【速報】ハンドルの無いテスラが公道走行開始！！！

Key Points

▶ 0:01 Tesla has begun behavioral testing of the "CyberCab" — a car with no steering wheel, no pedals, and "nothing."
▶ 0:50 FSD 4.0 has been introduced, marking the beginning of the "AI3 era," and Tesla is positioning itself more as a robot company (with Optimus) than a car company.
▶ 1:33 An EV Summer Camp will be held August 1–2 at the foot of a mountain, open to all EV owners, featuring Cyber Truck rides; a coupon code gives a 1000 yen ticket discount.
▶ 4:12 The Cybercab has no steering wheel and no pedals, relying instead on a large central display, underscoring its fully autonomous design.
▶ 4:36 The vehicle is in the testing phase, with plans to begin carrying regular passengers in July or August, as nationwide "cyber-scale tests" expand across the U.S.
▶ 5:09 Tesla releasing this footage suggests the Cybercab is extremely close to launch, and Austin residents are "absolutely ecstatic" about seeing it on the road.
▶ 5:30 Tesla has released a First Responder Plan manual for the Cybercab, providing emergency response guidance such as escape routes, fire extinguishing, and towing procedures.
▶ 6:03 The Cybercab-specific version is now published, allowing the public to examine its contents and how it applies to this new vehicle.
▶ 6:09 Anyone can access the document by searching for “First Responder Plan” online.
▶ 6:22 The Cybercab can be identified by its door button below the rear camera and VIN details, including a "B"-prefixed number, a windshield registration sticker, and a second sticker at the bottom left.
▶ 7:01 The Cybercab is confirmed to run on a 48V electrical system—a key technical specification.
▶ 7:04 Camera and microphone status indicators appear in the display’s upper right corner, using orange (mic) and green (camera) icons similar to smartphone privacy cues.
▶ 7:25 The CyberCab features an external microphone on the left side, enabling passengers to talk to an operator outside if issues arise (e.g., door won't open).
▶ 7:54 Tesla has attached external speakers to the vehicle for the first time in this form, complementing the external microphone.
▶ 8:04 A second underbody microphone lets the vehicle detect conversations and environmental sounds like approaching ambulance sirens, working with the external camera system.
▶ 8:34 The Cybercab has no frunk or front luggage space because the area under the hood is completely packed with equipment.
▶ 8:46 The main battery is laid out on the vehicle floor, a typical Tesla design that raises fire-safety concerns.
▶ 9:10 The power cutoff mechanism is located on the left side when the hood is opened, similar to other Tesla vehicles.
▶ 9:28 A relay supplies power to the main battery, and a dedicated wire can completely cut off power to that relay.
▶ 9:39 The cutoff is not only under the hood; an orange sticker marks it on the outside, inside the right rear wall.
▶ 9:53 The wiring is buried so immediate connection isn't possible, but additional controls allow the power to be shut off.
▶ 10:00 The presenter introduces the 48V system, noting that unlike standard 12V cars, both the CyberTruck and CyberCab use a 48V system carrying four times the voltage.
▶ 10:11 The auxiliary battery for the 48V system is located "right in the middle" of the vehicle, and the presenter visually confirms its placement.
▶ 10:24 An open question is raised about access to the 48V auxiliary battery in case of a problem, with serviceability still unclear.
▶ 10:31 In a total power failure, the first step is accessing the front bumper cover to reach a backup 12V terminal hidden behind it.
▶ 10:54 Supplying external 12V to the exposed wire powers the hood/frunk release mechanism, allowing access to the interior.
▶ 11:02 Once the hood is open, the 48V auxiliary battery must be charged—this is the key to restoring the Cybercab's core systems.
▶ 11:13 The CyberCab has an emergency release lever inside to unlock the gullwing door if power fails, but it may be mistaken for a normal handle and is strictly for emergencies.
▶ 11:57 Even after unlocking, the door is extremely heavy and normally requires an actuator to push it open; manually opening it demands pushing inward and upward, and it will slam shut if released.
▶ 12:37 A key safety concern is whether weaker individuals—such as women or children—could physically operate the heavy manual door in an emergency, with the presenter noting the effort needed is unclear without testing.
▶ 13:09 The electric door close button has been moved to the bottom of the touchscreen display for interior control.
▶ 13:16 USB ports have been relocated from between the seats to the side of the screen, eliminating the previous between-seat placement.
▶ 13:26 Release of first responder documentation indicates Cybercab specs and configuration are finalized, signaling launch readiness.
▶ 13:55 The speaker predicts the Cybercab will launch in Austin by end of August, possibly as early as late July.
▶ 14:13 This concludes the first news item, wrapping up the Cybercab segment.
▶ 15:19 Tesla engineers achieved a major breakthrough by bringing FSD14 to older AI3 hardware as "FSD14 Lite," a feat so difficult that even Elon Musk reportedly said "Wow, this is amazing!" due to AI3's much lower memory bandwidth.
▶ 16:35 Ashok announced FSD14 Lite's rollout to early access, with plans to distribute it to all AI3 owners in the US in stages; the Lite version maintains feature parity with FSD14 on AI4, including the same speed profile and automatic parking behaviors.
▶ 18:40 Tesla used a lightweight "model distillation" approach—like Gemini Flash or ChatGPT mini—extracting the best parts of the full FSD14 model, an achievement possible only because of Tesla's advanced AI team and made more impressive by real-time driving safety demands.
▶ 21:40 Tesla is uniquely positioned to create robotaxis because of its combined software, hardware, and manufacturing capabilities.
▶ 21:47 The hosts note the humanoid robot display and plan to discuss it later in the program.
▶ 21:50 A playful comparison is made between Tesla’s Optimus humanoid and the fictional Optimus Prime, underscoring that humanoid robots are becoming a tangible engineering goal.
▶ 21:57 FSD is not just an American feature — after its U.S. release in Q2, it will roll out to all countries where FSD is available.
▶ 22:20 FSD is expected to come to Japan this year, with excitement that Japanese users will also benefit.
▶ 22:35 FS34 can run on existing AF3 (Hardware 3) vehicles, while Hardware 4 is more powerful and the software has become considerably smarter.
▶ 23:05 Tesla has started construction of a manufacturing line for humanoid robots at the Fremont factory.
▶ 23:13 The Fremont production line—originally used for the Model S—has been completely emptied and repurposed for robot manufacturing.
▶ 23:48 Production lines will be built one after another in other locations, marking the launch of a broader robot manufacturing rollout.
▶ 24:17 Tesla is fundamentally an AI and robotics company, not a car manufacturer — framing cars as "robots with four wheels."
▶ 24:44 Tesla adopted a new mission called "Amazing Abundance": using AI and robotics to create a fun, abundant, and truly enjoyable world, shifting from the earlier "sustainable abundance" message.
▶ 25:24 Tesla's product ecosystem centers on AI and robotics, supported by energy generation/storage and SpaceX, spanning Giga Texas manufacturing, cars/trucks, the Optimus humanoid robot, industrial batteries, solar, and a vehicle fleet including Cybercab, Cybertruck, and Model 3/Y.
▶ 27:11 Tesla's next robot vehicle after the CyberCab will be a large 20-seater robotic bus, with the CyberCab nearing stable production.
▶ 27:47 Within about five years, Optimus could assimilate with humans, handling everything from logistics and housework to walking the dog.
▶ 28:31 The humanoid market is described as overwhelming—even larger than cars and robotaxis—with endless applications like nursing, factory work, and cooking.
▶ 27:00 A robotic vehicle is expected to be the next announcement after the Cybercab.
▶ 27:03 Unlike the two-seater Cybercab, this new vehicle will be a large 20-seater robotic bus.
▶ 27:11 The Cybercab is about to reach stable production, and the robotic bus will be the next product manufactured after it.
▶ 27:17 A robotic bus is shown and described as "apparently Tesla's next vehicle."
▶ 27:26 The Optimus humanoid is introduced as "a bot that will change the world."
▶ 27:31 Optimus will "blend into human society and do all sorts of things," highlighting its role as a versatile, socially integrated robot.
▶ 27:42 The physical world is designed for humans, so humanoid robots like Optimus can operate in existing human environments without redesigning them.
▶ 27:47 Within roughly five years, Optimus will assimilate with humans and handle everyday tasks including logistics, housework, and walking the dog.
▶ 27:35 The segment opens noting that Optimus "does all sorts of things," highlighting its broad versatility.
▶ 28:00 Tesla aims to build an "incredibly rich world" by combining Optimus humanoid robots with its mobility/autonomous driving technologies.
▶ 28:17 The company currently relies on selling cars (including CyberCab and Model Y) as its present business model.
▶ 28:26 The speaker pivots to a larger future opportunity, calling it "the next big gold mine" before the segment cuts off.
▶ 28:26 The humanoid market is described as Tesla's next major growth opportunity, an overwhelmingly large market that surpasses even cars and robotaxis.
▶ 29:10 Humanoids could replace human labor across countless jobs—nursing care, factory work, dangerous construction, cooking, laundry, carrying goods, and restaurant service—making the possibilities "endless."
▶ 29:26 If humanoids are widely adopted across these tasks, Tesla's potential becomes "something incredible," extending far beyond vehicles into a general-purpose labor and automation market.
▶ 29:33 Elon Musk plans to use the Optimus humanoid robot for space exploration and colonization, not just Earth-based tasks.
▶ 29:36 Optimus is intended to be deployed on Mars and the Moon to build colonies and infrastructure.
▶ 29:43 This vision of planetary colonization makes Tesla’s potential feel “just so limitless,” positioning Optimus as key to humanity’s multi-planetary future.
▶ 29:44 The speaker describes Tesla’s combined vision—robotics, AI, and space—as so limitless it’s hard to imagine, which drives the investment rationale for buying the stock.
▶ 30:05 A single image is highlighted as the catalyst that started it all, implying this is just the beginning of a much larger story.
▶ 30:10 The hosts commit to covering SpaceX, Tesla, Elon Musk, humanoids, and AI extensively, asking viewers to subscribe and like the video for more.
▶ 30:29 The speaker asks viewers to subscribe and like, noting they're recording outside and apologize for audio issues.
▶ 30:45 The speaker promotes the EV Summer Camp in the Kanto area, inviting viewers and mentioning a coupon in the video description.
▶ 31:07 The speaker signs off with a brief closing remark, saying goodbye before the video ends.

【速報】ハンドルの無いテスラが公道走行開始！！！

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