How Rivian Made the R2's Suspension Cheaper and Lighter Than the R1's
The company engineered a simpler rear suspension setup for its lower-cost EV without sacrificing ride quality.
Rivian has revealed how it designed the R2 electric SUV's suspension to be both cheaper and lighter than what the company uses on its flagship R1 trucks—while still delivering comparable ride and handling.
What Happened
According to Rivian engineers, the key change for the R2 was moving from a multi-link rear suspension with semi-active dampers on the R1 to a simpler passive steel spring setup at both ends. The R2's front struts use internal bump stops rather than external helpers, reducing part count and complexity. For rear alignment, Rivian adopted a toe-control link design that allowed it to eliminate a separate cross-member used in the R1's architecture, saving weight and packaging space. The company also tuned the passive dampers specifically for the R2's target ride frequency, avoiding the need for adaptive damping hardware.
Why It Matters
For buyers, the suspension changes help Rivian keep the R2's price competitive with mainstream gas-powered crossovers while still offering an off-road-capable platform. Reducing unsprung mass through a lighter rear setup improves both ride quality and handling responsiveness on rough terrain. The simpler design also means fewer potential failure points and lower repair costs over the vehicle's life, which matters for long-term ownership expenses.
The Bottom Line
Rivian's approach shows that cost-cutting and performance can coexist if engineering teams target the right trade-offs early in development. Whether this strategy translates to strong reviews once the R2 reaches customers remains to be seen as production ramps up later this year.
