Origin
Open career →Tennis’s living graph
Bridges Across
Eras
Two players do not need to have shared a court for their stories to be connected. Find the shortest chain of head-to-head meetings between them.
Shortest path found
Aissa Benchakroun
reaches
Roger Federer
Historical windowComplete archive
The connection uses 5 links and 6 careers. Every step below represents a recorded head-to-head meeting within the selected window.
The complete route
Career by career
01 1 meeting10March 6, 2020View Aissa Benchakroun × Linh Giang Trinh →02 BridgeOpen career →Linh Giang Trinh
1 meeting01February 2, 2024View Linh Giang Trinh × Kris Van Wyk →03 BridgeOpen career →Kris Van Wyk
1 meeting01February 4, 2023View Kris Van Wyk × Alex Knaff →04 BridgeOpen career →Alex Knaff
1 meeting01March 4, 2016View Alex Knaff × Lloyd Harris →05 BridgeOpen career →Lloyd Harris
1 meeting01July 1, 2019View Lloyd Harris × Roger Federer →06 DestinationOpen career →Roger Federer
Parallel routes
One search may have several correct answers.
Besides the detailed route, we found 4 more sequences with the same 5 links. Every route travels the shortest possible distance in the archive.
- OriginAissa Benchakroun
- BridgeLinh Giang Trinh
- BridgePhilip Henning
- BridgeBenjamin Hassan
- BridgeStan Wawrinka
- DestinationRoger Federer
- OriginAissa Benchakroun
- BridgeLinh Giang Trinh
- BridgePhilip Henning
- BridgeBenjamin Hassan
- BridgeYoshihito Nishioka
- DestinationRoger Federer
- OriginAissa Benchakroun
- BridgeLinh Giang Trinh
- BridgePhilip Henning
- BridgeBenjamin Hassan
- BridgeBorna Coric
- DestinationRoger Federer
- OriginAissa Benchakroun
- BridgeLinh Giang Trinh
- BridgePhilip Henning
- BridgeAlexandar Lazarov
- BridgeFernando Verdasco
- DestinationRoger Federer
How we calculate it
A search from both sides of history.
The portal traverses the head-to-head graph from both careers at the same time and stops at the first proven minimum distance. When a period is selected, only matches inside that window create links; walkovers never create connections.
Reverse the route →