New & Used 2026 RAM 2500 for Sale near Morrison, TN

## Summary - With 915 currently listed for sale on CarGurus and an **average price of $67,952.00**, 26.4% of 2026 RAM 2500 models for sale are rated as good or great deals. - **98.4% of 2026 RAM 2500 models on CarGurus are accident-free**. ## Why it stands out The 2026 RAM 2500 is a standout in the heavy-duty truck segment thanks to its blend of capability and comfort. With a well-earned reputation for being versatile enough to handle both work and family duties, it combines power with a luxury experience. Key features include spacious interiors filled with tech amenities like multiple USB charging ports, and an improved suspension system that boosts its towing capacity dramatically. In this generation, RAM has placed an emphasis on high-quality materials and craftsmanship, ensuring that every ride is comfortable. The 2026 model continues this trend with a robust range of engine options, including the famous Cummins turbo diesel, known for its performance and reliability. Although some users note minor drawbacks like the column shifter feeling flimsy and difficulties entering and exiting the vehicle, the truck’s impressive off-road capability and overall spaciousness often outweigh these limitations, making it a prime choice for prospective buyers. ## Other model years to consider - **[2020 RAM 2500](https://www.cargurus.com/Cars/l-Used-2020-RAM-2500-c29790)** - Average price: $39,451.00 - Good/great deal percentage: 33.1% - User rating: 4.74 / 5 - Total listings: 2,595 - **[2022 RAM 2500](https://www.cargurus.com/Cars/l-Used-2022-RAM-2500-c31581)** - Average price: $43,453.00 - Good/great deal percentage: 33.6% - User rating: 4.68 / 5 - Total listings: 3,868 - **[2023 RAM 2500](https://www.cargurus.com/Cars/l-Used-2023-RAM-2500-c32547)** - Average price: $49,585.00 - Good/great deal percentage: 33.1% - User rating: 4.6 / 5 - Total listings: 7,331 This analysis is based on CarGurus' proprietary market data from March 9, 2026, CarGurus experts' opinions, and generative AI.