- Wardogs mortar calculator measures distance, azimuth, MIL values, and map offsets.
- Start with coordinates by placing the artillery position and target on the same map.
- Check range first because an out-of-range target cannot produce a useful firing solution.
- Read the result panel for distance, bearing, ΔX, ΔY, and the selected weapon’s limits.
- Adjust in small steps when correcting shots, especially on tall structures or defended positions.
Wardogs mortar calculator: What It Does
The Wardogs mortar calculator is an unofficial community tool for converting two map points into a practical artillery reference. It displays the distance between the mortar and target, the azimuth needed to aim, and the MIL value used for elevation adjustment. It also shows the horizontal and vertical coordinate differences, making it easier to communicate corrections to teammates.
The calculator uses a grid where 1 kilometer is divided into 10 cells, with each cell representing 100 meters. This layout is useful when a squad calls out a position by map location rather than by a precise named landmark.
Video Highlights:
- Mortars can reach targets across a large portion of the battlefield.
- The projectile arc makes visual correction possible after a shot.
- Range and bearing are the two most important inputs for an initial solution.
- Repeated corrections are useful when targeting towers, bases, and grouped enemies.
| Calculator Element | Purpose | Practical Use |
|---|---|---|
| Artillery point | Marks the mortar position | Place it where the weapon is deployed |
| Target point | Marks the impact location | Select a building, zone, vehicle, or enemy position |
| Distance | Measures point-to-point separation | Confirms whether the target is within range |
| MIL | Provides elevation guidance | Use it to set the mortar angle |
| Azimuth | Provides directional bearing | Turn the weapon toward the target |
| ΔX / ΔY | Shows coordinate differences | Helps explain east-west and north-south corrections |
Treat the first firing solution as a starting point rather than a guaranteed hit. Terrain, marker placement, movement, and battlefield pressure can all require follow-up corrections.
How to Set Up a Mortar Solution
A good firing solution begins with accurate point placement. The calculator provides separate controls for the artillery position and target position, so each marker should be placed deliberately. Avoid dropping the target marker on the edge of a structure when the intended impact area is the center or the approach route.
The tool includes map presets, adjustable width and height values, zoom controls, and a fit-map option. These controls help you match the calculator view to the battlefield area you are currently playing.
Choose the Correct Map View
Select the appropriate preset map if available. If the battlefield dimensions are not already set, enter the width and height in kilometers, then apply the values before placing markers.
Place the Artillery Marker
Select the artillery point and place it directly on the mortar emplacement. Use the grid and zoom controls to improve accuracy, especially when the weapon is near a base, tower, or narrow defensive position.
Place the Target Marker
Select the target point and place it on the intended impact area. For a structure, use the center or the side where enemies are most likely to gather rather than an imprecise outer edge.
Read the Firing Data
Check distance, range status, MIL, azimuth, ΔX, and ΔY. If the status reads OUT OF RANGE, move the mortar or select a closer target before attempting to calculate corrections.
Transfer the Solution In-Game
Use the azimuth for horizontal direction and MIL for elevation. Fire one test round when possible, observe the impact, and communicate the correction using distance and direction.
| Setup Check | Correct Action | Common Mistake |
|---|---|---|
| Map scale | Confirm the grid represents 100-meter cells | Assuming every visible square has the same scale |
| Mortar marker | Place it on the actual emplacement | Marking a nearby road or building |
| Target marker | Center it on the intended impact zone | Clicking a distant landmark by accident |
| Range status | Confirm the target is inside the weapon range | Firing while the tool shows OUT OF RANGE |
| Bearing | Read azimuth from the result panel | Rotating based only on visual guesswork |
The displayed weapon range in the calculator is a constraint, not a recommendation. A target inside the minimum and maximum range still requires correct point placement and in-game adjustment.
Reading Range, MIL, and Azimuth
The result panel is designed to reduce guesswork. Distance tells you how far the target is from the artillery position. Azimuth identifies the direction using compass degrees: 0° points north, 90° east, 180° south, and 270° west. MIL represents the elevation setting for the selected weapon.
The displayed range depends on the selected weapon type. The captured calculator interface lists a range of 132–684 meters for the shown configuration, but players should verify the active weapon and result panel before each solution. Different artillery options may not share identical limits.
Distance
Use the distance value to confirm the target is close enough and to compare later corrections.
Azimuth
Use the degree value to establish the horizontal direction from the mortar toward the target.
MIL
Use the elevation value as the initial vertical setting for the mortar’s trajectory.
Coordinate Delta
Use ΔX and ΔY to describe whether the correction should move east, west, north, or south.
| Result | Meaning | Example Reading |
|---|---|---|
| Distance | Direct separation between points | 486 m |
| Range | Minimum and maximum supported distance | 132–684 m |
| Azimuth | Compass direction toward the target | 0° north, 90° east |
| MIL | Elevation setting | Use the generated value as the first setting |
| ΔX | Horizontal map difference | Positive or negative movement across the map |
| ΔY | Vertical map difference | Positive or negative movement across the map |
When a round lands short, first determine whether the target marker was placed correctly. If the marker is accurate, adjust elevation or the corresponding MIL value in small increments. When the round lands left or right, compare the observed impact with the azimuth and coordinate direction before making a horizontal correction.
Use the calculator for the initial solution, then use observed impacts for refinement. This combination is more practical than relying exclusively on either map math or visual aiming.
Mortar Tactics for Live Battles
Mortars are strongest when they support teammates who can identify targets, mark enemy movement, and maintain pressure around the objective. A static firing position can produce repeated value, but it can also attract attention if the enemy locates the emplacement. Repositioning, resupplying, and protecting the operator are part of the artillery plan.
Long-range shots can take several seconds to arrive. That delay means the best target is often a predictable position rather than a fast-moving player in open ground. Defensive towers, fortified entrances, supply areas, and crowded corners are more consistent targets when teammates provide current information.
| Target Type | Why It Works | Recommended Approach |
|---|---|---|
| Defensive tower | Players often hold fixed firing positions | Aim at the roof, platform, or nearby cover |
| Base entrance | Enemy movement may be concentrated | Target the approach route instead of the wall edge |
| Supply area | Vehicles and players may pause nearby | Fire after confirming friendly positions |
| Objective zone | Players may gather during an attack | Coordinate timing with the assault |
| Moving helicopter | Difficult and highly dependent on timing | Fire only with a reliable landing or hover call |
Use voice or squad markers to standardize callouts. A useful callout includes the target name, direction, approximate distance, and whether the target is moving. For example: “Tower four, northeast side, roughly 500 meters, infantry on the roof.” The mortar operator can then compare that information with the calculator’s azimuth and distance.
Before Firing:
- Confirm the artillery marker is on the mortar emplacement
- Place the target marker on the intended impact area
- Check that the target is inside the selected weapon range
- Compare azimuth and MIL with the in-game controls
- Confirm friendly players and vehicles are clear of the impact zone
Always verify the target area before firing. Bases, vehicles, aircraft, and crowded objectives can change ownership or position while the shell is traveling.
Known Limits and Best Practices
The calculator includes map layers, user markers, drawings, saved targets, and import/export controls. These features are useful for teams that repeatedly attack the same defensive locations or want to preserve a shared reference. Save only information that remains useful for your current map and weapon setup, because an old marker can create confusion after a reposition.
The tool also identifies a known issue involving SPH-2 firing solutions, which may currently be inaccurate. If you are using that weapon, treat the generated result as an estimate and validate it with a test round before committing multiple shots.
| Feature | Best Use | Limitation |
|---|---|---|
| Saved targets | Reusing common objective references | Old locations may become irrelevant |
| Drawings | Marking lanes, cover, and attack routes | Requires regular cleanup |
| Layers | Showing or hiding map information | Too many active layers can reduce clarity |
| Import/export | Sharing markers and settings | Imported data should be checked before use |
| Weapon selector | Matching the calculation to the artillery type | Incorrect selection produces misleading results |
For the live tool, use the WARDOGS Artillery Calculator and Interactive Map as the working reference. It is described as an unofficial community project and is not affiliated with or endorsed by BULKHEAD or the WARDOGS development team.
The calculator is a community project. Check the selected weapon, range display, and known-issue notice before using a firing solution in a serious match.
Wardogs Mortar Calculator FAQ
Q: What is the Wardogs mortar calculator used for?
It converts an artillery position and target position into distance, azimuth, MIL, ΔX, and ΔY values. These results provide a practical starting point for mortar aiming and team callouts.
Q: What does OUT OF RANGE mean?
It means the selected target is outside the displayed minimum or maximum range for the active weapon configuration. Move the artillery point, choose a closer target, or verify that the correct weapon is selected.
Q: How do azimuth and MIL work together?
Azimuth controls the horizontal direction toward the target, while MIL controls the elevation of the mortar. Set both values initially, then make small corrections after observing the impact.
Q: Can I trust every SPH-2 firing solution?
No. The calculator currently reports that some SPH-2 solutions may be inaccurate. Use the result as an estimate, test the first round, and adjust based on the observed impact.
The fastest improvement comes from disciplined point placement and clear corrections. Keep the mortar marker accurate, confirm the target distance, and record only the firing references your squad actually uses.