Rivian produces the R1S electric SUV and the R1T electric pick-up truck, two of the most advanced and impressive electric vehicles (EVs) currently on the market. These models prove that Rivian has the technology and innovative capabilities to stand with much more established automakers despite being a relatively new player.
However, Rivian owners have reported steep repair costs, even for what should have been minor damage. One nationwide case even made the news in 2023 when the owner of an R1T reported a $42,000 bill for a minor fender-bender. These incidents highlighted the unique processes Rivian uses to build its innovative vehicles. Find out what makes Rivians unique and how the company’s approach to technology impacts repairs.
Rivian’s Unique Approach to Body-on-Frame Design
Most traditional vehicles are built with two main parts: the chassis and the body. The chassis holds the vehicle’s main components, like the engine and suspension. The body shapes the car’s exterior and creates the interior space. These two parts are separate in typical body-on-frame vehicles, with the body attached to the chassis.
While Rivian vehicles can be categorized as body-on-frame, the company follows different design principles. Each of the following design elements increases repair costs at a certified Rivian auto body shop compared to vehicles from other automakers:
- Skateboard structure. Rivian cars are electric vehicles, meaning they use what the industry refers to as a “skateboard” instead of a chassis. Many other electric vehicle manufacturers, such as Tesla, use a similar approach to build their vehicles. The skateboard is the EV equivalent of a chassis but with many critical components integrated inside. For instance, the suspensions, battery pack, and electric motors are mounted to the skateboard instead of being separately made and fitted later.
- Modularity. While the Rivian R1S and R1T have different bodies, the underlying skateboard is the same. Rivian designed the skateboard to support different body types, eliminating the need to design a bespoke chassis for each model.
- Advanced components. Rivian vehicles use advanced battery packs and can be fitted with up to four electric motors. Each component is finely engineered and designed for long-lasting performance, and many are proprietary to Rivian vehicles.
Rivian’s Manufacturing Processes
The higher repair costs of body-on-frame designs are partly due to their unique structure, but that’s not the whole story. Rivian aims to create high-quality electric vehicles for the mass market; however, many of its manufacturing methods are similar to those of smaller, niche manufacturers.
- Reliance on precise manual labor. Many parts of Rivian vehicles need skilled human craftsmanship that is unsuitable for automated or mass production. Several skateboard components must be welded by hand, much like the techniques used by luxury brands like Bentley and Rolls-Royce. This manual work raises labor costs and extends the production time for new parts and vehicles, contributing to the higher repair costs.
- Vertical integration. Rivian uses vertical integration in its production processes, meaning the company controls most of its supply chain. Many components, like electric motors, battery packs, and drive units, are proprietary and made in-house. This approach allows Rivian to manage production costs and quickly develop new designs. However, it can also limit the supply chain, leading to higher repair costs.
Advanced Technology Integrations
If Rivian could be summed up in two words, they would be “tech pioneers.” The R1S SUV and R1T truck are equipped with Rivian Driver+, one of the most advanced driver assistance and safety systems in the automotive industry. Rivian’s Driver+ relies on an extensive suite of devices to function, including:
- Multi-camera setup. Each Rivian vehicle has 11 high-resolution cameras, providing a 360° field of view. These cameras feed real-time information to the Driver+ system about surrounding vehicles, pedestrians, and obstacles, enhancing safety by supporting the lane assist system.
- Radar detection. Driver+ cameras are complemented by 5 fast-acting radars, including 4 corner radars and one forward-facing radar. These radars assist Rivian’s onboard computer in detecting the distance to other vehicles and objects, adding redundancy to the safety system.
- Dense sensor array. In addition to cameras and radars, each Rivian features 12 ultrasonic sensors. They are designed to sense proximity to other objects, providing parking assistance or cross-traffic warnings. These sensors also help the autonomous driving and collision avoidance systems function correctly.
- High-precision GPS. While many vehicles today feature GPS systems, few are as advanced as the Rivian GPS. It fully integrates with Driver+, supporting the cameras, radars, and sensors with live traffic information. The Rivian GPS also uses high-precision mapping and terrain data, ensuring the vehicle’s capabilities on and off-road.
Each sensor, camera, and radar receiver is implemented into various points of a Rivian’s body. For example, the front and rear bumpers each feature multiple ultrasonic sensors, radar sensors, and cameras. Even a relatively minor collision can damage or break these sensors or induce malfunctions.
Approved Rivian collision centers will include sensor repairs and replacements in their collision damage services, ensuring your vehicle regains its original shape while retaining its safety capabilities. These repairs can be why even a minor collision can translate into relatively steep repair bills. Without these sensor repairs, even if body shops repair the physical damage to the body, the Rivian would no longer meet the manufacturer’s safety standards.
Why These Technologies Matter
Rivian uses cutting-edge technology to create some of the world’s most advanced electric trucks and SUVs. The safety and collision detection systems in the Rivian R1T and R1S are designed to protect occupants and reduce the risk of accidents. Although minor impacts can lead to higher repair costs due to potential damage to these systems, their primary purpose is to ensure safety.
At the time of its introduction, the Rivian R1T was the only pickup truck to have received the Top Safety Pick+ award by the Insurance Institute for Highway Safety. To this day, it is one of just three models in the large pickup truck category with this distinction and the only electric truck. The Rivian R1S, the electric SUV, has also received this top safety award in the large SUV category.
These awards demonstrate that Rivians are among the safest vehicles in the United States. Therefore, maintaining systems that ensure their safety is essential for a reputable auto body shop’s services.
