R2 Proves Fewer Parts Don’t Have to Mean a Cheaper Feel

Affordability begins in engineering

Rivian R2 is often compared with Tesla Model Y because of its size and market position. The more important task is turning Rivian’s expensive, low-volume approach into a vehicle that can be built and sold much more widely.

MotorTrend’s drive of a preproduction dual-motor R2 shows how deeply Rivian changed the vehicle. It redesigned the electrical system, cells, motors, suspension and body construction rather than shrinking the R1S and removing a few visible features.

Customers quickly notice when a lower price comes from worse materials everywhere. They are less likely to notice fewer wires, welds and control modules when comfort and capability remain intact.

Simplification is therefore central to the R2’s engineering.

Fewer parts can improve the product

Rivian combined electronic functions that use separate chipsets in R1. MotorTrend says R2 removes another 2.3 miles of wiring after the second-generation R1 had already cut 1.6 miles.

Less wiring reduces copper, labor, weight and packaging needs. It also removes connectors that can fail. The battery follows the same logic by switching to larger 4695 cylindrical cells, which reduce the number of cells, welds and current collectors.

Rivian also redesigned the drive units for production. A continuously wound stator replaces a design with many individual welds, and the inverter and gearing are more tightly integrated. Rivian says the front unit is substantially lighter.

These changes will not dominate a showroom conversation, but they affect build speed, service cost and whether Rivian can eventually earn money on the vehicle.

The suspension shows Rivian’s priorities

R1’s hydraulic suspension gives a large SUV articulation, comfort and strong body control. Carrying it into R2 would have preserved an impressive specification while working against the lower price target.

Rivian chose steel springs and anti-roll bars with semi-active dampers. That removes complexity but keeps electronic adjustment where drivers can feel it. MotorTrend said the R2 retained a recognizable Rivian ride, although it could not match R1’s isolation or flat cornering.

The compromise is deliberate. R2 does not need every capability of the larger and more expensive R1S. It needs to remain comfortable on roads and credible on trails. Keeping adaptive dampers while dropping hydraulics protects the experience rather than the bragging rights.

The body uses a structural battery floor and large aluminum castings. MotorTrend reports that it is 23% stiffer and about 200 pounds lighter than the R1S structure, showing that lower cost does not always mean worse structural performance.

Rivian kept the details owners recognize

Rivian retained the upright view, practical cabin, flashlight and outdoor focus associated with the brand. Production specifications include up to 9.6 inches of clearance, a lowering rear window on higher trims and substantial enclosed storage.

The dual-motor Performance version makes 656 hp and has a claimed 3.6-second 0-60 mph time. The Premium version offers 450 hp and an EPA-estimated 330 miles. Those figures keep R2 competitive, though the everyday details may do more to establish its character.

R2 still has to work for muddy equipment, trail weekends and weekday commuting. Rivian’s job was to preserve that point of view after hundreds of cost decisions.

R2 tests whether Rivian can simplify with discipline

Rivian needs R2 to reach more buyers without increasing its losses. Every removed connector, weld and module helps, but the company cannot remove the reasons someone would choose Rivian over a cheaper rival.

Early impressions suggest the engineering team kept that balance. R2 gives up some R1 extravagance while retaining a distinct ride, practical capability and a cabin with personality.

Affordable products are often improved by removing parts that add little customer value, then spending carefully on the moments owners notice. R2 will show whether Rivian can apply that discipline at production scale.