Both strengths and inherent limitations are addressed in a feasible manner.The resulting six-event ACFT is based on a scientifically valid examination of experimental results and is predictive of combat soldier task performance in men and women. The BSPRRS successfully achieved the stated aims.ITI completed the review of the BSPRRS on April 1, 2020. PHASE 3: ITI recently began to evaluate the cumulative effects of repetition of activities, considering muscle strength, fatigue, and energy expenditure metrics. Santos and Sophia are ITI’s biomechanically accurate virtual human environments to simulate and predict performance outcomes across dozens of body types. ITI researchers are able to measure joint angles and torque on joints of human subject models executing various movements. ITI researchers input data into Iowa’s virtual human, Santos and Sophia, to model strength requirements of the ACFT and determine if successful completion matches the strength needed to perform combat duties. PHASE 2: ITI researchers have collected data from Iowa Army ROTC cadets and others performing simulated common solder tasks (e.g., dragging a litter and hauling ammunition canisters), as well as the new ACFT events. Secondly, ITI was to determine whether conclusions drawn from evidence were valid. ITI was contracted to perform two key tasks in validating the BSPRRS. The first function was for ITI's Virtual Soldier Research program to conduct an independent peer review evaluating whether the conceptual framework and methodological approach of the BSPRRS were sound and met scientific standards. Eustis, VA, conducted a Baseline Soldier Physical Readiness Requirements Study (BSPRRS), which became the central research behind the design of the ACFT. Army Center for Initial Military Training at Ft. ITI's work on the ACFT has included three phases and may be extended further. All active soldiers will be required to take the ACFT twice annually, while Reserve and Guard soldiers will be required to take it once a year. Learn more about the ACFT and timeline for implementation here. Taken together, the drills predict whether a soldier has the strength requirements needed to perform duties in a combat environment. The ACFT measures soldiers in six events – deadlift, leg tuck, sprint-drag-carry, two-mile run, standing power throw, and hand-release push-ups – with baselines established at three levels based on the physical demands of different job types. The APFT had not had a significant overhaul since being implemented in 1980 and was viewed as an insufficient predictor of field abilities. The ACFT was designed to create a gender-blind test that more accurately predicts male and female soldiers’ combat readiness while reducing injuries. The classic fitness test, the Army Physical Fitness Test (APFT), uses timed sit-ups, push-ups, and a two-mile run with different baselines based on gender. 7th International Digital Human Modeling Symposium.Virtual and Augmented Reality Business Unit.

Multiscale Computational Science and Engineering Laboratory.

Laboratory for Advanced Construction Technology.

Integrated Imaging and Cyberphysical System Laboratory.

Computational Biomolecular Engineering Lab.

Additive Manufacturing-Integrated Product Realization Laboratory.Atmospheric and Environmental Research Lab.

Administrative and Funding Support Staff.

Acft physical demand categories