The Importance of Proper Maintenance for Armored Vehicles — Tips and Best Practices

If you are an armored vehicle operator, you know that the importance of proper maintenance cannot be overstated. Whether it be a Humvee or Armored Personnel Carrier, the condition of the vehicle is critical. A properly maintained vehicle will ensure that your team is in good condition and is able to perform in the event of an emergency. But how do you get your fleet to the point where they are in the best shape possible? In this article, we will discuss some of the best practices you can use when maintaining your vehicles.

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Condition-based maintenance

• Condition-based maintenance (CBM) is a strategy that involves identifying and fixing problems before they occur. It reduces costs and downtime while increasing reliability and throughput. A CBM strategy also reduces the risks of unscheduled downtime and collateral damage.
• CBM for armored vehicles relies on technology to monitor and predict failures. For instance, the United States Army has developed an onboard system that collects data about a vehicle’s operating parameters and assesses its condition in real-time.
• Data is gathered through sensors, visual inspection, and performance data. The collected data can be used to predict faults and increase throughput. In order to achieve optimal results, it’s important to implement CBM with the right processes.
• Among the assets that are best suited for CBM are nuclear, oil and gas, transport, and combat vehicles. However, the benefits of CBM are not limited to these industries.
• In order to effectively set up a CBM program, proper training is vital. This will ensure that your maintenance team is able to collect and analyze performance data and make timely decisions.
• Data is gathered in the form of metrics, such as the P-F curve, which demonstrates the relationship between machine breakdown and cost. Monitoring the P-F curve can help to prevent failures and save money.

AMSAA’s collaboration with TACOM, RACOM, and RACOM

• The GAO was tasked with a mission to see how the Army and Marine Corps are putting their money where their mouth is. A hefty portion of the task entails an analysis of the tactical vehicle program’s most significant activities. This is the genesis of the following three-part report. These are a primer on the program’s major milestones, a primer on the key initiatives, and a brief analysis of the organization’s most significant challenges.
• The most obvious answer to the above-mentioned task is to implement a system for implementing an armored vehicle maintenance program in the field. In addition to the task of deploying an armored vehicle, the corresponding task is to ensure that the vehicle has an optimum level of security. To achieve this, the organization has created a database of authorized armoring technicians and a set of procedures and guidelines to guide the process. For instance, all armoring technicians have to abide by a set of standards to ensure that their work conforms to the highest attainable standards. One of the most important measures of success is the fact that the organization is now able to make the most of its fleet of armored vehicles and to know that the organization’s assets are well protected.

AMSAA’s future plans

• Armored vehicles are a staple of the ground fight. They provide mobile protection for troops and provide accurate fires in high volume. However, as technology continues to develop, the role of armor will change. Increasingly, armored vehicles will be used in force-on-force situations.
• The Army is doubling down on its armored vehicle program. The upcoming Next Generation Combat Vehicles will increase firepower and will provide greater survivability. In addition, the armored brigade combat team will receive the Army Robotic Combat Vehicle. Both of these programs are designed to help armored forces transition to more agile and adaptable platforms.
• The next-generation armored vehicle will be the Armored Multi-Purpose Vehicle (AMPV). This vehicle will address several shortcomings of the current M113 family of vehicles. It will be built on a brand-new hull, and include future technologies. These features are expected to be ready for testing and fielding in four years. AMPVs will also be manufactured in multiple variants, including ambulance, mission command, and general-purpose vehicles.
• The Next Generation Combat Vehicle program is a joint effort between the U.S. Army, the Tank-Automotive and Armaments Command, and Program Executive Office for Combat Support and Combat Service Support. As the program progresses, it will address issues in power, cooling, and size.