ICC approves trial use of pink ball in Tests to reduce lost time due to bad light

DUBAI – International Cricket Council (ICC) has approved a key experimental measure aimed at reducing the amount of playing time lost in Test cricket due to poor light conditions. Under the new trial regulation, in Test matches where there is a risk of interruptions caused by fading light, teams may, with mutual consent before the start of play, opt to use the pink ball instead of the traditional red ball. The decision is intended to allow play to continue under floodlights for longer periods and minimise the loss of overs that typically occur when umpires call for bad light. The approval was granted during the ICC Board meeting held in Ahmedabad, where several updates to international playing conditions were also discussed and finalised. View this post on Instagram A post shared by ESPNcricinfo (@espncricinfo) Traditionally, the pink ball has been used exclusively in day-night Test matches. However, under this new trial framework, it may now be introduced in day Tests as a strategic option, provided both teams agree in advance. The ICC believes the experiment could improve continuity in matches and enhance viewing conditions, particularly in venues where light deteriorates early in the day. In addition to the Test cricket trial, the ICC has also introduced several changes across limited-overs formats. One of the key updates allows head coaches or designated support staff to enter the field during drinks breaks in One Day Internationals (ODIs) and Twenty20 Internationals (T20Is) to directly consult with players. The governing body has also reduced the interval between innings in T20 Internationals to 15 minutes, aiming to streamline match flow and maintain broadcast scheduling efficiency. Furthermore, the ICC has formalised the use of guideline-based decision-making for leg-side wide deliveries, making it a permanent part of the playing conditions. This move is intended to bring greater consistency in umpiring decisions across formats. In another significant d