Before the tour to New Zealand, the Indian team faces not only the task of scoring runs and taking wickets but also the important responsibility of keeping bowlers in shape. Within the long schedule, which includes five T20 International matches, five ODI matches, and two Tests, the leadership of the Indian squad has prepared a special strategy to control player workload. The main goal of this strategy is to ensure the readiness of the bowlers for all formats without overloading them.
India's bowling coach, Morne Morkel, announced on Monday that the team has developed a 'bulletproof plan' for this tour. According to this plan, some bowlers will be kept in New Zealand as backup options until the start of the Test series. The selection of the squad will be determined by local needs and conditions. Left-arm fast bowler Arshadip Singh, who has not previously played for India in Test matches, is mentioned among the potential candidates.
According to Morkel, the team management aims to have a group of bowlers that can strengthen the main attacking lineup if necessary during the Test series. The contours of this reserve squad will become clearer after the team better studies the conditions and weather in New Zealand.
Morkel noted that he has a good pool of bowlers who can be useful in various situations, and Arshadip is part of this discussion list. He highly praised Arshadip's efforts and abilities, stating that he is capable of performing well with the red ball if required. Although Arshadip has not yet played in Test matches for India, his ability to induce change of direction in the ball in both directions makes him a valuable option for this format. Since ball spin can play an important role in New Zealand conditions, he is being observed as a potential candidate for the main Test team, although the final decision on his debut has not been made.
India's strategy is not limited to preparing a reserve for the Test series. During the ODI matches, bowlers will also be rotated so they can receive necessary practical preparation before the Tests and gradually increase their workload. Morkel emphasized that in the 50-over format, players can be given time to play according to their needs, allowing bowlers to improve their preparation before the Test series. The management has pre-planned the volume of work and the number of deliveries for the bowlers.
Nevertheless, Morkel admitted that in cricket, things do not always go according to plan. Due to injuries, changes in conditions, or other reasons, the strategy may need adjustment. This is why the team has prepared backup options and various combinations so that the absence of any player does not affect the preparation.
The workload of all bowlers, including Jasprit Bumrah, will be under close scrutiny. The goal is to ensure that players are ready to fulfill their roles in both ODI matches and the Test series. However, Morkel did not announce any rest or exclusion of Bumrah from any specific match; his emphasis was on overall preparation, rotation, and having backup options for the entire bowling unit.
He also mentioned that some players are preparing to play for India A to prepare for red-ball cricket. This will help the team assess the physical condition and readiness of the players before the Test series begins.
The Test series between India and New Zealand will begin on November 19, just four days after the conclusion of the five-match ODI series. This presents the team management with the task of providing players with enough time for recovery and training. Therefore, India is expanding its range of options instead of relying on the same bowling combination. Rotation in ODIs, preparation for red balls through India A matches, and keeping backup bowlers in New Zealand—all are part of this strategy.
Although India's 'bulletproof plan' looks solid on paper, its true test will come during the intense schedule. The physical condition of the bowlers, selection based on conditions, and available time before the Test series will determine how effective this strategy proves to be on the field.