Army Combat Fitness Test Score Calculator
The Army Combat Fitness Test is built to reflect the physical demands of soldiering more closely than the older test it replaced, and this calculator follows that same six-event structure. Instead of making you translate raw training results into score tables by hand, it gives you a quick estimate from the performances you already know. That makes it useful for checking whether a training block is improving the events that matter most, especially when one weak station is dragging down the whole card. Each ACFT event emphasizes a different quality: lower-body strength in the three-repetition deadlift, explosive power in the standing power throw, upper-body endurance in the hand-release push-ups, speed under load in the sprint-drag-carry, trunk endurance in the plank, and aerobic capacity in the two-mile run. Together, those six results give a broader picture of readiness than a single run time or a single lift. When you use this calculator, think of the total score as a snapshot of balance: it shows whether your strength, power, endurance, and pacing are developing together or whether one area is falling behind. In the official ACFT, each event contributes up to 100 points for a maximum of 600, and every event must clear its minimum standard to count as a pass. This page uses a simplified linear estimate so you can see how a better deadlift, a faster run, or more push-ups affects the total without digging through the full scoring tables. Let represent the measured performance, the minimum value for 60 points, and the benchmark for 100 points. The score is then Because the calculator compresses the score into a simple scale, it is best viewed as a planning tool. It shows the direction of change and the relative weight of each event, but it does not try to reproduce every age band, rounding rule, or official scoring nuance. 3RM Deadlift: In the ACFT, the deadlift is the clearest test of raw strength. Soldiers use that kind of power when lifting ammunition, moving gear, loading vehicles, or helping carry someone who cannot move under their own power. Training for this event usually focuses on progressive overload, bracing, and clean technique so the lift improves without turning into a lower-back problem. Standing Power Throw: The throw measures explosive output, not just upper-body strength. A good rep depends on timing the hips, trunk, and arms together so the medicine ball travels as far as possible. Many soldiers improve this event by working on jumps, rotational power, and coordinated extension rather than by simply pressing more weight. Hand-Release Push-Ups: This ACFT event rewards repeatable upper-body endurance with strict standards on each repetition. Because the hands must come off the ground at the bottom, the movement is less forgiving than a casual gym push-up and gives a better look at shoulder, chest, and triceps stamina. Athletes who build a steady rhythm and maintain tight body position usually hold performance longer. Sprint-Drag-Carry: This station combines sprinting, dragging, shuffling, carrying, and sprinting again, so it is one of the best indicators of how well a soldier can keep moving while tired and under load. It challenges power, grip, coordination, and change-of-direction ability all at once. Efficient footwork and smooth transitions usually matter as much as raw conditioning. Plank Hold: The plank replaced the leg tuck because the ACFT wants a simpler measure of trunk endurance that is easier to score consistently. Holding a rigid body line for longer usually means better bracing, better posture, and more endurance through the midsection. A strong plank also supports the other ACFT events by helping you stay tight when force is moving through the torso. Two-Mile Run: The run still matters because soldiers need the ability to keep working after the more explosive stations are done. A faster two-mile time usually reflects better aerobic conditioning, but pacing is just as important as raw speed. Intervals, tempo runs, and steady mileage can all help, depending on whether you need to trim seconds or build a stronger base. Preparing for the Army Combat Fitness Test works best when strength, speed, and endurance are trained together instead of in separate silos. Heavy lifting can improve the deadlift, but it will not help much if the sprint-drag-carry and run are ignored, and the reverse is also true. Most soldiers do better with a plan that alternates hard days with recovery, uses mobility work to keep joints moving well, and includes practice in the exact ACFT event order. It is also smart to rehearse the transitions between events because the ACFT is as much about managing fatigue as it is about single-event performance. A cleaner sled-drag setup or a more efficient hand-release push-up rhythm can save energy for the later stations. Recording a few test sessions in this calculator lets you compare one training week against another and spot which event is limiting the overall score. These benchmark numbers are only a rough way to show how the calculator treats easier and harder performances on the ACFT. They are not official score tables, and the actual Army standards use more detailed scoring increments. If one event is much weaker than the others, the total score will usually respond most to that gap, which is why balanced training often beats chasing a single standout result. The calculator adds the six event scores to produce a total out of 600, and it also checks whether each event clears the 60-point floor used by the simplified model. That means a strong deadlift cannot fully erase a weak run or a short plank hold. Looking at the total together with the individual event scores is the quickest way to see whether your preparation is balanced or whether one event still needs targeted work. The Army continues to refine how it talks about readiness, and that means ACFT expectations, scoring details, and administrative guidance can change. If your goal is to prepare for a real record test, use the calculator as a rehearsal tool and verify the current official standards that apply to your unit. The estimate is still helpful because it lets you see how training choices affect the score even when the policy around the score itself evolves. For soldiers building toward the Army Combat Fitness Test, this calculator is most useful as a feedback loop. Enter a current performance set, review which event scores are pulling the total down, adjust the next training block, and check the estimate again. That simple cycle makes the ACFT easier to train for because it turns six separate events into a single planning snapshot. The biggest value is not the number itself, but the clarity it gives you about whether your strength, power, endurance, and pacing are moving in the right direction. This tool gives a planning estimate for the Army Combat Fitness Test, not an official scorecard. Its results depend on entering the correct event units, using consistent timing for the sprint-drag-carry and run, and matching the simple scaling model built into the page. It does not replace the current ACFT guidance for your unit, a trainer's review of your form, or the official score chart you would use for record testing.
Editorial review by: JJ Ben-JosephHow the ACFT Changed Army Fitness Testing
ACFT Scoring Formula: Simplified Estimate
ACFT Event Guide: Why Each Event Matters
ACFT Training Considerations
ACFT Example Performance Benchmarks
Event Minimum (60 pts) Excellent (100 pts) Deadlift 140 lb 340 lb Power Throw 6 m 12.5 m Push-Ups 10 60 Sprint-Drag-Carry 210 s 90 s Plank 60 s 150 s 2-Mile Run 21 min 12 min Interpreting an ACFT Score
ACFT Policy Context and Future Changes
Conclusion: Using the ACFT Score Estimate
How to use this ACFT score calculator
Limitations and assumptions for this ACFT calculator
Arcade Mini-Game: Army Combat Fitness Test Calibration Run
Use this quick arcade run to practice sorting solid ACFT inputs from weak ones, such as mismatched units, unrealistic event results, or assumptions that would make the estimate less useful.
Start the game, then use your pointer or arrow keys to catch useful inputs and avoid bad assumptions about units or event results.