Tesla VP: Within five years, autonomous driving and humanoid robots will be "fully integrated into daily life."
Tesla is now positioning autonomous driving and humanoid robots as core drivers for its next phase of growth. Tesla VP of Automotive Engineering Lars Moravy stated, in the next five years, “Real-World AI” built by Robotaxi, Cybercab, and Optimus will be fully integrated into work, travel, and home scenarios, propelling human society into a “sci-fi movie–like future.”
On July 1st, on the Brighter with Herbert program, Lars Moravy said, Cybercab is now in the pre-mass-production testing phase. The production line has been constructed and initiated, with automation levels exceeding 90%; the team is continuously optimizing the manufacturing process for scaled production. He emphasized that Cybercab has been designed for mass manufacturing from the outset, and its eventual output will reach levels “not yet fully understood by outsiders.”
Meanwhile, the Optimus humanoid robot is also accelerating towards mass production. Lars Moravy revealed that the first production line is being installed, with dozens more planned; robot manufacturing will fully inherit Tesla’s accumulated automotive manufacturing capabilities, supply chain systems, and automation experience.
The core message delivered by Lars Moravy is not about any single product, but that Tesla is attempting to build a Real-World AI system covering factories, roads, homes, and work scenarios—believing this system will be deployed intensively within the next few years.
First from the left: Tesla VP of Automotive Engineering Lars Moravy
Ultimate five-year vision: Robotaxi, Cybercab, and Optimus fully enter the real world
When asked what achievement Tesla in five years would most likely amaze the public, Lars Moravy gave a very clear answer.
He stated that by then, the scale of Real-World AI surrounding people's lives will be “mind-blowing.”
In his view, this not only means the proliferation of the Robotaxi network, but also Cybercab running extensively in city traffic, and Optimus making its way into factories, businesses—even homes. Additionally, the company has more product plans not yet disclosed.
Lars Moravy remarked that if we look back at the past five years and look ahead five more, he believes people will truly live in a world that was previously depicted only in science fiction movies.
Cybercab enters large-scale sprint phase; focus is not just on autonomous driving
Lars Moravy disclosed that the Cybercab production line has been installed and is operational. All vehicles produced are also being tested, including for autonomous driving model training, vehicle validation, and manufacturing quality optimization.
He added that the team has begun durability testing (burn-in) on the vehicles; every car is both a production and test prototype, with the aim of identifying issues as much as possible before true mass production.
He stated, Cybercab’s greatest feature is not autonomous driving itself, but the fact that the entire product was redesigned from the ground up around cost and scale.
In contrast to traditional Robotaxi approaches—which simply add many sensors and computing platforms to existing models—Cybercab uses an entirely new platform, redesigning everything from the manufacturing process, body structure, battery, wiring, to automated production.
Lars Moravy believes this approach will ultimately deliver operational costs far below market expectations, helping Cybercab achieve lower per-car cost, higher reliability, better energy efficiency, and reduced per-mile operating costs.
He emphasized, the market’s most severe underestimation of Cybercab is not its autonomous driving capabilities but its manufacturing efficiency and scalability.
Optimus begins building a mass production system; automotive manufacturing expertise to be fully replicated
On the humanoid robot front, Lars Moravy revealed that Tesla has started constructing Optimus’s mass production system.
He said the first production line is being installed, with much automated equipment undergoing final tests and soon to be shipped to the factory for installation. Because robots are much smaller than cars, the production line is more modular and installation and debugging will be notably faster than for car production lines.
He said that about 40 production lines will eventually be needed to cover the manufacturing of all robot components and final assembly.
Lars Moravy believes, Tesla’s biggest advantage is not the robot itself, but its mature large-scale manufacturing system.
Whether it’s supply chain management, automation equipment, production cadence control, or supply chain resilience in the face of emergencies, all abilities accumulated in the automotive business can be directly applied to Optimus.
He reiterated, Tesla holds three key advantages in the humanoid robot field: large-scale manufacturing capability, high-performance motor and actuator design capability, and Real-World AI.
AI has already penetrated Tesla factories; cars begin to “check themselves”
Beyond future products, Lars Moravy also described AI's current applications inside Tesla.
He said, AI is already widely used for engineering knowledge management, manufacturing anomaly detection, equipment monitoring, and quality control. Different manufacturing systems are beginning to realize information linkage via AI—not just data connectivity.
Citing examples, he said today Tesla vehicles can autonomously drive inside the factory from the assembly line to the logistics area, travel autonomously through a noise test road, identify issues like abnormal sounds and vibrations using in-car microphones, and automatically generate diagnostic reports for the engineering team. Tesla internally refers to this system as “Full Self Hearing.”
Lars Moravy stated, AI is helping the factory to detect problems earlier, locate them faster, and is also continuously shortening after-sales repair time while improving overall manufacturing quality.
Manufacturing capability remains Tesla's greatest competitive moat
Regarding the widely discussed competitive advantage, Lars Moravy believes manufacturing capability remains Tesla’s greatest moat.
He says, at Tesla, design, manufacturing, automation, and supply chain are always handled by a single engineering team, avoiding the siloed product development vs. manufacturing separation seen in traditional automakers. This highly integrated organization enables rapid product iteration and makes large-scale innovation like Cybercab and Optimus possible.
Lars Moravy stated that since 2014, Tesla has been planning around today's autonomous driving and robotics strategy; Cybercab and Optimus are key milestones in realizing this long-term plan. Over the next five years, as Robotaxi, Cybercab, and Optimus continue to be deployed, Real-World AI will become an increasingly commonplace part of people’s daily lives.
Risk Warning and DisclaimerThe market has risks; investments require caution. This article does not constitute personal investment advice and does not take into account the unique investment goals, financial circumstances, or needs of individual users. Users should consider whether any views, opinions, or conclusions in this article fit their particular circumstances. Investment is at your own risk.