diff --git a/ydb/core/tx/datashard/datashard_ut_write.cpp b/ydb/core/tx/datashard/datashard_ut_write.cpp
index 6291554537fe..906ce5d909b7 100644
--- a/ydb/core/tx/datashard/datashard_ut_write.cpp
+++ b/ydb/core/tx/datashard/datashard_ut_write.cpp
@@ -1586,5 +1586,106 @@ Y_UNIT_TEST_SUITE(DataShardWrite) {
         }
     }
 
+    Y_UNIT_TEST(PreparedDistributedWritePageFault) {
+        TPortManager pm;
+        TServerSettings serverSettings(pm.GetPort(2134));
+        serverSettings.SetDomainName("Root")
+            .SetUseRealThreads(false)
+            .SetEnableDataShardVolatileTransactions(false);
+
+        auto [runtime, server, sender] = TestCreateServer(serverSettings);
+
+        TDisableDataShardLogBatching disableDataShardLogBatching;
+
+        // Use a policy without levels and very small page sizes, effectively making each row on its own page
+        NLocalDb::TCompactionPolicyPtr policy = NLocalDb::CreateDefaultTablePolicy();
+        policy->MinDataPageSize = 1;
+
+        auto opts = TShardedTableOptions()
+                .Columns({{"key", "Int32", true, false},
+                          {"value", "Int32", false, false}})
+                .Policy(policy.Get());
+        const auto& columns = opts.Columns_;
+        auto [shards, tableId] = CreateShardedTable(server, sender, "/Root", "table", opts);
+        UNIT_ASSERT_VALUES_EQUAL(shards.size(), 1u);
+
+        const ui64 coordinator = ChangeStateStorage(Coordinator, server->GetSettings().Domain);
+
+        const ui64 lockTxId1 = 1234567890001;
+        const ui64 lockNodeId = runtime.GetNodeId(0);
+        NLongTxService::TLockHandle lockHandle1(lockTxId1, runtime.GetActorSystem(0));
+
+        auto shard1 = shards.at(0);
+        NKikimrDataEvents::TLock lock1shard1;
+
+        // 1. Make an uncommitted write (lock1 shard1)
+        {
+            Cerr << "... making an uncommmited write to " << shard1 << Endl;
+            auto req = MakeWriteRequestOneKeyValue(
+                std::nullopt,
+                NKikimrDataEvents::TEvWrite::MODE_IMMEDIATE,
+                NKikimrDataEvents::TEvWrite::TOperation::OPERATION_UPSERT,
+                tableId,
+                columns,
+                1, 11);
+            req->SetLockId(lockTxId1, lockNodeId);
+            auto result = Write(runtime, sender, shard1, std::move(req));
+            UNIT_ASSERT_VALUES_EQUAL(result.GetTxLocks().size(), 1u);
+            lock1shard1 = result.GetTxLocks().at(0);
+            UNIT_ASSERT_C(lock1shard1.GetCounter() < 1000, "Unexpected lock in the result: " << lock1shard1.ShortDebugString());
+        }
+
+        // 2. Compact and reboot the tablet
+        Cerr << "... compacting shard " << shard1 << Endl;
+        CompactTable(runtime, shard1, tableId, false);
+        Cerr << "... rebooting shard " << shard1 << Endl;
+        RebootTablet(runtime, shard1, sender);
+        runtime.SimulateSleep(TDuration::Seconds(1));
+
+        // 3. Prepare a distributed write (single shard for simplicity)
+        ui64 txId1 = 1234567890011;
+        auto tx1sender = runtime.AllocateEdgeActor();
+        {
+            auto req1 = MakeWriteRequestOneKeyValue(
+                txId1,
+                NKikimrDataEvents::TEvWrite::MODE_PREPARE,
+                NKikimrDataEvents::TEvWrite::TOperation::OPERATION_UPSERT,
+                tableId,
+                columns,
+                1, 22);
+            req1->Record.MutableLocks()->SetOp(NKikimrDataEvents::TKqpLocks::Commit);
+
+            Cerr << "... preparing tx1 at " << shard1 << Endl;
+            auto res1 = Write(runtime, tx1sender, shard1, std::move(req1));
+
+            // Reboot, making sure tx is only loaded after it's planned
+            // This causes tx to skip conflicts cache and go to execution
+            // The first attempt to execute will page fault looking for conflicts
+            // Tx will be released, and will trigger the bug on restore
+            Cerr << "... rebooting shard " << shard1 << Endl;
+            RebootTablet(runtime, shard1, sender);
+            runtime.SimulateSleep(TDuration::Seconds(1));
+
+            ui64 minStep = res1.GetMinStep();
+            ui64 maxStep = res1.GetMaxStep();
+
+            Cerr << "... planning tx1 at " << coordinator << Endl;
+            SendProposeToCoordinator(
+                runtime, tx1sender, { shard1 }, {
+                    .TxId = txId1,
+                    .Coordinator = coordinator,
+                    .MinStep = minStep,
+                    .MaxStep = maxStep,
+                });
+        }
+
+        // 4. Check tx1 reply (it must succeed)
+        {
+            Cerr << "... waiting for tx1 result" << Endl;
+            auto ev = runtime.GrabEdgeEventRethrow<NEvents::TDataEvents::TEvWriteResult>(tx1sender);
+            UNIT_ASSERT_VALUES_EQUAL(ev->Get()->Record.GetStatus(), NKikimrDataEvents::TEvWriteResult::STATUS_COMPLETED);
+        }
+    }
+
 } // Y_UNIT_TEST_SUITE
 } // namespace NKikimr
diff --git a/ydb/core/tx/datashard/datashard_write_operation.cpp b/ydb/core/tx/datashard/datashard_write_operation.cpp
index 5ec4e5e92bac..0d67c7f02350 100644
--- a/ydb/core/tx/datashard/datashard_write_operation.cpp
+++ b/ydb/core/tx/datashard/datashard_write_operation.cpp
@@ -416,8 +416,9 @@ TValidatedWriteTx::TPtr TWriteOperation::BuildWriteTx(TDataShard* self)
 void TWriteOperation::ReleaseTxData(NTabletFlatExecutor::TTxMemoryProviderBase& provider) {
     ReleasedTxDataSize = provider.GetMemoryLimit() + provider.GetRequestedMemory();
 
-    if (!WriteTx || IsTxDataReleased())
+    if (!WriteTx || WriteTx->GetIsReleased()) {
         return;
+    }
 
     WriteTx->ReleaseTxData();
     // Immediate transactions have no body stored.