11 Framer Redirect Mistakes and How to Avoid Them

Framer redirect mistakes usually start with an old URL that was never mapped, a rule that matches more than intended, or a destination that looks right until you follow the complete response. The fix is to trace the original address to the intended page, correct the responsible rule, and verify the published result. A redirect is not finished just because the browser address changes.

For native rules, open Site Settings > Hosting > Redirects. Framer's current redirect documentation explains the path patterns, rule priority and publication step. Check your project's access first: Framer's pricing page currently lists Site redirects under Pro. Existing or negotiated plans should be checked against their actual entitlement.

These 11 mistakes cover changed page paths, folder rules and migration handoffs. The examples are illustrative mappings based on documentation, rather than results from a Framer account experiment. A correct redirect can help visitors and search engines reach moved content; it does not guarantee indexing or preserve every search position.

1. Assuming Framer updates redirects after a slug change

Changing a page path on the canvas or a CMS item's slug does not automatically maintain Framer's redirect settings. If an article moves from /blog/old-audit-guide to /guides/site-audit, check the old path explicitly and add or update its redirect as needed. Do not assume that choosing the new page in a button updates links people already saved elsewhere.

Create a small URL map before renaming or deleting content. Include addresses from your previous sitemap, analytics, Search Console and important external links. A crawl of only the new site cannot reveal every old URL that is no longer linked internally.

This illustrative CSV distinguishes a moved page from an unchanged or genuinely removed page:

old_path,decision,new_path
/blog/old-audit-guide,permanent move,/guides/site-audit
/pricing,unchanged,/pricing
/events/retired-workshop,removed without replacement,

The first row needs a move rule. The unchanged page does not need a redirect to itself. The removed event needs a deliberate removal decision, rather than an arbitrary new destination.

Keep earlier source paths when a page is renamed again. A rule for the most recent slug does not cover an older URL that still appears in a customer's bookmark. Record the final destination for each historical source, then verify those sources after publishing.

2. Trying to redirect an old domain from the new project

A redirect rule can only affect requests that reach the system serving that address. Adding /old-service to your new Framer project does not, by itself, redirect requests arriving at an unrelated old domain.

Framer documents its native redirect controls as sub-path redirects within the current domain. For an entire domain move, its guidance is to configure domain-level redirects with the old domain's hosting provider, then connect the new domain in Framer and handle sub-paths where appropriate.

Separate the two responsibilities:

These are illustrative HTTP routes, not full-domain values to paste into Framer's old-path field.

Before cancelling old hosting, confirm who will continue answering old-host requests and serving HTTPS where required. Connecting DNS to Framer and issuing an HTTP redirect are different operations. A DNS change alone does not specify which replacement page a visitor should reach.

Ask whoever owns the old-host redirect layer to preserve meaningful paths and send visitors to their intended final URLs, rather than forwarding every request to the new homepage.

3. Using a wildcard that matches the wrong URLs

A wildcard is useful only when every matched source belongs to the migration you intended. In Framer, * can match nested path content. A pattern such as /blog/* can therefore cover both a short article URL and a longer dated path.

A named segment, such as :post, describes one segment between slashes. Use that distinction to limit the rule's reach:

The point of the last row is to check a URL the rule should leave alone. Testing only successful matches can hide an overbroad migration rule.

Choose patterns from your real inventory. If /blog/2024/audit-basics and /blog/audit-basics need different destinations, one catch-all may be unsuitable. Keep individual rules or narrower patterns for the exceptions.

Do not import regular-expression syntax or matching assumptions from another host. Framer's documented star and named-segment rules are the starting point; published requests establish what your actual configuration does. Query-string and trailing-slash variants should be checked separately rather than assumed to behave identically.

4. Losing path segments in the destination

A source pattern can match the correct URLs while generating the wrong destinations. This often happens when the destination omits a captured value, uses the wrong capture number, or assumes a changed slug stayed the same.

Framer uses :1, :2 and so on to reference star matches. An illustrative folder move is:

Old URL: /articles/*
New URL: /guides/:1

/articles/audit-basics -> /guides/audit-basics

For two captures, keep their meanings explicit:

Old URL: /blog/*/post/*
New URL: /archive/:1/:2

/blog/design/post/grid-basics -> /archive/design/grid-basics

Changing that destination to /archive/:2 would discard the category. That may be intentional, but it is a different mapping. Check that it does not send multiple unrelated source pages to the same destination.

Named segments use their names instead. Framer's capture examples show /blog/:year/:month/:day mapping to /article/:year-:month-:day. Do not replace those names with star-capture numbers without changing the source pattern accordingly.

Finally, confirm the generated target exists. A folder rule that retains audit-basics cannot discover that the new CMS slug is now website-audit-guide. Add a specific mapping for that changed slug and verify its actual destination. Matching a source and constructing a useful target are separate checks.

5. Letting a general rule override an exception

Two individually reasonable rules can conflict when they match the same old path. Framer lets you drag rules to change their priority, so review their order whenever you add a folder-wide redirect.

Consider this illustrative migration:

The special article should reach /resources/flagship-guide, rather than the mechanically generated /articles/important-guide. Place the exception before the general rule and verify both the exception and an ordinary article after publishing.

When a rule lands on the wrong page, inspect every rule that could match the source. Do not keep adding duplicate rules with different destinations and hope the latest one takes precedence. Correct the rule or its priority, and record the intended exception in your URL map.

This is different from using an overbroad pattern. A broad pattern may be appropriate for most of a folder; the failure here is allowing it to take priority over a deliberate exception. Include that exception in your checks whenever the redirect list changes.

6. Sending unrelated old pages to the homepage

A working redirect can still be the wrong answer. Someone opening an old installation guide needs its replacement, not a homepage that makes them search again.

Google's site-move guidance warns against redirecting many old URLs to one irrelevant destination, such as the homepage. These redirects can confuse users and may be treated as soft 404s.

Choose the destination according to what happened to the content:

A many-to-one redirect is not inherently wrong. It can be appropriate when the destination genuinely consolidates the source content. The problem is losing the user's purpose.

Open each important destination and compare its actual content with the source page's former job. A matching topic word is not enough: a discontinued product's support guide and the general product catalogue may serve very different needs. Use a helpful error page for genuine removals, while keeping the correct error status instead of disguising it as a successful page.

7. Adding another hop instead of updating the original rule

Redirect chains often appear after a second rename. The old rule still points to yesterday's destination, and a new rule forwards that destination again:

Before:
 /old-guide -> /resources/guide -> /guides/current-guide

Preferred:
 /old-guide -> /guides/current-guide
 /resources/guide -> /guides/current-guide

Keep support for both historical source paths, but point each directly to the final page where possible. In Framer's redirect list, review the original mapping as well as the newly added rule.

Use the Redirect Checker with the oldest source URL. Its observed chain helps distinguish a simple path move from extra hostname, protocol or destination redirects. If the check is incomplete, the final destination remains unverified.

Each extra HTTP hop adds a request before the visitor reaches content. Google recommends direct final destinations, but this is not a reason to claim that every redirect loses a fixed percentage of authority. Google explicitly states that permanent redirects do not inherently lose PageRank.

Fix the hops you control, then inspect the whole path again. A necessary old-domain handoff may coexist with a path change; do not remove a required redirect merely to make a counter smaller. For deeper diagnosis, use our guide to finding and fixing redirect chains.

8. Creating a loop between redirect rules

A chain eventually reaches a page. A loop sends requests back to an address already visited, so there is no final content response:

/old-guide -> /new-guide
/new-guide -> /old-guide

For this illustrative pair, first decide which URL should serve the real page. If /new-guide is the intended destination, remove or correct the rule that sends it back to /old-guide. Do not add a third redirect as a workaround.

Loops can also span different systems. An old host may send visitors to the Framer site while another rule sends them back. Inspect the full addresses, including hostname and path, rather than only the two entries visible in one project's redirect list.

Save the observed hop sequence and identify the owner of each response. That gives the Framer editor and the old-host administrator something specific to correct.

Do not rely on a platform warning to catch every possible cycle. After correcting the responsible rule, repeat the exact source request and confirm it reaches the intended page without returning to a previous address. A tool's redirect limit or error message is a reason to inspect the path, not evidence of a successful move.

9. Treating a saved rule as a verified live redirect

Framer requires you to publish or update the site to apply redirect changes. Saving a rule is a configuration step; checking the ordinary public URL is a separate acceptance step.

Start with the original address. Testing only the destination tells you nothing about whether old links reach it.

Inspect the first response and the final destination

For a Windows PowerShell check, replace this illustrative URL with a source you control. The first command makes a GET request without following redirects:

$oldUrl = 'https://www.example.com/old-guide'
curl.exe -sS -D - -o NUL "$oldUrl"

Read the status and Location header. For a permanent move, Google's redirect guidance recognizes both 301 and 308. Do not reject a legitimate permanent response just because an older tutorial expected only 301. A component that changes the browser address after receiving a 200 response is different evidence from an HTTP redirect. Google recommends server-side redirects where possible; JavaScript forwarding depends on rendering and should not be described as a 301 response.

Then follow the path and report where it ends:

curl.exe -sS -L --max-redirs 10 -o NUL -w "final=%{url_effective} status=%{http_code} redirects=%{num_redirects}\n" "$oldUrl"

The ten-hop limit is a diagnostic stop, not a recommended chain length. A failure to finish leaves the result unresolved.

Open the final address and check its heading and substantive content. A final 200 can still be the wrong article, a generic homepage or an error screen. For a larger list, Screpy's Bulk HTTP Status Checker accepts up to 50 supplied URLs and reports observed first/final responses and redirect steps. Content relevance still needs checking.

Keep evidence for the exact URLs that matter

Repeat checks for important query strings, trailing-slash or capitalization variants, and both ordinary and exception paths in wildcard rules. Verify required campaign parameters rather than assuming they survive.

Use one record per source. This copyable row is an uncompleted example, not a test result:

source_url,expected_final_url,first_status,location,final_url,final_status,body_matches,checked_at,result
https://www.example.com/old-guide,https://www.example.com/guides/current-guide,pending,pending,pending,pending,pending,pending,pending

If a browser seems to remember an earlier redirect, compare a fresh HTTP request before changing rules again. Record the timestamp and observed result; do not mark a cached or incomplete check as passed.

10. Leaving links and canonicals pointed at old paths

Redirects protect links you cannot immediately change. Your own navigation should normally point directly to the current page.

After a Framer path move, review header and footer links, buttons, CMS rich-text links and reusable sections. Check stored text URLs as well as links that select a page. Do not assume every reference changes when the page is renamed.

Then review the published destination's search signals:

A canonical declaration does not forward visitors. Conversely, a redirect reaching the right page does not prove that the destination's canonical is correct. Use the Canonical Tag Checker to inspect declared canonical signals, then investigate any conflict through the applicable site settings or custom-code owner. The result does not show which canonical Google has selected.

For a deeper explanation of that distinction, see fixing duplicate content with canonical tags.

Keep these changes limited to the pages affected by the move. Once the references are updated, recheck the historical source URLs too: replacing your own links is not a reason to remove redirects that external links still need.

11. Deleting working redirects too soon

A redirect is not obsolete just because the new URL appears in search results. Customers, bookmarks, partner links and old campaigns may still use its source.

For site moves, Google recommends keeping redirects for as long as possible, generally at least one year. Its guidance also notes that retaining them indefinitely can make sense for users. Treat this as migration guidance, not a promise that every URL finishes processing on a particular date.

Give each rule a reason and an owner. A simple review record can include:

Source: /old-guide
Destination: /guides/current-guide
Reason: permanent article move
Owner: website editor
Review trigger: another destination change, migration review, or error report
Before removal: check remaining links, source traffic and replacement availability

This is an illustrative record. Use evidence from your own site when deciding whether a real redirect is still needed. No recorded visits during a short window is not proof that no external dependency remains.

Correct broken or irrelevant rules immediately; a retention period is not a reason to preserve a loop or an incorrect destination. If the target moves again, update historical sources to the new final page instead of deleting their mappings.

Keep the URL map and acceptance records with the release notes. The next person changing a Framer slug should be able to see which old addresses must continue working and how to verify them.