Watch Tesla’s Cybercab Launch Event From Today (full replay)

以下是CyberCab发布活动的摘要： Eric Earley（首席工程师）、Silvio（车辆制动器负责人）、Ian（设计经理）、Rilan和Ashok Ali-Tay宣布了CyberCab的发布。CyberCab被描述为一项超越时代的产品和技术。 **CyberCab的主要特点和理念：** * 它被呈现为交通运输的未来，强调安全性（比人类驾驶员更安全）、低成本、按需可用性、可及性和卓越的乘坐体验。 * 该车辆围绕乘客进行设计和优化，提供“以经济舱价格享受头等舱体验”，旨在让所有人都能获得清洁、安全的交通。 * 特斯拉（Tesla）的自动驾驶项目（最终促成了CyberCab的诞生）始于12年前，目标是构建最安全、最经济且可扩展的解决方案。 * 特斯拉（Tesla）开发了一个“AI优先的端到端驾驶堆栈”，该堆栈仅依靠摄像头图像，拒绝使用激光雷达、毫米波雷达或高清地图，因为它认为“自动驾驶的核心问题是智能”。这种方法之所以合理，是因为人类正是通过摄像头进行驾驶。 **安全成就：** * CyberCab已实现“一百万英里的无人监督机器人出口运行”，这是其安全性的证明。 * 该系统的安全性归功于来自“你们这些驾驶测试员”的数据，这使得模型能够获得“超过一千次生命周期的经验”并学习“每一个极端情况”。 * 主动安全和被动安全都受到优先考虑，车辆设计“旨在保护车内人员”，借鉴了Model 3、Model Y和Cybertruck的经验。 **用户体验和可及性：** * 配套的应用程序允许用户输入目的地，系统会动态选择最快的可用CyberCab，由于动态定价和不断扩展的网络，预计价格将极具竞争力。 * 在接载之前，CyberCab会恢复用户设置、车内温度偏好、座椅位置以及媒体账户（音乐、电影）。 * 移动应用程序通过本地网络连接到车辆，充当“手中汽车的延伸”，无需触摸屏幕即可进行控制。 * 识别功能包括前部灯带和内部灯光的独特颜色，以及应用内的指南针，以帮助识别正确的车辆。媒体也可以通过应用程序控制。 * CyberCab被设想为“第二个客厅”，提供一个安静、私密的娱乐或工作空间。 * 语音助手“Grog”已集成，可通过语音、移动应用程序或屏幕激活。 * 可及性是核心设计原则之一，与残疾团体和急救人员共同开发。功能包括车门上的盲文和靠边停车按钮，以及“蝶翼门”，以实现“更大的进出空间”。 **车辆设计与工程：** * CyberCab被宣称为“有史以来生产并投入道路运行的最高效车辆”。 * 它针对两名乘客进行了优化，考虑到“超过80%的行程是两人乘坐”，以实现“尽可能低的成本”。 * 它拥有“低于0.2”的空气动力学阻力系数（CD），使其成为“有史以来空气动力学效率最高的汽车之一”。 **革命性制造：** * 特斯拉（Tesla）正在实施“Unboxed”制造，即产品以模块化方式构建，从而形成了“一种全新的革命性制造概念”。 * 这一过程实现了“生产线规模减少50%”，同时“大幅提高了生产线产量”并缩短了生产周期。 * 它使得人与自动化能够“和谐共存”。 * “RIM”（反应注射成型）是一种用于外部面板的新型注塑工艺，无需喷漆车间，减少了高排放。该工艺利用回收材料。 **未来和可用性：** * 特斯拉（Tesla）计划实现“数百万辆CyberCab遍布各地”，生产线、工程团队、现场人员和基础设施均已准备好进行规模化扩展。 * 过去“几周”，CyberCab一直在奥斯汀进行测试，并已被公众观察到。 * 团队“倾注了他们的心血”于这款产品，许多人为此工作了“13年”甚至他们的整个职业生涯。 * CyberCab正式加入机器人出租车车队，并“向所有公众开放”提供乘车服务。

Here is a summary of the CyberCab launch event: The launch of CyberCab, a product and technology described as transcending generations, was announced by Eric Earley (lead engineer), Silvio (head of the vehicle stopper), Ian (design manager), Rilan, and Ashok Ali-Tay. **Key Features and Philosophy of CyberCab:** * It is presented as the future of transportation, emphasizing safety (safer than a human driver), low cost, on-demand availability, accessibility, and exceptional enjoyment. * The vehicle is designed and optimized around the passenger, offering a "first-class experience at Coach Price" to democratize clean, safe transport for all. * Tesla's self-driving program, which led to CyberCab, started 12 years ago with the goal of building the safest, most affordable, and scalable solution. * Tesla has developed an "AI-first end-to-end driving stack" that relies solely on camera images, rejecting the need for lidar, radar, or HD maps, believing "the core issue for self-driving is one of intelligence." This approach is justified by the fact that humans drive using cameras. **Safety Achievements:** * CyberCab has achieved "one million miles of unsupervised robot exit operation," a testament to its safety. * The system's safety is attributed to data from "you guys drive testers," enabling the model to gain "more than a thousand lifetimes of experience" and learn "every corner case." * Both active and passive safety are prioritized, with the vehicle design built "to protect people in the car," drawing on learnings from Model 3, Model Y, and Cybertruck. **User Experience and Accessibility:** * An accompanying app allows users to enter destinations, and the system dynamically chooses the fastest available CyberCab, with pricing expected to be very competitive due to dynamic pricing and an expanding network. * Before pickup, the CyberCab restores user settings, cabin temperature preferences, seat positions, and media accounts (music, movies). * The mobile app links to the vehicle over a local network, serving as an "extension of the car in your hands," allowing control without reaching for the screen. * Recognition features include a distinct color on the front light bar and internal lights, plus an in-app compass to identify the correct car. Media can also be controlled from the app. * The CyberCab is envisioned as a "second living room," offering a quiet, intimate space for entertainment or productivity. * Voice assistant "Grog" is integrated and can be activated via voice, mobile app, or screen. * Accessibility was a core design principle, developed with disability groups and first responders. Features include Braille on doors and pullover buttons, and "butterfly doors" for "much greater ingress and egress." **Vehicle Design and Engineering:** * CyberCab is proclaimed as "the most efficient vehicle ever produced and put on the roadway." * It is optimized for two passengers, addressing the "Eighty-plus percent of rides are two passenger rides," to achieve the "lowest cost possible." * It boasts a coefficient of drag (CD) "under .2," making it "one of the most aero-efficient cars ever created." **Revolutionary Manufacturing:** * Tesla is implementing "Unboxed" manufacturing, where the product is built in modules, leading to a "new revolutionary concept for manufacturing." * This process achieves a "50% reduction in line size" while "increasing the output of the line substantially" and reducing cycle times. * It allows humans and automation to "work in harmony." * "RIM" (Reaction Injection Molding) is a new injection-molded process used for the exterior panels, eliminating paint shops and high emissions. This process utilizes recycled material. **Future and Availability:** * Tesla plans for "millions of cyber cabs everywhere," with the production line, engineering team, field staff, and infrastructure ready to scale. * CyberCabs have been undergoing testing in Austin for the "last couple of weeks," which the public has observed. * The team has poured their "heart and souls into this product," with many working on it for "13 years" or their entire careers. * The CyberCab officially joins the robot taxi fleet, and is "open to the entire public" for rides.