日期: 2024 年 10 月 28 日 | 圣阿加塔·博洛涅塞
兰博基尼 Temerario 是本次活动的明星，这是圣亚加塔·波隆尼之家的最新亮相
圣阿加塔·博洛涅塞，2024 年 10 月 28 日——2024 年 Autostyle 设计大赛于 10 月 25 日星期五上午在曼图亚郊外风景如画的 Villa Schiarino Lena 举行，这是一项致力于汽车领域设计的国际盛会，全球一些最负盛名的时尚中心将参加此次大赛。
活动期间，设计师们分享了汽车设计领域的最新创新和趋势，不仅深入了解了汽车的发展，还深入探讨了工业设计的其他领域。这些引人入胜的演讲让与会者了解到创造力和创新如何继续重新定义移动出行的未来。
兰博基尼汽车公司的设计总监 Mitja Borkert 及其团队在 Centro Stile 进行了展示，展示了来自圣亚加塔·波隆尼之家的最新创新成果，包括全新 HPEV 超级跑车 Temerario [1]，这是兰博基尼设计 DNA 的完美体现。
Mitja Borkert 表示：“我很高兴兰博基尼再次参加 Autostyle 设计大赛。这是一场充满有趣想法和交流的活动，对汽车爱好者和汽车设计界的从业者都具有重要意义。能够谈论和分享兰博基尼 DNA 所代表的风格的独特之处，总是一件令人高兴的事。”
别墅的草坪上展出了包括 Temerario 及其 Alleggerita 版本、Revuelto [2]和 Urus SE [3]在内的杰出车辆，让与会者有机会近距离欣赏国际汽车界一些最具标志性和创新性的汽车。
当天最后，为参加设计大赛的十名年轻决赛选手举行了颁奖仪式，这些选手均就读于顶尖的汽车设计学院。他们的参与和所展示的设计再次凸显了该活动作为未来汽车设计平台的重要性。
此次活动由 Berman SpA 发起，该公司是一家意大利公司，由 Roberto Artioli 教授创立，为最大的汽车公司生产 OEM 零部件。
[1]该车尚未出售，因此不受 1999/94 EC 指令约束。油耗和排放数据尚待批准。
[2] Revuelto 的消耗和排放值；综合油耗：10.3 l/100km (WLTP)；综合电耗：78.1 kWh/100 Km (WLTP)；综合 CO 2排放量：276 g/km (WLTP)
[3] Urus SE 的消耗和排放值：综合油耗：2.08 l/100km；综合功耗：39.5 kWh/100 Km；综合 CO2排放量：51.25 g/km；综合 CO2效率等级：B；电池放电后的综合油耗：12.9 l/100km；电池放电后的 CO2效率等级：G；[WLTP]
Automobili Lamborghini participates in the 21st edition of the Autostyle Design Competition
Lamborghini Temerario is a star of the event, the latest debut from the House of Sant’Agata Bolognese
Sant’Agata Bolognese, 28 October 2024 – The 2024 edition of the Autostyle Design Competition, the international event dedicated to design in the automotive sphere, took place on the morning of Friday, October 25 at the picturesque Villa Schiarino Lena, located just outside Mantua and attended by some of the most prestigious Style Centers worldwide.
During the event, the designers shared the latest innovations and trends in the world of automotive design, offering an in-depth view of not only automobile evolution but also other sectors of industrial design. The engaging presentations enabled attendees to understand how creativity and innovation continue to redefine the future of mobility.
Automobili Lamborghini was represented with a presentation by its Design Director Mitja Borkert and his team at the Centro Stile, who illustrated the latest innovations from the House of Sant’Agata Bolognese, including the new HPEV super sports car Temerario[1], a perfect example of Lamborghini’s design DNA.
“I’m delighted that Lamborghini has once again participated in the Autostyle Design Competition,” said Mitja Borkert. “It’s an event brimming with interesting ideas and exchanges, relevant for both enthusiasts and those who work in the world of automotive design. It’s always a pleasure to be able to talk about and share what makes the style that characterizes Lamborghini’s DNA unique.”
On the lawns of the villa, outstanding vehicles were displayed including both the Temerario and its Alleggerita version, the Revuelto[2], and the Urus SE[3], offering attendees a chance to admire up close some of the most iconic and innovative cars on the international automotive scene.
The day concluded with the awards ceremony for the ten young finalists entered in the Design Competition, who study at the leading automotive design institutes. Their participation and the designs presented underscored once again the importance of the event as a platform for the future of automotive design.
The event is promoted by Berman S.p.A., the Italian company founded by Prof. Roberto Artioli that produces OEM components for the largest automotive companies.
[1] The car is not yet on sale and therefore is not subject to Directive 1999/94 EC. Consumption and emissions awaiting approval.
[2] Consumption and emission values of Revuelto; Fuel consumption combined: 10,3 l/100km (WLTP); Power consumption combined: 78,1 kWh/100 Km (WLTP); CO2-emissions combined: 276 g/km (WLTP)
[3] Consumption and emission values of Urus SE: Combined fuel consumption: 2,08 l/100km; Combined power consumption: 39,5 kWh/100 Km; Combined CO2 emissions: 51,25 g/km; Combined CO2 efficiency class: B; Combined fuel consumption with discharged battery: 12,9 l/100km; CO2 efficiency class with discharged battery: G; [WLTP]
