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Rivian’s autonomy gamble faces its first real test

Rivian’s autonomy gamble faces its first real test

RJ Scaringe spent nearly half of Rivian’s earnings call hyping self-driving tech. But taking on Tesla’s FSD with custom chips and pricey lidar is an enormous gamble while the mass-market R2 is still scaling up.

RJ Scaringe spent nearly half of Rivian’s earnings call hyping self-driving tech. But taking on Tesla’s FSD with custom chips and pricey lidar is an enormous gamble while the mass-market R2 is still scaling up.

is transportation editor with 10+ years of experience who covers EVs, public transportation, and aviation. His work has appeared in The New York Daily News and City & State.

During an hourlong earnings call last night, Rivian CEO RJ Scaringe spent less time talking about the production ramp of the all-important R2 SUV than he did hyping the company’s still-unproven autonomous vehicle ambitions.

But the company faces a crucial test later this year, when it rolls out its point-to-point hands-free driving feature — first to its own employees for testing and validation in 2026, and later to customers in 2027. Following that, Rivian says it will launch its first robotaxi vehicles in partnership with Uber in 2028. In short, the next two years will determine whether Rivian will succeed or fail in its high-stakes quest to become a full-stack autonomy player.

“We believe autonomy is a primary product differentiator, market share driver, and long-term value creator,” Derek Mulvey, VP for finance, said during the call.

Success is not guaranteed. Tesla has a huge head start with its Full Self-Driving (Supervised) in over 1.7 million active customer cars. But trying to match Tesla’s driver-assist features — while simultaneously designing its own silicon chips, buying pricey sensors, and paying for massive AI computing power — is a huge financial gamble, especially while Rivian is still struggling to build and sell its mass-market R2 vehicles at scale. (The R2 recently became Rivian’s best-selling vehicle by volume, so progress continues.)

“We believe autonomy is a primary product differentiator, market share driver, and long-term value creator.”

— Derek Mulvey

But it’s unclear whether Rivian sees the R2 as its make-or-break vehicle or if solving autonomy will be the true decider. That leaves the company in the middle of a difficult balancing act: launching an ambitious, mass-market electric vehicle while simultaneously reinventing itself as a full-stack autonomous driving powerhouse.

Of course, the feature itself needs to work for Rivian to succeed. During the call, Scaringe revealed that he has been using the new point-to-point driving system in his own commute to the office every day, calling it “a wonderful” experience. He continued:

So, our view is that that is going to become a big driver of demand. And I think it’s unclear how quickly the whole — you know, the whole US market and the whole automotive market — starts to shift to really wanting this, and this being a major purchase criterion. But certainly, we’re at the front end of an inflection point where it’s more and more people exposed to what this could do… We do think it’s a really big driver, in the long term, for market share for us.

But Scaringe was cagey about other details. When asked about Rivian’s take rate for its Autonomy Plus package — in other words, what percentage of Rivian buyers who purchase or subscribe to the software out of the total customer base — the chief executive declined to share the exact number. “The take rate on Autonomy Plus has exceeded our expectations,” he said, “and we’re quite encouraged by it.”

Rivian’s execs are no doubt envious of Tesla’s take rates for FSD: Over 75 percent of new Tesla buyers in North America opted to get FSD in the third quarter of 2026, the company recently reported. Meanwhile, Rivian reported $605 million in revenue from software and subscription services in Q3 2026, a 45 percent increase year over year. And Rivian brought in $256 million in profit in software and services, up $102 million from last year, with a strong 42 percent profit margin.

Rivian will likely spend more money than it brings in as it keeps buying expensive computers and AI systems. On the call, the company pointed out that computer chips, memory, and electronics are getting pricier. It also warned that adding two processors and costly lidar sensors to some R2 models could eat into the profits it hoped to make by building the vehicle in large numbers.

The point-to-point system will face its own hurdles, including edge cases and the complexities of urban driving. A vehicle crash could damage Rivian’s brand and reputation, just as Tesla has experienced many times with FSD. And even though Rivian intends to roll out the feature to require active driver supervision, the company will likely face legal challenges when things inevitably go wrong.

To be sure, Rivian couldn’t afford to sit on the sidelines and concede the autonomous crown to Tesla and Waymo. Self-driving tech could help Rivian post big, software-company-style profits, but paying for expensive AI development while also trying to build the R2 at scale makes the next year or two its riskiest period ever.

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Toyota will assemble Waymo-equipped bZ4X electric SUVs directly on its factory line in Japan ahead of planned robotaxi rollouts in Tokyo and the UK.

Toyota will assemble Waymo-equipped bZ4X electric SUVs directly on its factory line in Japan ahead of planned robotaxi rollouts in Tokyo and the UK.

is transportation editor with 10+ years of experience who covers EVs, public transportation, and aviation. His work has appeared in The New York Daily News and City & State.

Waymo announced today that it will use Toyota bZ4X electric vehicles that are assembled in Japan for a robotaxi service in Tokyo. The news builds on the strategic partnership between Waymo and Toyota which was first announced in April 2025.

The robotaxis will be built entirely under one roof at Toyota’s Takaoka plant in Toyota City, Aichi Prefecture, Japan. Instead of building regular cars and modifying them later, the factory will install Waymo’s self-driving sensors and computers right on the assembly line as each car is made.

A team-up between the world’s largest automaker and the world’s leader in autonomous driving obviously has huge implications. Currently, Waymo uses two vehicle models on the road today — the Jaguar I-Pace and Ojai based on the Zeekr RT — with a third based on the Hyundai Ioniq 5 set to deploy soon. By adding the bZ4X, Waymo is attempting to prove that its autonomous driving technology is compatible with a wide range of vehicle types. Waymo has long positioned itself as a software and systems supplier — the “Waymo Driver” — rather than an automaker.

A team-up between the world’s largest automaker and the world’s leader in autonomous driving obviously has huge implications

This also represents a shift in terms of how Waymo acquires and modifies the vehicles that end up in its fleet. Up until now, the company was doing things the hard way by buying a finished car from a factory, shipping it to a separate facility, and retrofitting it with sensors, computers, and extra wiring. The decision to build the sensor suite and compute into the bZ4X on Toyota’s own assembly line could help eliminate redundant labor, bespoke brackets, and secondary shipping — and possibly bring down costs for Waymo.

Waymo says it will begin initial testing and validation in Japan starting next year. Following that, the new vehicles will roll out to the United Kingdom, in addition to other international markets, for robotaxi operations.

Waymo also says it is continuing to explore integrating its technology into Toyota vehicles for personally owned autonomous vehicles. And the company is working with Woven by Toyota, the automaker’s software and mobility spinout, to use Waymo’s operational and safety telemetry to improve road safety across general vehicle fleets and traffic infrastructure.

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