Taking High Catches in Cricket: Technique for Skiers and Top-Edges
How fielders take high catches — the different types (long-off/long-on skiers, outfield high catches, top-edges from hook shots), the technical challenge of the swirling ball under lights, how fielders position themselves under a high ball, the 'reverse cup' vs 'normal cup' hand positions, communication protocols between fielders when two converge on a catch, and why high catches are dropped more often than low ones despite appearing easier.
Why High Catches Are Difficult
High catches appear simpler than low diving catches — the ball is in the air for 4-6 seconds, giving the fielder time to position. In practice, high catches are dropped more often than reflex close catches because of specific technical challenges: the ball travels a long distance and changes direction unpredictably in the wind; the fielder must track a small ball against a complex background (stadium lights, sky color, crowd movement); the impact of catching a ball falling from 30+ metres at terminal velocity creates a significant jarring force that must be absorbed; and the fielder must complete the catch while often moving at speed and adjusting to a last-second change in the ball's direction. Under floodlights, the ball can disappear momentarily against the light source — reappearing a split second before it arrives.
Positioning Under a High Ball
The ideal position for a high catch is slightly behind the ball's projected landing spot — moving forward into the catch produces a more controlled, stable catch than moving backward (backpedaling is less stable and harder to arrest). Fielders are taught to make their final adjustment a small forward step, not a last-second backpedal. The hands should be in position (cup formed, elbows slightly bent) before the ball arrives — reaching late produces the 'butter-fingers' drop where the ball arrives before the hands are formed. The 'reverse cup' (hands turned so the little fingers are together, catching above head height) is used for balls arriving at head height or above. The 'normal cup' (thumbs together) is for balls at chest height or below. Most high outfield catches use the reverse cup — the ball descending from height naturally arrives at or above head level.
Communication and Collision Prevention
When two or more fielders converge on a high catch, communication prevents both the collision and the catch-attempt confusion that results in neither fielder completing the catch. Standard protocol: the fielder best positioned to take the catch shouts 'Mine!' clearly and early — the other fielder peels away to a safe distance and watches for a rebound if the catch is missed. In loud stadium environments (T20 day-night games with large crowds), fielders cannot always hear vocal calls — experienced fielding units use hand signals or simply recognise the other fielder's movement trajectory and yield based on relative positioning. The most dangerous collision scenario: two fielders converging from opposite directions with no communication — resulting in a collision between players running at speed, which has caused significant injuries in domestic and international cricket.
Frequently asked questions
Do wicket-keepers take high catches differently from outfielders?
Wicket-keepers take most catches close to the ground (edge-catches, stumpings), but do take high catches when a batsman top-edges a hook or pull shot that lobs over the keeper's head. The keeper's technique for these pop-up catches behind the stumps differs from outfield high catches: the keeper is taking the catch from a stationary position (not running in), but must make a rapid rearward movement and look up from a crouching starting position. The most demanding keeper catch is the top-edge from a hook shot that goes directly backward — the keeper must move quickly from their crouch, look into the sun or lights, and catch a ball spinning rapidly from the top-edge. This is considered one of the most difficult catches in cricket, and keepers practice it specifically.
Why do experienced fielders sometimes use the reverse cup for all high catches?
Experienced fielders often default to the reverse cup (little fingers together, catching above head) for all medium-to-high catches because it provides a more natural 'give' — the hands can absorb impact by pushing slightly backward in a controlled way. With the normal cup (thumbs together, chest-high), a ball arriving fractionally higher than expected hits the bottom of the palms rather than the fingers, producing a jarring impact and occasional drop. The reverse cup's structure means the ball hits the fingers first in most high-ball scenarios. Some coaches teach the reverse cup as the universal catching method above shoulder height, regardless of the ball's exact arrival angle.
Are high catches more difficult in T20 cricket than in Test cricket?
T20 cricket produces more high-ball catching opportunities — the aggressive T20 batting style creates more top-edges, slog-sweeps that go high, and mis-hit big hits than the measured Test batting approach. This means T20 fielders practice taking high catches more frequently. However, T20 cricket is primarily played under floodlights with large, loud crowds — adding the light challenge and the crowd noise that impedes communication. The combination of more high catches + more difficult conditions makes T20 outfield catching arguably the most technically demanding fielding scenario in professional cricket. Statistics confirm this: dropped catch rates in T20 cricket are higher than in Test cricket at international level, despite all formats featuring professional fielders.