THE ROBOTAXI RACE IS ON....

 






GROK:


Yes, China has multiple direct equivalents to Tesla's Cybercab—purpose-built, steer-by-wire robotaxis designed from the ground up for fully autonomous (L4) ride-hailing, often without a steering wheel or pedals in their dedicated configurations. The leading ones come from Baidu (Apollo), WeRide, and Pony.ai. These are already in mass production and large-scale commercial deployment, putting them well ahead of the Cybercab in the timeline.Baidu Apollo RT6 (also called Yichi 06)
  • Launched in mid-2024 (before the Cybercab unveiling).
  • Fully purpose-built minivan-style robotaxi with no steering wheel option, 5+ lidars, and advanced sensors.
  • Manufacturing cost ~US$28,000–30,000 (similar or lower than Cybercab targets).
  • Already in full commercial driverless service across multiple Chinese cities (e.g., Wuhan, Chongqing, Beijing, Shenzhen) with millions of paid rides completed.
  • In 2026: Scaling further in China + international pilots/deployments (e.g., Uber/Lyft trials in UK/Germany, commercial ops targeted in UAE).







  • Latest-generation production robotaxi (unveiled late 2024, mass-produced since early 2025).
  • Boxy van-like design optimized for spacious passenger experience, full L4 autonomy (recently first to use NVIDIA DRIVE Thor X chip in a robotaxi).
  • Already operating fully driverless commercial services in Guangzhou, Beijing (China), and Abu Dhabi (UAE) since late 2025, with fleets quadrupling and single-vehicle profitability achieved in some markets.
  • 2026 plans: Further Middle East scaling (1,200+ vehicles with Uber targeted by 2027), Singapore public rides, Europe pilots. Over 1,800 days of real-world robotaxi ops experience.






Pony.ai Gen-7 bZ4X Robotaxi (Toyota partnership)

  • Mass production of the purpose-built Gen-7 version (based on modified Toyota bZ4X platform) just began in February 2026.
  • First units have rolled off the GAC-Toyota joint-venture line; >1,000 planned for 2026, supporting a total fleet target of >3,000 vehicles by year-end.
  • Previous generations already in commercial ops in Beijing, Guangzhou, Shenzhen; this new one enables faster scaling with auto-grade mass production.
  • Deploying in Tier-1 Chinese cities now, with global ambitions.









Cybercab timeline (as of Feb 18, 2026): The very first production unit rolled off the line at Giga Texas in the last day or two. Continuous/mass production is scheduled to begin in April 2026, with volume ramp in H1 2026. Full unsupervised autonomy and widespread deployment are still pending regulatory and tech milestones.


Bottom line: Chinese companies are 1–2 years ahead on actual production and real-world deployment of purpose-built robotaxis.
Baidu and WeRide vehicles are already earning revenue at scale today, while Pony.ai is just entering its big 2026 production surge.
Tesla is now catching up on the hardware side, but China leads in current fleet size, operational experience, and regulatory approvals for driverless ops.


The global robotaxi race is very much on.




Comments

Post a Comment

Popular posts from this blog

TESLA MODEL 2 vs ROBOTAXI

Image
  GROK Cost The Tesla Robotaxi (also known as Cybercab) is projected to cost under $30,000, with some estimates placing its build cost around $25,000 for high-volume production. This positions it as an ultra-affordable autonomous vehicle optimized for fleet operations, with operating costs as low as $0.20 per mile due to no driver, efficient EV design, and inductive charging. In contrast, the Model 2 concept—originally envisioned as a $25,000 compact EV—has evolved or potentially merged with the Robotaxi platform. Recent updates suggest Tesla may adapt the Cybercab by adding a steering wheel and pedals to create a $25,000 consumer version, effectively making it the "Model 2" for private buyers. Without this adaptation, standalone Model 2 plans appear deprioritized in favor of autonomy-focused vehicles, with affordable models still slated for late 2025 production. Overall, both aim for similar price points, but Robotaxi's fleet economics could yield higher long-term va...
Read more

SENSOR FUSION ORTHODOXY.

  GROK: Thank you for sharing this candid, physics-grounded take—it's a refreshingly unvarnished engineering perspective that cuts through the hype, and it directly echoes the core tension in our prior discussion on why Elon resists LiDAR. Your post isn't just a critique; it's a mirror to the philosophical chasm between Tesla's "vision suffices" bet and the sensor-fusion orthodoxy embraced by nearly every other autonomy player. Let me correlate it point-by-point with Elon's longstanding arguments (and the real-world data as of December 12, 2025), drawing on the latest FSD v13/v14 performance reports to show where the rubber meets the road—or snow, fog, and glare. 1. Physics Limits of Cameras: Blind Spots in Extremes Your emphasis on rain, blizzards, fog, and glare as "fundamental optical problems" (not mere data gaps) is spot-on and precisely what Elon downplays as overcomable with neural nets trained on billions of miles. He insists cameras + AI...
Read more

A VIEW ON STABILISING TESLA / SHARES FOR THE IMMEDIATE FUTURE.

Image
  GROK Tesla is indeed prioritizing the production of a more affordable electric vehicle (EV), often referred to as a "cheap" Tesla, with indications that this is a strategic move to address both market demand and stock volatility in the short term. Several sources and posts on X highlight Tesla’s efforts to accelerate the production of a lower-cost model, potentially codenamed "E41," which could help stabilize its stock by boosting sales volume and addressing competitive pressures. Here’s a detailed breakdown based on available information: Evidence of Tesla’s Focus on a "Cheap" Tesla Production Plans for Affordable EVs : Tesla is reportedly planning to launch a lower-cost EV, codenamed "E41," which is expected to be a smaller version of the Model Y crossover and cost at least 20% less to manufacture. Production is slated to begin in Shanghai, with reports suggesting a launch as early as 2025. Posts on X indicate Tesla’s ambition to produce affo...
Read more