Stand out for this role — generate a tailored resume and cover letter in about a minute.
The DC Army National Guard in Belington, West Virginia, seeks a Cannon Crewmember to join a mission-ready artillery team operating howitzers and related fire-control systems. Duties include conducting wire and radio communications, identifying target locations, loading and firing artillery, and using computers to generate fire direction data, while maintaining equipment.
You will train extensively, with 10 weeks of Basic Training followed by seven weeks of Advanced Individual Training, earning a
As a Cannon Crewmember in the Army National Guard, you join a team that ensures the U.S. maintains its battlefield superiority. You’ll deliver decisive blows to the enemy using howitzers and learn how to use high-tech cannon artillery weapons systems, plus artillery tactics and strategy.
As a Cannon Crewmember in the Army National Guard, you join a team that ensures the U.S. maintains its battlefield superiority. You’ll deliver decisive blows to the enemy using howitzers and learn how to use high-tech cannon artillery weapons systems, plus artillery tactics and strategy.
And as your skills increase, so will your responsibilities. Advanced Crewmembers supervise other crewmembers in the distribution of ammunition, as well as manage cannon operations, training, and maintenance.
Instead of paying to learn these skills, get paid to train. In the Army National Guard, you will learn these valuable job skills while earning a regular paycheck and qualifying for tuition assistance.
Job training for a Cannon Crewmember requires 10 weeks of Basic Training, where you learn basic Soldiering skills. Then you will attend Advanced Individual Training (AIT), which consists of seven weeks of additional training. Part of this time is spent in a classroom and part in the field under simulated combat conditions.
Requires military enlistment. Programs and benefits are subject to change. Ask your Army National Guard recruiter for the most up-to-date information. Actual MOS assignment may depend on MOS availability.