Rivian Fixing Problems in Its New Electric Trucks and SUVs

Rivian, an electric vehicle startup, has found manufacturing problems in its R1T pickup trucks and R1S SUVs from 2022 through 2024. The issues include problems with the suspension system—which keeps the vehicle stable and comfortable over bumps—and loose or improperly tightened wheel fasteners.

The company has filed reports with the National Highway Traffic Safety Administration (NHTSA), a federal safety agency. The newest issue affects 2023–2024 R1T and R1S vehicles where wheel fasteners were tightened with the wrong amount of force during assembly. This is a problem with how the vehicles were built, not a flaw in the design itself.

Suspension System Issues

Rivian's trucks and SUVs use an unusual suspension system. Instead of traditional metal springs, they have a hydraulic air suspension—think of it like a flexible cushion filled with fluid that adjusts itself automatically as the vehicle moves. This system helps the vehicle ride smoothly on roads and handle rough terrain better than conventional trucks.

The company found that some 2022 R1T models have problems with this hydraulic suspension system. In certain conditions, at speeds under 25 mph, the vehicles make a chirping noise when going over bumps. This appears to be a noise problem rather than a safety issue, but it shows how hard it is to get these complex suspension systems working perfectly.

A Broader Problem

Beyond these customer campaigns, Rivian had to recall 19,641 vehicles that had been serviced because suspension components called rear toe links were assembled incorrectly. These parts control how the vehicle steers and stays stable.

This is not unique to Rivian. Ford recalled over 412,000 Explorer SUVs for similar suspension problems. These issues appear across the auto industry, not just with new electric vehicle makers.

The pattern fits what we saw decades ago when Tesla was ramping up production of the Model S. Growing car companies struggle to maintain quality while building more vehicles quickly. The difference now is that regulators require faster responses and better documentation when problems are found.

Manufacturing at Scale

The wheel fastener problem reveals something fundamental about making cars: tightening bolts to the correct specification matters. A fastener that is too loose could eventually come undone; one that is too tight could crack. When Rivian began using updated fasteners, the company didn't get the tightening instructions right during assembly.

For a startup building electric vehicles and scaling production for the first time, these challenges highlight how difficult it is to make thousands of consistent vehicles while also introducing advanced technology. Rivian's suspension system, while impressive from a technical standpoint, adds extra layers of complexity that must all work properly.

What This Means

From a practical standpoint, these campaigns show what happens when a new car company grows its manufacturing. The problems Rivian has found and reported to federal regulators are things that mature automakers also encounter during scale-up, though it can take time to work out all the issues.

Rivian's trucks can receive some software updates wirelessly—fixes delivered over the internet. But physical assembly problems still require customers to bring their vehicles to service centers. This mix of digital updates and physical repairs is becoming normal for today's vehicles.

These fixes do carry real costs for Rivian in both money and reputation. At the same time, finding and correcting these problems now should help the company build better vehicles as it continues to grow.