The Relay Throw: When Fielders Work Together to Prevent Boundaries
How the relay throw works in fielding — when it is used, the mechanics of a two-fielder relay chain, how the intermediate fielder positions for the most efficient relay, why a relay throw is faster than a single long-distance throw in some circumstances, the role of the cut-off fielder in relay chains, and famous relay throw run-outs in professional cricket.
What Is a Relay Throw
A relay throw (also called a cut-off throw) involves two fielders working in sequence to return the ball to the wicket-keeper or bowler's end wicket: a deep fielder (outfield) retrieves the ball and throws to an intermediate fielder (positioned approximately 30-40 metres from the stumps), who receives the throw and immediately relays it to the stumps. The relay is used when the deep fielder is too far from the stumps to throw accurately at full distance — a 70-metre throw from the boundary is at the limit of most fielders' accurate throw range, while two 35-metre throws from intermediate positions allows both throws to be made at full speed with higher accuracy.
When a Relay Is Faster
A relay throw is not always faster than a single long throw — it depends on whether the intermediate fielder is already in position. If the intermediate fielder has to run into position after the outfielder retrieves the ball, the relay adds time (the outfielder must wait, or the relay throw is caught out of position). The relay is fastest when the intermediate fielder is already sprinting into position as the ball is being retrieved — anticipating where the throw will arrive before the outfielder has released the ball. Elite fielding sides train intermediate fielders to read play and sprint into relay position pre-emptively, turning the relay into a seamless two-throw chain without any pause between the outfielder's release and the intermediate's catch and throw.
The Cut-Off Fielder
The cut-off fielder is not the intermediate fielder of a relay but instead a fielder positioned to intercept a long throw that is heading wide of the stumps — allowing a fielder to stop the ball and redirect it more accurately to the wicket-keeper. The cut-off is typically positioned 15-20 metres from the stumps, between the boundary fielder and the wicket-keeper, moving to intercept off-line throws before they reach the wicket-keeper and give away overthrows. A cut-off fielder who correctly anticipates a poor throw and intercepts it before it passes the stumps prevents the overthrow. A cut-off who allows the ball through (misjudging the throw) may be in the wrong position when the ball arrives, producing an overthrow boundary.
Frequently asked questions
How does the wicket-keeper signal for a relay throw?
In professional cricket, fielding communication happens through pre-established patterns and non-verbal signals rather than in-play shouting (which can alert the batsmen). The intermediate fielder typically reads the situation themselves rather than being directed by the wicket-keeper in real time. Wicket-keeper positioning (standing up or moving to receive a relay) signals to intermediate fielders where the relay should be directed. Teams drill specific relay scenarios in training so that fielders know their roles in relay chains without needing communication once the ball is in play. The wicket-keeper shouting 'relay!' or the captain directing fielders during a live play would be time lost compared to pre-trained positioning.
Is the relay throw used in Test cricket or mainly limited-overs?
The relay throw is used across all formats but is more prominent in limited-overs cricket where preventing a third or fourth run has direct impact on the total. In Test cricket, outfield fielders typically have more time to retrieve and throw (the batsmen rarely take three or four runs on a clean outfield ball in Tests), and the urgent relay chain is less frequently required. In T20 cricket, the relay throw is sometimes used when batsmen are aggressively running to maximise scoring — though T20 boundary ropes are often shorter (reducing the distance from which a relay improves on a direct throw). The relay is most frequently drilled for ODI cricket's outfield dimensions.
What happens if the relay fielder fumbles the intermediate throw?
If the relay fielder mishandles the intermediate throw — drops it, fumbles it, or misfields it — the ball continues to wherever it ends up on the field. If the fumble allows the ball to roll past the relay fielder toward the stumps (an unlikely deflection), the wicket-keeper may still gather it. If the fumble sends the ball sideways or backward, the batsmen may take an additional run while the fielder recovers. A fumbled relay can convert a run-out opportunity into a two-or-three extra run gift — the high-reward scenario (run-out) carries the downside risk of a costly fumble. This is why relay throws are only attempted when the intermediate fielder is confident they can clean up the throw and execute the relay.