MTC Artillery Calculator (Simulation / Game Use)
Use this tool to estimate trajectory timing and coverage for fictional maps, training drills, and strategy-game planning.
What is the MTC artillery calculator?
The mtc artillery calculator is a compact planning tool for simulation-heavy games and training scenarios where indirect-fire timing matters. Instead of guessing arc behavior, you can quickly estimate whether a shot profile is likely to reach the target, how long it will take, and how much area your salvo can influence.
Many MTC communities use custom map units, custom gravity settings, and non-realistic projectile speeds. That’s exactly why this calculator is configurable. You can adapt it to your server rules, map mod, or private scenario without touching code.
Why players and scenario designers use it
- Faster setup: Reduce trial-and-error when rehearsing opening salvos.
- Team communication: Share objective numbers for ETA and spread.
- Balanced design: Test if maps are too easy or too punishing at common ranges.
- Training value: Learn trajectory behavior through repeatable simulation inputs.
How the calculator works
1) Horizontal and vertical motion are evaluated separately
The tool derives horizontal speed from speed × cos(angle) and vertical speed from speed × sin(angle). A wind modifier
is applied to the horizontal component to simulate favorable or adverse conditions.
2) Reachability is compared to maximum simulated range
Maximum range is estimated with the classical projectile formula:
R = (v² × sin(2θ)) / g. If target distance exceeds this value, the shot profile is marked as unreachable under current settings.
3) Salvo saturation is estimated
Individual blast radius is expanded into an aggregate spread estimate using the number of rounds. This gives you a practical “coverage index” for evaluating suppression plans in game-scale objectives.
Input guide (quick reference)
- Target Distance: Straight-line map distance to impact zone.
- Projectile Speed: Initial speed in your scenario’s unit system.
- Launch Angle: Arc steepness. Mid-range values usually maximize distance in symmetric conditions.
- Wind Modifier: Adds or subtracts horizontal velocity in simple form.
- Simulation Gravity: Use your game’s gravity value for accurate estimates.
- Salvo Size: Number of rounds fired during one sequence.
- Blast Radius: Effective radius per round (for coverage scoring).
Example scenario
Suppose your team needs to pressure a ridge objective at 1200 map units. You run a shot profile at 220 units/s and 45° angle, with no wind modifier and six rounds in the volley.
- The calculator returns an estimated time-to-target.
- It reports whether that trajectory can physically reach the distance under your gravity setting.
- It provides peak arc height so spotters can anticipate line-of-sight timing.
- It estimates total saturation area to compare suppression plans.
If the target is unreachable, reduce distance, increase speed, or tune launch angle. Because the tool is instant, you can iterate rapidly while coordinating with teammates.
Tips for better MTC planning
Calibrate once per map pack
Different map creators may tweak movement scales and gravity. Save known-good test inputs and expected outputs so everyone in your group uses the same assumptions.
Use ETA for synchronized actions
Time-to-impact is often more important than raw range. Pair this number with coordinated pushes, decoys, or drone scans for cleaner team execution.
Avoid overconfidence in “perfect” numbers
Real matches include movement, concealment, lag, and imperfect intel. Treat calculator output as a planning baseline—not an automatic guarantee.
FAQ
Does this calculator account for drag and advanced ballistics?
No. It uses a simplified projectile model intended for quick strategy-game estimation. If your mod has drag, spin, or terrain turbulence, use this as a first-pass approximation.
Can I use this for non-MTC games?
Yes. Any game or simulation with arc-based projectiles can use it as long as you enter values in that environment’s unit system.
Why include a blast coverage estimate?
Because planning is usually about area influence, not just a single point. Coverage helps compare “tight precision” versus “broad pressure” approaches.
Final notes
A reliable mtc artillery calculator saves time, improves team coordination, and makes training more measurable. Start with the defaults above, then calibrate to your own custom ruleset for best results.
Again, this page is intended for educational/game simulation use only.