized /

On June 1, data from the Italian Ministry of Transport showed that new car registrations in Italy rose 7.6% year-over-year in May, totaling 150,096 units. In the first five months of this year, Italy recorded a cumulative total of 790,301 new car registrations, a 9.4% increase year-over-year. Stellantis, Italy’s leading domestic automaker (which owns brands such as Fiat, Jeep, and Peugeot), outperformed the market, with May sales rising 11% year-over-year and a market share of 28.8%. Chinese automakers continued their rapid growth in the Italian market in May: BYD’s sales surged 209.5% year-over-year to 6,019 units; sales of Chery’s Omoda and Jaecoo brands soared 302.3% year-over-year to 3,975 units. U.S. electric vehicle manufacturer Tesla recorded 654 new vehicle registrations in Italy in May, a 23.5% year-over-year decline, with a market share of approximately 0.44%. Despite the dip in May’s monthly sales, Tesla’s new vehicle registrations in Italy for the first five months of the year still rose 15.2% year-over-year to 5,495 units, representing a market share of about 0.7%.

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Volvo EX90 & ES90

Targeting the Premium All-Electric Segment: Volvo EX90 & ES90 Officially Launch

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On May 29, at the 30th Guangdong-Hong Kong-Macao Greater Bay Area International Auto Expo, Volvo Cars unveiled two flagship all-electric models—the EX90 and ES90—marking its official entry into the premium all-electric SUV and sedan markets. The EX90 is available at a limited-time introductory price starting from 459,900 yuan, while the ES90 starts at 389,900 yuan. Six exclusive launch benefits are also being offered, covering various aspects of vehicle ownership, including trade-ins, maintenance, and charging. Clear Pricing and Benefits for Both Models, Catering to Diverse Customer Needs Both models launched this time come in two versions, with a clear pricing structure. The Volvo EX90 offers the Dual-Motor AWD Plus and Dual-Motor AWD Ultra performance versions, with limited-time prices of 459,900 yuan and 529,900 yuan, respectively; the Volvo ES90 includes the Rear-Wheel Drive Long Range Plus and Dual-Motor AWD Ultra performance versions, with limited-time prices of 389,900 yuan and 459,900 yuan, respectively. To enhance market competitiveness, Volvo is simultaneously launching six exclusive premium benefits. These include a 5,000-yuan deposit bonus that can be applied as a 10,000-yuan discount; a 10,000-yuan trade-in subsidy for different models, and up to 50,000 yuan for trading in the same model or purchasing an additional vehicle; First-time owners receive 15,000 yuan worth of lifetime free maintenance, an 8-year/160,000-kilometer warranty on the three-electric system, and lifetime free roadside assistance; a complimentary home charging station (up to 7,599 yuan) and basic installation services; plus lifetime free basic data, free vehicle pickup and delivery, a courtesy car, and airport parking and charging services. Upgraded Powertrain and Chassis: Driving Performance Balances Stability and Agility As core products in Volvo’s electrification transformation, the EX90 and ES90 are built on the SPA2 native electric architecture, with their powertrain and chassis systems specifically tuned. Powered by Volvo’s in-house third-generation electric drive system, which balances power output with energy efficiency, the EX90 accelerates from 0 to 100 km/h in 4.2 seconds, while the ES90 does so in 3.9 seconds. Both dual-motor all-wheel-drive variants deliver a maximum power output of 500 kW, with power delivery emphasizing linear smoothness to avoid an aggressive or abrupt driving experience. The braking and chassis configurations prioritize reliability and handling balance. The EX90 comes standard with Brembo high-performance brake calipers, achieving a braking distance of just 35 meters from 100 km/h. It has undergone testing on a 16-kilometer, 9% gradient descent in the Alps, where the brake fluid temperature remained within the safe range throughout, effectively mitigating the risk of thermal fade. Both models feature an all-aluminum chassis, reducing unsprung weight to enhance steering responsiveness and cornering stability. Paired with an intelligent dual-chamber air suspension system, the ride firmness adjusts automatically based on road conditions and driving needs, balancing comfort and handling. The suspension has undergone 28 rounds of comprehensive global tuning, covering complex scenarios such as ice and snow, mountain roads, and rally tracks. Cabin Focuses on Immersive Well-being: Nordic Style Meets Tech Features The interior design continues the Scandinavian luxury philosophy, focusing on an immersive visual and auditory experience. Both models come standard with a dimmable panoramic sunroof that blocks 99.5% of UV rays and allows for quick adjustment of transparency, achieving “light transmission without heat transfer.” Equipped with Sunlike solar spectrum technology, it reduces harmful blue light and alleviates eye strain during long drives. The cabin features 0.6-millimeter-thick translucent solid wood trim panels, engraved with bamboo patterns and starry sky motifs. During the day, the texture is warm and inviting; at night, the ambient lighting creates a soft glow, fostering a cabin environment that seamlessly blends nature and technology. The audio system was developed in collaboration with a world-class team and features an upgraded Bowers & Wilkin premium sound system. It includes 25 speakers (4 headrest speakers + 4 overhead speakers) with an output power of 1,610W, supporting 7.1.4 Dolby Atmos and Abbey Road Studio mode. This mode offers a three-dimensional, six-directional “Producer Mode,” which divides sound into six directions across three dimensions. It features four preset sound effects—“Intimate,” “Spacious,” “Vital,” and “Wide”—to recreate a professional studio-grade acoustic experience. Comprehensive Safety Features: Building a Robust Protection System for the Electric Era Safety is Volvo’s core strength, and the EX90 and ES90 have enhanced protection specifically tailored to the characteristics of electric vehicles. In terms of passive safety, the body features a dedicated electric vehicle cage structure, with the A, B, and C pillars made of 1500 MPa ultra-high-strength boron steel. The roof can withstand more than four times the vehicle’s own weight, forming a robust occupant protection framework. Battery safety incorporates a multi-layered protection design, featuring a boron steel battery protection system—a rarity in the industry. The battery cover can withstand 15 tons of pressure per square centimeter, complemented by multiple reinforcing crossbeams and a 10-millimeter-thick aluminum alloy floor panel to provide 360-degree protective coverage. The vehicle passed side-impact tests far exceeding industry standards, with zero penetration of the battery module cells; it also completed a 6° angle battery underrun test simulating extreme collision conditions. Additionally, it is equipped with a smart dual-fuse safety system that cuts off the high-voltage circuit within 3 milliseconds; a fully in-house developed BMS battery management system monitors battery status 24/7 to mitigate thermal runaway risks. Thanks to the SPA2 architecture, the EX90’s torsional stiffness is nearly 50% higher than that of the gasoline-powered XC90, delivering dual safety reinforcement for both the body and the battery. Expanding the All-Electric Lineup: Volvo Accelerates Its Electrification Transformation The launch of the EX90 and ES90 fills the gap in Volvo’s lineup for mid-to-large-sized all-electric SUVs and sedans. Together with the already available all-electric MPV, the EM90, they form the three flagship models of the 90 Series electrification strategy, further enhancing the luxury all-electric product portfolio. In terms of market positioning, both models target high-end family and business users, with safety, health, and driving dynamics as their core selling points—distinguishing them from the parameter-driven competition typical of mainstream electric vehicles. By combining limited-time pricing and trade-in incentives, Volvo aims to lower the barrier to entry for

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Audi E7X Debuts Starting at ￥269,800($39500), Ushering in Audi’s Smart New Era in China

Leave a Comment / New Cars /

As premium automotive brands accelerate their full electrification drive in recent years, the industry has long faced a pivotal question: can traditional luxury carmakers deliver truly competitive intelligent electric vehicles? Most market offerings have failed to provide a satisfying answer. Many luxury electric cars boast prestigious brand logos but lack robust intelligent capabilities tailored for the new energy era. Others feature impressive smart configurations yet sacrifice the core mechanical quality and refined driving feel that define traditional luxury vehicles, trapping consumers in an unavoidable trade-off. The newly launched Audi E7X breaks free from this dilemma. Unveiled on May 29, Audi’s all-new flagship electric SUV is available in five trim levels, priced from 269,800 yuan to 359,800 yuan. Beyond its competitive pricing, the model signifies a fundamental system restructuring for Audi’s intelligent electric transformation in China. More than just another electric vehicle from Audi, the E7X represents a brand-new Audi redefined by China’s cutting-edge intelligent automotive technologies. Audi Reinvents Its Brand Logic for the Smart Electric Era For years, traditional luxury brands have struggled in China’s new energy market by clinging to fuel-era branding strategies that no longer resonate with modern consumers. China’s automotive landscape has undergone a complete transformation. Today’s buyers prioritize practical experience over mere brand prestige. They thoroughly evaluate intelligent driving performance, cockpit intelligence, energy replenishment efficiency, chassis sophistication, and long-term OTA upgrade capabilities. In the 300,000 to 400,000-yuan segment, domestic Chinese automakers have raised the bar for user experience to unprecedented heights. The E7X marks Audi’s genuine shift to aChina-centric new energy development philosophy. This transformation is anchored by the newly established Audi Intelligent Technology Center, Audi’s first overseas full-value-chain R&D hub dedicated to smart electric vehicles. It symbolizes Audi’s commitment to localized innovation and its recognition of China’s intelligent technology ecosystem as a core foundation for future product development. Fusing Century-Old Driving Prowess with AI-Powered Intelligence A common critique of many intelligent electric vehicles is their disconnected, appliance-like driving experience, over-reliant on software while abandoning refined mechanical dynamics. The Audi E7X revolutionizes this paradigm by integrating Audi’s century-long expertise in precision mechanical engineering with industry-leading Chinese AI intelligent driving technology. The model is equipped with a suite of premium core hardware: a full-aluminum air suspension, ZF CDC continuous damping control, progressive steering, 14-degree bidirectional rear-wheel steering, class-leading 285mm wide rear tires, Brembo performance calipers, and a central domain control architecture. These configurations uphold the authentic luxury driving pedigree of Audi, adhering to the principle that superior driving performance stems from solid mechanical fundamentals. Elevating beyond traditional mechanical control, the E7X evolves into an AI-powered predictive driving system. Its suspension preview function proactively identifies road conditions ahead and dynamically adjusts the air suspension and damping system. This deep integration of intelligent perception and chassis technology enables the smart driving system to actively participate in vehicle dynamic control, representing the future direction of high-level intelligent automotive development. Audi Enters the First Tier of Intelligent Driving Technology Intelligent driving has long been the biggest weakness of traditional luxury brands in the new energy market — a flaw fully resolved by the Audi E7X. The model features in-depth integration with Momenta’s reinforcement learning large model, rather than superficial technical cooperation. It fully adapts to complex Chinese road scenarios, including roundabout navigation, ETC passage, narrow road bypassing, road construction avoidance, mixed pedestrian-vehicle traffic, and two-wheeler traffic interaction. As the first luxury brand model with mass-produced end-to-end intelligent driving architecture, the E7X demonstrates Audi’s full embrace of China’s data-driven, large-model-based intelligent driving roadmap, abandoning traditional rule-based algorithms. The vehicle is fitted with 28 high-precision perception hardware units, including lidar and an Orin X chip, with hardware pre-embedded for L3 autonomous driving. Per Audi’s official plan, the E7X will serve as the launch model for Momenta’s L3 autonomous driving technology. This breakthrough blurs the long-standing boundary between traditional luxury brands and domestic Chinese automakers — ending the stereotype that luxury brands dominate mechanical performance while Chinese brands lead intelligent driving innovation. Scenario-Based Luxury: Redefining In-Car Living Experience Rethinking premium in-car experience for Chinese users, Audi introduces the“Audi Smart Living Cabin” concept for the E7X. The vehicle is equipped with a 21.4-inch QD Mini LED rear ceiling screen, a 27-inch integrated wide-area display, premium passenger seat, quasi-zero-gravity rear seats, BOSE Performance audio system, in-car refrigerator, and smart dimming sunroof. While these individual configurations are not unprecedented, Audi redefines luxury through scenario-based integration rather than mere hardware stacking, creating an exclusive in-car lifestyle experience. The flagship quattro four-seat version further elevates the premium experience with dual zero-gravity executive seats, executive driving mode, starry sky sunroof, and independent rear sound field. By bridging the experience gap between SUVs and MPVs, the E7X caters to the evolving demands of Chinese consumers, who prioritize spatial comfort over rigid vehicle classification — a forward-thinking insight that keeps Audi ahead of most luxury competitors. Beyond Superior Parameters: A Fundamental Brand Transformation The Audi E7X boasts industry-leading comprehensive performance parameters: a 900V high-voltage platform, a maximum cruising range of 751km, a peak charging power of 456kW, 429km of range replenished in 10 minutes, and a 0-100km/h acceleration of 3.9 seconds. It fully covers all core strengths of high-end pure electric SUVs. Yet the E7X’s true significance lies far beyond its impressive specs. It marks the end of traditional luxury brands’ outdated fuel-era mindset — the blind reliance on brand premium to win market share regardless of product experience. In China’s fiercely competitive new energy market, brand prestige alone can no longer secure consumer recognition without industry-leading user experience. With the E7X, Audi completes a crucial transformation: it no longer simply electrifies traditional luxury vehicles, but redefines what a luxury intelligent vehicle should be in the new era. It may not be the most traditional Audi model, but it is undoubtedly the brand’s most forward-looking vehicle, paving the way for Audi’s intelligent and electrified future in China.

Audi E7X Debuts Starting at ￥269,800($39500), Ushering in Audi’s Smart New Era in China Read More »