Tesla Will Now Let You Rip A Supercharger Apart To Escape An Emergency

carscoops.com Oct 9, 2026

Tesla Will Now Let You Rip A Supercharger Apart To Escape An Emergency

Curated by Shubham · TechCapsules · Oct 9, 2026

AI-summarised brief · reviewed before publication

Tesla announced the Emergency Drive Away feature, allowing vehicles to move while still connected to a Supercharger. The update, version 2026.38.3, is available only in the U.S. and requires the driver to hold the brake and tap “Activate” after a warning screen appears. Tesla cautions that the action will damage both the car and the charging station, with repair costs potentially reaching $25,000. The company also notes that the vehicle’s charge port will need a mandatory service visit. The feature was demonstrated this week and is intended for genuine emergencies.

💡 Why It Matters

· By permitting cars to leave a charger in distress, Tesla addresses safety gaps that previously forced drivers to wait for a technician, potentially preventing accidents at charging sites.

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Tesla Megacharger opens in Ellabell with 6 stalls for Semi trucks

Tesla opened its first Megacharger site at a Pilot Travel Center in Ellabell, Georgia, installing six high‑power stalls dedicated to Tesla Semi trucks. The chargers, located near Interstate 16’s mile marker 143 and close to the Hyundai Metaplant, deliver up to 1.2 megawatts each, enabling a 60% energy recovery in about 30 minutes. The site was chosen for its strategic position on freight traffic between the Port of Savannah and Atlanta. Tesla plans additional Megacharger posts in California and Texas, targeting over 100 installations by year‑end 2026 and 700 by 2027.

💡 The launch demonstrates a tangible expansion of infrastructure that could reduce operating costs for electric freight fleets, reshaping logistics along key southeastern corridors.

taipeitimes.com · Oct 9

Do not pave the way for competitors

Elon Musk has engaged Taiwan Semiconductor Manufacturing Co. (TSMC) to discuss a partnership for his Terafab project, a planned Texas facility aimed at producing over 1 terawatt of AI computing power annually. TSMC is evaluating the investment, but the partnership’s structure, ownership, manufacturing processes, and timeline remain undecided. Terafab would integrate logic, memory, advanced packaging, testing, and photomask production under one system, requiring 2‑nanometer Gate‑All‑Around technology. The arrangement could shift TSMC from a customer to a potential competitor, redefining the foundry’s competitive moat.

💡 The deal could give Musk’s companies unprecedented control over cutting‑edge chip production, altering supply‑chain dynamics and potentially eroding TSMC’s long‑standing manufacturing advantage.

teslarati.com · Oct 8

Elon Musk shuts down talk of TSMC taking over Terafab

Elon Musk clarified that Tesla and SpaceX will build and operate the Terafab chip factory in Texas, rejecting speculation that Taiwan Semiconductor Manufacturing Company (TSMC) would take control. Musk stated the companies would retain full ownership and operation, allowing only a possible sublease of part of the facility. The announcement follows earlier reports of TSMC exploring involvement and underscores Musk’s intent to secure in‑house chip production for future AI, robotics, and SpaceX data‑center needs. The project, valued at up to $119 billion, aims to deliver 1 terawatt of computing power annually.

💡 By keeping Terafab under its own management, Musk eliminates reliance on external foundries, ensuring priority access to critical chips for Tesla’s autonomous systems and SpaceX’s orbital infrastructure. This move could reshape the semiconductor supply chain, positioning Tesla and SpaceX as independent players in a market dominated by a few contract manufacturers.

teslarati.com · Oct 8

Tesla FSD changed its mind mid-intersection, and it may have saved a…

Tesla posted a dash‑cam video showing its Full Self‑Driving (FSD) Supervised system averting a T‑bone collision at a stop sign. The owner, who shared the clip as TheNewGrid, explained that the vehicle initially proceeded into the intersection, assuming the oncoming car would stop. When the other driver ran the stop sign, FSD braked sharply in the middle of the intersection, allowing the crossing vehicle to pass safely. Tesla highlighted the incident alongside other recent safety demonstrations, including a Cybertruck yielding to an ambulance and a Model Y fleet for a real‑estate firm. The clip follows the rollout of Automatic Collision Evasion in FSD v14.3.9 and precedes the upcoming v15, which Tesla says will improve hazard prediction and reaction times. The company cites FSD Supervised as 4.1 times less likely to crash than manual driving over 100 million kilometres in Europe, a claim it is presenting to regulators as eight EU states approve the system.

💡 The episode proves that Tesla’s software can intervene faster than a human driver in split‑second danger, bolstering its case for broader regulatory acceptance and future robotaxi deployment.

teslarati.com · Oct 7

Five things that are keeping Tesla Full Self-Driving supervised

Since the rollout of Full Self‑Driving (FSD) version 14 last year, a Tesla owner reports using the suite for roughly 76 percent of his mileage, praising its convenience while noting five persistent shortcomings that still demand driver supervision. The driver distinguishes “soft” interventions—minor adjustments such as manually signaling a lane change—from “hard” interventions that require full disengagement, like failing to obey speed limits in school zones or choosing unsuitable parking spots. The most critical issues are: (1) inaccurate speed‑limit recognition, especially in school zones where the system often exceeds the posted 15 mph limit; (2) suboptimal parking decisions that place the vehicle too close to other cars; (3) inconsistent navigation that can misroute trips; (4) inadequate handling of dynamic traffic conditions; and (5) limited user‑configurable preferences for charging locations. The author urges Tesla to resolve these flaws in the final v14 updates and to address them comprehensively in the upcoming v15 release.

💡 Until these gaps are closed, drivers must remain actively engaged, undermining the safety and convenience promises of autonomous driving and slowing broader adoption.

carscoops.com · Oct 7

Belgian Test Finds Tesla FSD Speeding And Trying To Pass Cyclists Illegally

A Belgian road‑safety group, Johanna.be, tested a Tesla Model 3 with Full Self‑Driving (FSD) version 14.2.2.6 over 400 km around Brussels. The system repeatedly misread 30 km/h signs, displaying a 50 km/h limit, and exceeded the posted speed on 16 of 29 low‑speed segments, averaging 44 km/h. In 20 km/h residential zones it surpassed the limit five times. On cycle streets the car attempted to overtake cyclists, prompting the supervising driver to intervene. The report urges EU regulators to reassess FSD approvals before an upcoming vote.

💡 The findings expose a critical safety flaw in a widely deployed autonomous system, raising concerns about regulatory oversight and public trust in automated driving technology.