squad mortar calculator

How this Squad mortar calculator works

This mortar calculator gives you a quick firing solution from either map coordinates or a known distance. It calculates:

• Distance to target (meters)
• Bearing (degrees and mils)
• Recommended mortar elevation (mils)
• Estimated time of flight

The goal is to speed up the fire mission loop so your squad can adjust and re-engage quickly. Instead of manually checking a range chart every volley, you get a usable first-round estimate and then walk rounds onto target.

Coordinate method vs distance method

1) Coordinate method (recommended)

Enter mortar and target coordinates from your map markers. The calculator computes distance and azimuth automatically. This is best when your squad leader gives accurate map callouts and you want fewer manual errors.

2) Distance method (quick fallback)

If you already know range (for example from a spotter), enter manual distance directly. You can also add manual bearing if needed for a complete gun line adjustment.

Practical mortar workflow for Squad squads

1. Place mortar and target marks clearly on map.
2. Compute your initial solution with this tool.
3. Fire one spotting round.
4. Get correction from observer (left/right, add/drop).
5. Refine elevation and send a short fire-for-effect burst.
6. Relocate if counter-battery pressure increases.

Tips to improve hit consistency

• Use one dedicated observer with clean comms.
• Avoid over-correcting after each round; adjust in measured steps.
• Track your last good elevation and save a mini dope card per map.
• Remember terrain and elevation differences can change impact point.
• Re-check bearing if your mortar is rebuilt or moved even slightly.

Common mistakes

Mixing map units

If your team calls out grid squares but you enter raw meters incorrectly, your solution can be hundreds of meters off. Keep your unit conventions consistent.

Ignoring bearing normalization

Bearings should be treated in a full 0–360 degree circle. This calculator normalizes bearing to avoid negative values or overflow.

Skipping adjustment rounds

Even with a calculator, first-round impacts are estimates. Good mortar teams always observe, correct, and confirm.

FAQ

Does this match every Squad version exactly?

Not always. It is designed as a practical approximation based on a range table curve. Use it as a starting point and adjust from observed impacts.

Can I use this for real-world ballistics?

No. This page is for video game simulation only.