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Electrified - The "Real" Cybercab Starts Production & Incredible Optimus Patent ⚡️

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以下是 Dylan Loomis 主持的 Electrified 新闻摘要的中文翻译: **Robotaxi 和 FSD 发展动态:** * **得州超级工厂的 Cybercab:** 在得州超级工厂的出货停车场看到了至少 14 辆无方向盘的“赛博出租车”(Cybercab)。这些车辆通过其贴花标识被确认为“工程测试车辆”。 * **生产时间表与限制:** 主持人引用了 Farzad 关于 2027 年第二季度推出带方向盘和踏板的 Cybercab 的预测。他指出,特斯拉最近的自我认证绕过了此前假定的每年 2500 辆的上限,表明其 Robotaxi 部署将不受此限制。 * **测试与验证:** 四月份大部分时间将用于在全国范围内部署这些工程车辆(带或不带方向盘),进行测试和验证,为 Robotaxi 网络的正式量产版本做准备。 * **无人监督车队增长:** Robotaxi 追踪器显示,奥斯汀车队中有 13 辆无人监督的车辆,在过去几周内几乎翻倍,这展示了 FSD 软件的能力。 * **Robotaxi 充电基础设施:** 超级充电站侦探 Marco 报告称,特斯拉计划在凤凰城东谷地区大规模建设 Robotaxi 充电设施。目前已提交了 56 个 V4 充电桩的预许可申请,明确标记为特斯拉 Robotaxi 的“内部使用”。此外,还在梅萨的另一个私人地点提交了草案。 * **NHTSA 事故数据更新:** * 特斯拉在 **3 月份没有发生任何事故**。上一次事故发生在 1 月份。 * 自去年 6 月推出服务至今年 3 月,特斯拉总共发生了 **15 起事故**。 * 所有事故中 **仅报告了一起轻微受伤**。 * **15 起事故中有 5 起** 发生在特斯拉 Robotaxi 处于静止状态(0 英里/小时)时,这意味着是被其他车辆撞击。 * 这将特斯拉的“有责”事故降至 **10 起**。 * **第一起事故(2025 年 7 月):** Robotaxi 以 8 英里/小时的速度撞上固定物体(轻微受伤,车辆被拖走)。 * **第二起事故(7 月):** 在右转时与一辆 SUV 发生约 2 英里/小时的碰撞(轻微受伤,导致住院;5 个月后补充了细节,未弹出安全气囊)。 * 其他有责事故发生在 9 月(2 起)、10 月(1 起 – 最高时速 18 英里/小时)、12 月(1 起)和 1 月(4 起)。 * 2 月和 3 月是特斯拉 Robotaxi 服务**首次连续两个月未发生事故**。 * 大多数事故涉及与固定物体的接触,10 起事故中有 6 起发生在夜间(晚上 8:30 以后)。 * **Robotaxi 导航故障:** 一段视频显示,一辆 Robotaxi 因导航错误在停车库中陷入“无限循环”,凸显了复杂导航方面的持续挑战。 * **FSD 软件对等性:** Robotaxi 软件被认为与客户车辆版本(AI4)相当,表明它们共享开发路径。 * **Hardware 3 FSD 更新:** Ashok 确认,适用于 Hardware 3 的 V14 Lite 版本计划在今年第二季度(6 月之前)推出。 **擎天柱(Optimus)人形机器人:** * **新专利发布:** 一项于 2024 年 10 月为擎天柱手部和前臂设计(可能用于 V3 版本)提交的专利已经公布。特斯拉将这项“占位”专利国际化,证实了其对该设计的承诺。 * **执行器重新定位:** 特斯拉正在将执行器从手部移至前臂,使手部更轻、更灵活、更精确(仿生学,减少远端重量)。 * **执行器数量:** 每个擎天柱手臂将有 25 个执行器(23 个用于手指,2 个用于手腕)。 * **电缆管理解决方案:** 该专利详细介绍了一种电缆管理解决方案,可防止手腕移动时手指出现“拉扯”或“抽搐”,这是人形机器人面临的一个常见问题。 * **自由度:** 该手部将有 22 个自由度,接近人类的灵巧度(约 27 个自由度)。 * **指关节设计:** 弯曲的滚动接触表面将模仿人类指关节,电缆精确布线,允许四个手指节(不包括拇指)独立弯曲。 * **肌腱:** 每个手指仅使用三根细小的编织聚合物肌腱,它们从前臂穿过集成通道。 * **手腕运动:** 手腕仅使用两个电机即可倾斜和旋转,这是一种减少重量和部件的机械技巧。电缆在前臂中水平堆叠,并通过手腕的“过渡区”垂直穿过,实现自由移动。 * **大规模生产:** 该设计旨在实现大规模量产,特斯拉的垂直整合使得竞争对手难以模仿。 **电动汽车电池二次利用与回收:** * **新研究发现:** 一项关于电动汽车电池二次利用和回收途径的研究得出结论: * **磷酸铁锂(LFP)电池:** 将 LFP 电池用于二次寿命储能(特斯拉 Model S 电池组估计为每千瓦时约 12 美元)比回收更经济,因为它们寿命长且材料价值低。 * **镍钴铝(NCA)电池:** 回收 NCA 电池通常更经济,因为它们寿命较短且材料价值较高。 * **意义:** 这突出了电动汽车电池组二次利用的经济可行性和环境效益,表明它们不是一项负债。 **法律与国际发展:** * **北达科他州诉讼:** 特斯拉正在起诉北达科他州,以在俾斯麦和法戈开设经销商,挑战禁止制造商拥有经销商的州法律。该州庞大的石油产业被认为是影响其电动汽车立场的因素之一。 * **爱沙尼亚发布:** 特斯拉将于 4 月 24 日在爱沙尼亚正式推出服务,这是一个市场规模较小但已具备充电基础设施的国家。 **特斯拉技术与制造更新:** * **春季软件更新:** 正在推出,用户界面上将出现更大的快捷方式图标,Robotaxi 后座屏幕功能(显示目的地/预计到达时间)也将推广到客户车辆上。 * **三星泰勒(德克萨斯州)晶圆厂:** 三星已完成其在德克萨斯州泰勒的晶圆厂运营准备工作,并将于 4 月 24 日举行大型设备安装仪式。该工厂将生产特斯拉的 AI5 和 AI6 芯片(2 纳米工艺),预计到 2027 年底实现稳定良率。 * **埃隆的 AI 芯片解释:** 埃隆·马斯克澄清说,AI5 和 AI6 芯片将大约一半的“旅程 AI 计算加速器”专用于 SRAM,以实现数量级更高的内存带宽,优先考虑更快的内存访问而非原始计算能力。 * **柏林超级工厂 GigaCast:** 柏林超级工厂已将 GigaCast 铸造循环时间从 120 秒缩短到 68 秒,这得益于改进的冷却系统,展示了团队的创新能力。 * **印度 Model YL:** 预计最快下周在印度推出。 **其他新闻:** * 主持人为不小心静音录制了 30 分钟而道歉。 * **SpaceX 购买 Cybertruck:** SpaceX 在第四季度购买了 1,279 辆 Cybertruck,约占该季度总销量 7,000 多辆的 18%。 * **特斯拉股价:** 收盘价 400.62 美元,上涨 3.01%,成交量比平均水平高 36%。

Here's a summary of the news from Electrified, hosted by Dylan Loomis: **Robotaxi & FSD Developments:** * **Cybercabs at Giga Texas:** At least 14 "cybercabs" without steering wheels were seen in the outbound lot at Giga Texas. These are currently identified as "engineering test vehicles" by their decals. * **Production Timeline & Limitations:** The host references Farzad's Q2 2027 prediction for a Cybercab with a steering wheel and pedals. He notes Tesla's recent self-certification bypasses the previously assumed 2500-unit annual cap, suggesting no such limit for their robotaxi deployment. * **Testing & Validation:** Most of April will involve deploying these engineering vehicles (with and without steering wheels) across the country for testing and validation, preparing for official production variants for the Robotaxi network. * **Unsupervised Fleet Growth:** The Robotaxi tracker indicates 13 unsupervised vehicles in the Austin fleet, nearly doubling in the past few weeks, demonstrating FSD software's capability. * **Robotaxi Charging Infrastructure:** Supercharger sleuth Marco reported Tesla's plans for a major Robotaxi charging buildout in the Phoenix East Valley. Pre-permits were submitted for 56 V4 charging stalls, explicitly marked for "internal use" by Tesla's Robotaxis. A draft for another private location in Mesa was also submitted. * **NHTSA Incident Data Update:** * Tesla had **zero incidents in March**. The last one was in January. * Since launching the service in June last year through March, Tesla had a total of **15 incidents**. * Only **one minor injury** was reported across all incidents. * **Five of the 15 incidents** occurred when Tesla's Robotaxis were stationary (0 mph), meaning another vehicle hit them. * This brings Tesla's "at-fault" incidents down to **10**. * **First incident (July 2025):** Robotaxi going 8 mph hit a fixed object (minor injury, vehicle towed). * **Second incident (July):** ~2 mph collision with an SUV during a right turn (minor injury, led to hospitalization; detail added 5 months later, no airbags deployed). * Other at-fault incidents were in September (2), October (1 – highest speed at 18 mph), December (1), and January (4). * February and March mark Tesla's **first back-to-back incident-free months** for the Robotaxi service. * Most incidents involved contact with fixed objects, and six of the ten incidents occurred at night (after 8:30 PM). * **Robotaxi Navigation Glitch:** A video showed a Robotaxi getting stuck in an "infinite loop" in a parking garage due to a navigation error, highlighting ongoing challenges with complex navigation. * **FSD Software Parity:** The Robotaxi software is deemed comparable to customer car versions (AI4), indicating a shared development path. * **Hardware 3 FSD Update:** Ashok confirmed a V14 Lite version for Hardware 3 is planned for Q2 this year (by June). **Optimus Humanoid Robot:** * **New Patent Published:** A patent filed in October 2024 for Optimus's hand and forearm design (likely for V3) has been published. Tesla's internationalization of this "placeholder" patent confirms their commitment to the design. * **Actuator Relocation:** Tesla is moving actuators from the hand to the forearm, making the hand lighter, more nimble, and precise (biomimetic, less distal weight). * **Actuator Count:** Each Optimus arm will have 25 actuators (23 for fingers, 2 for the wrist). * **Cable Management Solution:** The patent details a solution for cable management, preventing "yanking" or "twitching" in fingers when the wrist moves, a common humanoid problem. * **Degrees of Freedom:** The hand will have 22 degrees of freedom, approaching human dexterity (~27 degrees). * **Knuckle Design:** Curved rolling contact surfaces will mimic human knuckles, with cables routed precisely to allow independent bending of each of the four finger segments (not the thumb). * **Tendons:** Each finger uses only three thin braided polymer tendons running from the forearm through integrated channels. * **Wrist Movement:** The wrist can tilt and rotate using only two motors, a mechanical trick reducing weight and parts. Cables are stacked horizontally in the forearm and vertically through a "transition zone" in the wrist, allowing free movement. * **Mass Production:** The design is aimed for mass volume manufacturing, with Tesla's vertical integration making it difficult for competitors to copy. **EV Battery Second Life & Recycling:** * **New Study Findings:** A study on EV battery second life and recycling pathways concluded: * **LFP Batteries:** Repurposing LFP batteries for second-life storage (estimated at ~$12/kWh for a Tesla Model S pack) is more economical than recycling due to their long life and low material value. * **NCA Batteries:** Recycling NCA batteries is generally more economical due to their shorter life and higher value materials. * **Significance:** This highlights the economic viability and environmental benefit of repurposing EV battery packs, indicating they are not a liability. **Legal & International Developments:** * **North Dakota Lawsuit:** Tesla is suing North Dakota to open dealerships in Bismarck and Fargo, challenging state laws that prohibit manufacturers from owning dealerships. The state's large oil industry is cited as a factor influencing its stance on EVs. * **Estonia Launch:** Tesla will officially launch in Estonia on April 24th, a smaller market but with existing charging infrastructure. **Tesla Technology & Manufacturing Updates:** * **Spring Software Update:** Rolling out now, with larger shortcut icons on the UI and the Robotaxi rear screen feature (showing destination/arrival time) coming to customer vehicles. * **Samsung Foundry (Taylor, TX):** Samsung has completed preparations for its foundry operation in Taylor, Texas, with a major equipment installation ceremony on April 24th. This plant will produce Tesla's AI5 and AI6 chips (2nm process), with stable yields expected by late 2027. * **Elon's AI Chip Explanation:** Elon Musk clarified that AI5 and AI6 chips dedicate about half of their "Trip AI computation accelerators" to SRAM for an order of magnitude greater memory bandwidth, prioritizing faster memory access over raw compute power. * **Giga Berlin GigaCast:** Giga Berlin has reduced the GigaCast cycle time from 120 seconds to 68 seconds due to improved cooling, showcasing the team's innovation. * **Model YL India:** Expected to launch as early as next week. **Other News:** * The host apologized for accidentally recording 30 minutes on mute. * **SpaceX Cybertruck Purchases:** SpaceX bought 1,279 Cybertrucks in Q4, accounting for approximately 18% of the total 7,000+ sold in that quarter. * **Tesla Stock:** Closed at $400.62, up 3.01%, with 36% higher volume than average.