On the Dash:
- Hybrids continue outperforming the broader market, gaining share as fuel prices remain elevated.
- EV demand weakened significantly, creating potential inventory and pricing challenges for dealers.
- Consumers increasingly rely on longer loan terms to manage affordability despite lower interest rates.
U.S. new light-vehicle sales reached a seasonally adjusted annual rate (SAAR) of 16.1 million units in May, up 3.1% year over year, as hybrid demand accelerated, EV sales declined, and affordability pressures pushed more buyers toward extended loan terms.
According to the latest NADA Market Beat report, raw sales volume totaled 1.47 million units, rising 4.2% from May 2025 and 7.0% from April. The monthly gain was influenced by five weekends in May, including the Memorial Day weekend. Year-to-date SAAR stands at 15.7 million units, down 4.5% from the same period last year, with comparisons still affected by pull-ahead demand that preceded the implementation of auto tariffs in 2025.
Hybrids accounted for 15.2% of all new-vehicle sales year to date, a gain of 2.6 percentage points from the same period last year. Hybrid sales volume rose 14.8% year over year, with elevated gasoline prices remaining above $4 per gallon in many regions, likely driving increased consumer interest in fuel-efficient vehicles.
Battery-electric vehicle sales fell 30.8% year over year through May, with BEV market share dropping 2 percentage points to 5.3%, widening the gap between hybrid and EV demand trends in 2026.
Affordability remained a pressure point, with J.D. Power estimating the average monthly payment on a new-vehicle finance contract reached $810 in May, up 2.8% from a year ago, even as average interest rates declined 47 basis points to 6.59%.
Loans of 84 months or longer accounted for 13.4% of financed purchases, up 0.8 percentage points year over year.
Analysts project full-year 2026 new light-vehicle sales will reach 16.0 million units, with hybrid demand and replacement-cycle purchasing expected to remain key growth drivers.
