diff --git a/src/lib/useRoller.ts b/src/lib/useRoller.ts
index b595ff7d..18d89d48 100644
--- a/src/lib/useRoller.ts
+++ b/src/lib/useRoller.ts
@@ -145,16 +145,17 @@ export default function useRoller() {
       }
 
       const pointNum = Number(point);
-      const rawDetails = await api.getPoint(pointNum);
-      const isL2 = isL2Spawn(rawDetails?.dominion);
-
-      const details = toL1Details(rawDetails);
 
       try {
-        if (isL2) {
-          const l2Quota = isL2 ? await api.getRemainingQuota(pointNum) : 0;
-          const l2Allowance = isL2 ? await api.getAllowance(pointNum) : 0;
+        // Try fetching from the roller
+        const rawDetails = await api.getPoint(pointNum); // this fails for newly spawned L1 point until roller updates
+        const details = toL1Details(rawDetails);
+        const isL2 = isL2Spawn(rawDetails?.dominion);
 
+        if (isL2) {
+          // Scenario 1: L2 point exists in roller state - use roller data
+          const l2Quota = await api.getRemainingQuota(pointNum);
+          const l2Allowance = await api.getAllowance(pointNum);
           return new Point({
             value: pointNum,
             details,
@@ -162,30 +163,48 @@ export default function useRoller() {
             l2Quota,
             l2Allowance,
           });
+        } else {
+          // Scenario 2: L1 point exists in roller state - use combination of chain and roller data
+          const _contracts = need.contracts(contracts);
+          const l1Details = await azimuth.azimuth.getPoint(
+            _contracts,
+            pointNum
+          );
+          // Override with roller data for accuracy, L1 data here could be stale
+          l1Details.sponsor = details.sponsor;
+          l1Details.escapeRequested = details.escapeRequested;
+          l1Details.escapeRequestedTo = details.escapeRequestedTo;
+          return new Point({
+            value: pointNum,
+            details: l1Details,
+            address: _wallet.address,
+          });
         }
-
-        const _contracts = need.contracts(contracts);
-        const l1Details = await azimuth.azimuth.getPoint(_contracts, point);
-
-        l1Details.sponsor = details.sponsor;
-        l1Details.escapeRequested = details.escapeRequested;
-        l1Details.escapeRequestedTo = details.escapeRequestedTo;
-
-        return new Point({
-          value: pointNum,
-          details: l1Details,
-          address: _wallet.address,
-        });
       } catch (e) {
-        console.warn(e);
-        // Just return a placeholder Point
-        const details: L1Point = toL1Details();
-        return new Point({
-          value: pointNum,
-          details,
-          address: _wallet.address,
-          isPlaceholder: true,
-        });
+        // roller failed to fetch point
+        try {
+          // Scenario 3: Newly spawned L1 point - not in roller state yet, use chain data only
+          const _contracts = need.contracts(contracts);
+          const l1Details = await azimuth.azimuth.getPoint(
+            _contracts,
+            pointNum
+          );
+          return new Point({
+            value: pointNum,
+            details: l1Details,
+            address: _wallet.address,
+          });
+        } catch (e2) {
+          // Scenario 4: Some other issue, point doesn’t exist on chain or in roller state. Just return placeholder.
+          console.warn('Failed to fetch point data:', e2);
+          const details: L1Point = toL1Details();
+          return new Point({
+            value: pointNum,
+            details,
+            address: _wallet.address,
+            isPlaceholder: true,
+          });
+        }
       }
     },
     [api, wallet, contracts]