diff --git a/AGENTS.md b/AGENTS.md
index e62fbbe..048cea0 100644
--- a/AGENTS.md
+++ b/AGENTS.md
@@ -10,7 +10,8 @@ forwarding queries to Trino's REST API on the backend. Lets PG clients
 - The intercept layer answers `SET`, `SHOW`, `BEGIN`/`COMMIT`, and
   `pg_catalog` queries locally; everything else is forwarded.
 - The SQL rewriter transforms PG-dialect SQL to Trino-compatible SQL
-  (`::cast`, `ILIKE`, function-name remaps, type-name normalisation).
+  (`::cast`, `ILIKE`, function-name remaps, type-name normalisation,
+  `LIMIT`/`OFFSET` reordering).
 - The Trino backend forwards rewritten queries via the REST API and streams
   result pages back as PG wire-protocol DataRows.
 - Catalog emulation fakes `pg_type`, `pg_class`, `pg_attribute`, and a few
@@ -33,7 +34,7 @@ forwarding queries to Trino's REST API on the backend. Lets PG clients
   - `cancel.rs` — PG `CancelRequest` to Trino `DELETE /v1/query/{id}`
   - `session.rs` — per-connection state, cancel registry, portal cache
   - `catalog/` — `pg_catalog` emulation (`pg_type`, `pg_class`, `pg_attribute`, stubs)
-  - `rewrite/` — SQL rewriting (casts, predicates, functions)
+  - `rewrite/` — SQL rewriting (casts, predicates, functions, limit/offset)
   - `types.rs` — Trino-to-PG type mapping and value encoding
   - `trino_stream.rs` — streaming bridge (poll Trino, yield PG DataRow)
   - `error_mapping.rs` — Trino errors to PG SQLSTATE codes
diff --git a/README.md b/README.md
index b5e1b36..7cbe034 100644
--- a/README.md
+++ b/README.md
@@ -155,6 +155,10 @@ break Trino's strict-PostgreSQL parsing:
   `log` → `log10`, `trunc` → `truncate`.
 - PostgreSQL type names map to Trino: `text` → `VARCHAR`, `int4` →
   `INTEGER`, and so on.
+- `LIMIT n OFFSET m` is reordered into the order Trino's grammar
+  requires: `OFFSET m FETCH FIRST n ROWS ONLY`. `LIMIT 0 OFFSET m`
+  becomes a bare `LIMIT 0` — Trino rejects `FETCH FIRST 0 ROWS ONLY`,
+  and the offset makes no difference to an empty result.
 
 A handful of queries are intercepted and answered locally rather than
 forwarded:
diff --git a/src/rewrite/limit_offset.rs b/src/rewrite/limit_offset.rs
new file mode 100644
index 0000000..991b687
--- /dev/null
+++ b/src/rewrite/limit_offset.rs
@@ -0,0 +1,96 @@
+// SPDX-FileCopyrightText: 2026 Stackable GmbH
+// SPDX-License-Identifier: OSL-3.0
+use sqlparser::ast::{Expr, Fetch, LimitClause, Query, Value, VisitorMut};
+use std::ops::ControlFlow;
+
+/// Reorders `LIMIT n OFFSET m` into a Trino-compatible form.
+///
+/// PostgreSQL accepts `LIMIT n OFFSET m`, but Trino's grammar requires the
+/// offset to come *before* the row-limiting clause (`OFFSET m LIMIT n` or
+/// `OFFSET m FETCH FIRST n ROWS ONLY`). sqlparser's `Display` for
+/// [`LimitClause::LimitOffset`] always writes `LIMIT` before `OFFSET`
+/// regardless of input order, so a plain round-trip keeps the order Trino
+/// rejects — a `VisitorMut` on expressions cannot fix it.
+///
+/// Instead we exploit `Query`'s field render order: `limit_clause` is emitted
+/// before `fetch`. So we leave the `OFFSET` in the limit clause and move the
+/// `LIMIT` value into a `FETCH FIRST n ROWS ONLY` clause. The result renders as
+/// `... OFFSET m FETCH FIRST n ROWS ONLY`, which is valid Trino and
+/// semantically identical to `LIMIT n OFFSET m`. Everything is built from AST
+/// nodes — no raw-string manipulation (see the "AST, never raw strings" rule in
+/// `AGENTS.md`).
+///
+/// `LIMIT 0` is the exception: Trino accepts `LIMIT 0` but rejects
+/// `FETCH FIRST 0 ROWS ONLY`, so that case is rewritten to a bare `LIMIT 0`
+/// instead (see [`is_zero_literal`]).
+///
+/// Using [`VisitorMut::post_visit_query`] means every `Query` node is handled,
+/// including subqueries and CTEs, not just the top level.
+pub struct LimitOffsetRewriter;
+
+impl VisitorMut for LimitOffsetRewriter {
+    type Break = ();
+
+    fn post_visit_query(&mut self, query: &mut Query) -> ControlFlow<()> {
+        // Don't clobber a pre-existing FETCH (would be a malformed query anyway).
+        if query.fetch.is_some() {
+            return ControlFlow::Continue(());
+        }
+
+        // Only the plain `LIMIT <expr> OFFSET <expr>` case: both present, no
+        // ClickHouse `LIMIT BY`. `LIMIT ALL OFFSET m` parses to `limit: None`
+        // (sqlparser drops `ALL`), so `.take()` yields `None` and we leave the
+        // bare `OFFSET m` untouched — Trino accepts that as-is.
+        let limit = match &mut query.limit_clause {
+            Some(LimitClause::LimitOffset {
+                limit,
+                offset: Some(_),
+                limit_by,
+            }) if limit_by.is_empty() => limit.take(),
+            _ => None,
+        };
+
+        let Some(limit) = limit else {
+            return ControlFlow::Continue(());
+        };
+
+        // Trino rejects `FETCH FIRST 0 ROWS ONLY` ("FETCH FIRST row count must
+        // be positive"), while `LIMIT 0` is accepted and returns no rows —
+        // PostgreSQL accepts both. `LIMIT 0 OFFSET m` is empty for every `m`,
+        // so we drop the `OFFSET` and keep a bare `LIMIT 0`, which needs no
+        // reordering. Power BI issues `LIMIT 0` to probe result schemas, so
+        // this path is hit in practice.
+        if is_zero_literal(&limit) {
+            query.limit_clause = Some(LimitClause::LimitOffset {
+                limit: Some(limit),
+                offset: None,
+                limit_by: Vec::new(),
+            });
+            return ControlFlow::Continue(());
+        }
+
+        query.fetch = Some(Fetch {
+            with_ties: false,
+            percent: false,
+            quantity: Some(limit),
+        });
+
+        ControlFlow::Continue(())
+    }
+}
+
+/// Whether `expr` is a numeric literal equal to zero.
+///
+/// Only literals are recognised — a placeholder or expression that happens to
+/// evaluate to zero still becomes a `FETCH` clause, which Trino rejects at
+/// analysis time. Nothing we can do about that without evaluating the
+/// expression ourselves.
+fn is_zero_literal(expr: &Expr) -> bool {
+    let Expr::Value(value) = expr else {
+        return false;
+    };
+    match &value.value {
+        Value::Number(n, _) => n.parse::<f64>().is_ok_and(|n| n == 0.0),
+        _ => false,
+    }
+}
diff --git a/src/rewrite/mod.rs b/src/rewrite/mod.rs
index 2b266ab..f139787 100644
--- a/src/rewrite/mod.rs
+++ b/src/rewrite/mod.rs
@@ -2,6 +2,7 @@
 // SPDX-License-Identifier: OSL-3.0
 mod casts;
 mod functions;
+mod limit_offset;
 mod predicates;
 
 use sqlparser::ast::VisitMut;
@@ -22,6 +23,8 @@ use sqlparser::parser::Parser;
 /// - PostgreSQL type names are normalized to Trino equivalents
 /// - `ILIKE` becomes `lower(x) LIKE lower(pattern)`
 /// - PostgreSQL function names are mapped to Trino equivalents
+/// - `LIMIT n OFFSET m` is reordered into Trino order
+///   (`OFFSET m FETCH FIRST n ROWS ONLY`)
 ///
 /// If parsing fails (e.g. for `SET`, `SHOW`, `DISCARD` commands), the original
 /// SQL is returned unchanged.
@@ -57,9 +60,11 @@ pub fn rewrite_sql(sql: &str) -> String {
     let mut cast_rewriter = casts::CastRewriter;
     let mut ilike_rewriter = predicates::ILikeRewriter;
     let mut fn_renamer = functions::FunctionRenamer;
+    let mut limit_offset_rewriter = limit_offset::LimitOffsetRewriter;
     let _ = stmt.visit(&mut cast_rewriter);
     let _ = stmt.visit(&mut ilike_rewriter);
     let _ = stmt.visit(&mut fn_renamer);
+    let _ = stmt.visit(&mut limit_offset_rewriter);
 
     stmt.to_string()
 }
@@ -133,6 +138,50 @@ mod tests {
             must_contain: &["SELECT", "FROM"],
             must_not_contain: &[],
         },
+        Case {
+            name: "LIMIT n OFFSET m → OFFSET m FETCH FIRST n (no bare LIMIT)",
+            input: "SELECT name FROM t ORDER BY name LIMIT 2 OFFSET 1",
+            must_contain: &["OFFSET 1", "FETCH FIRST 2"],
+            must_not_contain: &["LIMIT"],
+        },
+        Case {
+            name: "LIMIT only is left unchanged",
+            input: "SELECT name FROM t LIMIT 5",
+            must_contain: &["LIMIT 5"],
+            must_not_contain: &["FETCH", "OFFSET"],
+        },
+        Case {
+            name: "OFFSET only is left unchanged",
+            input: "SELECT name FROM t OFFSET 3",
+            must_contain: &["OFFSET 3"],
+            must_not_contain: &["FETCH", "LIMIT"],
+        },
+        Case {
+            name: "LIMIT ALL OFFSET m → bare OFFSET (ALL dropped, no FETCH)",
+            input: "SELECT name FROM t LIMIT ALL OFFSET 4",
+            must_contain: &["OFFSET 4"],
+            must_not_contain: &["FETCH", "LIMIT", "ALL"],
+        },
+        Case {
+            // Trino rejects `FETCH FIRST 0 ROWS ONLY`; `LIMIT 0 OFFSET m` is
+            // empty for every `m`, so the OFFSET is dropped as well.
+            name: "LIMIT 0 OFFSET m → bare LIMIT 0 (no FETCH)",
+            input: "SELECT name FROM t ORDER BY name LIMIT 0 OFFSET 1",
+            must_contain: &["LIMIT 0"],
+            must_not_contain: &["FETCH", "OFFSET"],
+        },
+        Case {
+            name: "LIMIT 0 without OFFSET is left unchanged",
+            input: "SELECT name FROM t LIMIT 0",
+            must_contain: &["LIMIT 0"],
+            must_not_contain: &["FETCH", "OFFSET"],
+        },
+        Case {
+            name: "subquery LIMIT+OFFSET is reordered too",
+            input: "SELECT * FROM (SELECT name FROM t ORDER BY name LIMIT 2 OFFSET 1) x",
+            must_contain: &["OFFSET 1", "FETCH FIRST 2"],
+            must_not_contain: &["LIMIT"],
+        },
     ];
 
     #[test]
@@ -162,6 +211,20 @@ mod tests {
         assert_eq!(rewrite_sql(input), input);
     }
 
+    /// The reordered clause must place `OFFSET` before the row-limiting
+    /// `FETCH` — the whole point of the rewrite, which the substring-based
+    /// `Case` table cannot assert on its own.
+    #[test]
+    fn limit_offset_emits_offset_before_fetch() {
+        let result = rewrite_sql("SELECT name FROM t ORDER BY name LIMIT 2 OFFSET 1");
+        let offset_at = result.find("OFFSET").expect("OFFSET present");
+        let fetch_at = result.find("FETCH").expect("FETCH present");
+        assert!(
+            offset_at < fetch_at,
+            "expected OFFSET before FETCH in: {result}"
+        );
+    }
+
     #[test]
     fn show_passes_through_non_empty() {
         let result = rewrite_sql("SHOW server_version");
diff --git a/tests/integration_test.rs b/tests/integration_test.rs
index 7bb8004..1e60825 100644
--- a/tests/integration_test.rs
+++ b/tests/integration_test.rs
@@ -437,6 +437,35 @@ trino_tests!(
             "SELECT name FROM nation ORDER BY nationkey OFFSET 5 ROWS FETCH FIRST 3 ROWS ONLY",
             Check::Rows { min_rows: 3 }
         ),
+        // PostgreSQL-order `LIMIT n OFFSET m` — Trino rejects it verbatim; the
+        // rewriter reorders it into `OFFSET m FETCH FIRST n ROWS ONLY`. nation
+        // ordered by nationkey is ALGERIA(0), ARGENTINA(1), ...; offset 1
+        // limit 1 must yield ARGENTINA.
+        (
+            "pg-order limit offset",
+            "SELECT name FROM nation ORDER BY nationkey LIMIT 1 OFFSET 1",
+            Check::Value { value: "ARGENTINA" }
+        ),
+        // Same rewrite must apply inside a subquery (inner → ARGENTINA, BRAZIL;
+        // outer takes the first alphabetically).
+        (
+            "pg-order limit offset in subquery",
+            "SELECT name FROM (SELECT name FROM nation ORDER BY nationkey LIMIT 2 OFFSET 1) t ORDER BY name LIMIT 1",
+            Check::Value { value: "ARGENTINA" }
+        ),
+        // `LIMIT 0` must not become `FETCH FIRST 0 ROWS ONLY` — Trino rejects
+        // that with "FETCH FIRST row count must be positive". Both cases must
+        // execute and return no rows (Power BI probes schemas this way).
+        (
+            "pg-order limit zero offset",
+            "SELECT name FROM nation ORDER BY nationkey LIMIT 0 OFFSET 1",
+            Check::Rows { min_rows: 0 }
+        ),
+        (
+            "limit zero",
+            "SELECT name FROM nation LIMIT 0",
+            Check::Rows { min_rows: 0 }
+        ),
     ]
 );