Quick answer: Every redirect adds another request before the user reaches the final page. Modern networks make individual hops quick, but unnecessary chains still add latency, complexity and more opportunities for failure.
One hop is often normal
Moving an old URL to a new canonical address is a standard use of redirects. Problems start when historical migrations stack: old URL to intermediate URL to tracking domain to another renamed page and finally the current destination.
Chains accumulate over time
A site migration may redirect A to B. Years later another migration redirects B to C. If the original rule is not updated, visitors to A now travel A→B→C. Repeat this enough times and the chain grows.
Why direct links are better
Internal links should generally point straight to the current URL. That reduces latency and makes analytics and debugging easier. Keep redirects for old inbound traffic, bookmarks and external references you cannot edit.
Watch for loops
A redirect loop is worse than a long chain because the client never reaches content. Conflicting HTTP/HTTPS, www/non-www or trailing-slash rules are common causes.
Use a trace, not a guess
A redirect checker reveals every status and Location header in order. That makes it much easier to identify which system added the extra hop.
Use the tools
For a live URL, URL Checkup combines redirect tracing, metadata, tracking detection and health scoring. If the link is already broken, Smart URL Recovery can search the same site for likely replacement pages. For long-lived public links or printed QR codes, Rescue Link adds a stable managed destination.
Important limitation
URLClinic provides technical information and workflow tools. It does not certify the identity, safety, legality or accuracy of third-party websites. Verify important destinations independently.