Rivian delivered its first truck and it looks

Rivian delivered the R1T to its first customers last month, and I’ve been reading everything I can about it.

It’s the first electric pickup truck to reach customers. Not Tesla’s Cybertruck (still in development). Not Ford’s F-150 Lightning (coming next year). Rivian, a company most people haven’t heard of, got there first.

The truck itself is fascinating. Built from the ground up as an EV, not an internal combustion truck converted to electric. The battery is a flat slab in the floor, which means the center of gravity is low (trucks don’t usually have low centers of gravity). There’s a “gear tunnel,” a pass-through storage compartment between the cab and the bed, big enough to hold camping gear, skis, or a bag of golf clubs. There’s an optional camp kitchen that slides out of the gear tunnel, complete with a two-burner induction stove.

An electric truck with a built-in kitchen. The future is strange and wonderful.

The sensor suite

But here’s what I keep thinking about.

On the roof of the R1T, there’s a bar that contains cameras and sensors. Rivian hasn’t been loud about its autonomy plans. They haven’t made the bold claims Tesla has about Full Self-Driving. But the hardware is there.

Cameras. Ultrasonic sensors. Radar. The truck ships with more sensing capability than most cars on the road. The software today uses these sensors for driver assistance, lane keeping, adaptive cruise control, parking assist. Standard stuff.

But the hardware can do more. As the software improves, as Rivian collects driving data from its fleet, as neural networks get better at interpreting visual input, these trucks will get more capable. An over-the-air update in 2024 might enable highway autonomy. An update in 2026 might enable city driving.

Every new EV shipping today is a robot waiting to wake up. The sensors are there. The compute is there. The connectivity is there. The only thing missing is the software, and software improves faster than hardware.

The Amazon connection

Rivian’s biggest customer isn’t individual truck buyers. It’s Amazon. Amazon ordered 100,000 electric delivery vans from Rivian. They’re already being deployed in some cities.

An electric delivery van with a sensor suite and autonomous driving potential. Delivering packages in your neighborhood. Learning the routes. Mapping the streets. Collecting data.

Amazon has been investing in autonomy for years (warehouse robots, drone delivery, Scout sidewalk robots). The Rivian vans are the next piece. Today, a human drives them. Tomorrow, maybe the van drives itself for the last mile and the human just handles the handoff at the door.

Or maybe the van drives itself entirely and a robot handles the handoff.

I’m not being dramatic. I’m reading the signs. Every component of an autonomous delivery system is being built, deployed, and tested, in pieces, by companies that are patient enough to play the long game.

What trucks mean

Trucks are important for a reason beyond transportation. In America, trucks are the best-selling vehicle category. If you want to change how America drives, you have to change trucks.

The R1T starts at around $73,000, which is expensive but not outrageous for a well-equipped pickup. As production scales, the price will come down. As battery costs decrease, the price drops further.

Within a decade, electric trucks will be cheaper than gas trucks. At that point, the transition happens not because people care about the environment (some do, many don’t) but because the electric truck is simply a better product. Lower fuel costs. Lower maintenance. Better torque. Built-in technology platform that improves over time.

And all of them will be robots waiting to wake up.

Rivian got there first. That matters. Not because first-mover advantage is everything. But because someone had to prove it was possible. Someone had to ship an electric truck that people actually wanted, that did truck things (towing, hauling, off-roading) while also being a technology platform.

They did it.

The future of driving isn’t just autonomous. It’s electric and autonomous. And it’s already in people’s driveways.

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