Drizzle and Kysely both answer the same question in a Next.js project: how does your code talk to the database? TypeScript ORM where the schema is plain code and queries read like the SQL they compile to. A type-safe SQL query builder rather than an ORM, for people who want SQL with autocomplete. Both cover the orm and query layer layer competently, so the decision comes down to which set of tradeoffs you would rather live with for the next two years.
Both cover the orm and query layer layer competently, so the decision comes down to which set of tradeoffs you would rather live with for the next two years. For Next.js specifically, both are supported, so let the tradeoff above decide rather than the framework.
| Comparison | Drizzle | Kysely |
|---|---|---|
| Pricing shape | Free and open source, with optional paid hosted tooling around it. | Free and open source, with no hosted component to buy. |
| Frameworks | Next.js, SvelteKit, Nuxt, Expo | Next.js, SvelteKit, Nuxt |
| In one line | TypeScript ORM where the schema is plain code and queries read like the SQL they compile to. | A type-safe SQL query builder rather than an ORM, for people who want SQL with autocomplete. |
Pricing described qualitatively because published plans change often. Checked 2026-08-23. Confirm current terms on Drizzle and Kysely.
Strengths
Tradeoffs
Strengths
Tradeoffs
Neither is better in the abstract. Both cover the orm and query layer layer competently, so the decision comes down to which set of tradeoffs you would rather live with for the next two years. Pick the one whose downside you can absorb, because both upsides are real.
Closeness to SQL means you write more of it than with a heavier ORM. Deeply nested relational fetches get verbose compared to a generated client.
No entity model or change tracking, since it deliberately stops at queries. Migrations and schema types are separate concerns you must wire together.
Yes, both list support for Next.js, which is why this comparison exists as a Next.js page. Next.js has two routing systems that look similar in code but behave completely differently, and most model training data blends them.