Caterpillar launches bigger, more competitive 2022/23 Global Operator Challenge

The 3-Round contest, which identifies the world’s best machine operator, will incorporate a wider range of construction machines, takes place in nearly 40 countries.

Caterpillar Inc. invites machine operators around the globe to take on the world in the 2022/2023 Global Operator Challenge. The challenge tests the skills and precision of equipment operators as they prove their excellence in operating Cat® machinery and their ability to master any piece of construction equipment safely and efficiently.

Sixty-seven Cat dealers hosted local competitions in the 2019/2020 challenge, and operators from 30 countries participated. The 2022/2023 competition will be Caterpillar’s largest construction industry event of its kind.

The first round of the Global Operator Challenge consists of local qualifiers, hosted by Cat dealers starting in March and running through September 2022. To make this year’s competition even more challenging, Caterpillar has added the requirement that every event must feature three different challenges on three separate pieces of equipment. Therefore, operators must master a broad assortment of equipment to qualify for the next round. 

Those who qualify in the local dealer events will then move onto regional semi-final competitions in October 2022. Nine finalists will emerge from the regional semifinals and participate in the global finals competition in Caterpillar’s outdoor Festival Grounds exhibit F4455 during CONEXPO-CON/AGG in Las Vegas, March 2023. The winner of the competition will receive an all-expense-paid trip for two to one Caterpillar facility worldwide. 

During each portion of the Global Operator Challenge, participants execute a variety of tasks, such as digging a trench, loading a precise amount of dirt, and hauling or maneuvering the equipment through a variety of obstacles. Scoring is based on the operator’s skills, efficiency, as well as his or her competence in using integrated technology to enhance the machine’s performance. Source

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