War Thunder Artillery Calculator
Your essential tool for calculating precise artillery strikes in War Thunder ground battles. Convert map grid coordinates to accurate distance and bearing data.
The map grid square you are in.
The sub-grid location based on a number keypad.
The map grid square the target is in.
The target’s sub-grid location.
Calculations are based on a standard 1000×1000 meter grid system. Bearing is in degrees from North.
Visual Target Map
What is a War Thunder Artillery Calculator?
A warthunder artillery calculator is a specialized tool designed to assist players in War Thunder’s ground forces with calling in accurate artillery strikes. In the game, players with light tanks or specific vehicle modifications can request off-map artillery support. However, aiming this support effectively requires translating the target’s position on the map into a distance and bearing relative to the player. This calculator automates that process, removing guesswork and enabling more precise, effective fire missions.
By inputting your own map grid location and the target’s location, the calculator performs the necessary trigonometric calculations to provide you with an exact bearing (in degrees) and distance (in meters). This data can then be used to aim the in-game artillery marker with high precision, increasing the chances of hitting enemy tanks, especially those hidden behind cover or at long range. This is a vital part of any serious ground forces tips and strategy.
War Thunder Artillery Calculator Formula and Explanation
The calculation relies on converting the game’s alphanumeric grid system into a Cartesian coordinate system (X, Y) and then using trigonometry to find the vector between two points.
- Coordinate Conversion: Each map grid square (e.g., “G5”) is treated as a 1000×1000 meter area. The letter is converted to a Y-coordinate and the number to an X-coordinate. The keypad number (1-9) further refines this by selecting a 333×333 meter sub-sector within that square.
- Delta Calculation: The calculator finds the difference in the X (East-West) and Y (North-South) coordinates between you (Observer) and the Target.
deltaX = targetX - observerX
deltaY = targetY - observerY - Distance Calculation: The straight-line distance is found using the Pythagorean theorem.
Distance = sqrt(deltaX² + deltaY²) - Bearing Calculation: The bearing (azimuth) is calculated using the arctangent function (
atan2). A conversion is applied to ensure the result is a compass bearing from 0° to 360°, with North at 0°.
Bearing = (atan2(deltaX, -deltaY) * 180 / PI + 360) % 360
| Variable | Meaning | Unit | Typical Range |
|---|---|---|---|
| Observer/Target Grid | The alphanumeric grid square (e.g., A1, J10). | Unitless | A1 – K10 |
| Observer/Target Keypad | The 1-9 sub-grid identifier. | Unitless | 1 – 9 |
| Distance | The calculated straight-line distance to the target. | Meters (m) | 0 – 5000+ |
| Bearing | The compass direction to the target from your position. | Degrees (°) | 0 – 359.9 |
Practical Examples
Example 1: Flanking Strike
You are in a light tank providing reconnaissance from a concealed position.
- Inputs:
- Your Location: B2, Keypad 8
- Target Location: C3, Keypad 4
- Results:
- Primary Result: Bearing: 125.5°, Distance: 1490.7m
- Intermediate Values: You are at (X: 2500, Y: -1167), Target is at (X: 3333, Y: -2500).
- This tells you to aim your artillery marker South-East at a distance of just under 1.5 kilometers. Perfect for dislodging a dug-in opponent. For more on this, see our War Thunder artillery guide.
Example 2: Close Support
An enemy tank is pushing a capture point near your position.
- Inputs:
- Your Location: G7, Keypad 1
- Target Location: G6, Keypad 9
- Results:
- Primary Result: Bearing: 315.0°, Distance: 942.8m
- Intermediate Values: You are at (X: 7333, Y: -6333), Target is at (X: 6667, Y: -5667).
- The target is less than a kilometer away to your North-West. A quick, accurate strike can neutralize the threat before they capture the point. Understanding the War Thunder map coordinates system is key to this success.
How to Use This War Thunder Artillery Calculator
Using the calculator is a simple, four-step process:
- Enter Your Position: Look at your minimap in War Thunder. Find the large grid square you are in (e.g., “F8”) and enter it into the “Your Location” field. Then, visualize a number keypad over that square to determine your sub-grid position (1-9) and enter it into the “Your Keypad” field.
- Enter Target Position: Use your binoculars or scope to spot the enemy. Find their grid square and keypad location on the map and enter this information into the “Target Location” fields.
- Calculate: Click the “Calculate Strike” button. The tool will instantly process the coordinates.
- Interpret Results: The primary result gives you the exact bearing and distance you need. When you activate artillery in-game (usually by pressing ‘5’), aim your targeting marker according to the calculated data. The intermediate values can help you understand the relative positions on the map.
Key Factors That Affect Artillery Strikes
While this warthunder artillery calculator provides precise data, several in-game factors can affect the outcome:
- Artillery Dispersion: The shells will not all land on a single point. They spread out over a designated area. Aim for the center of a vehicle to maximize hit probability.
- Target Movement: Artillery shells have travel time (often 10-15 seconds). You must lead a moving target, aiming where they *will be* when the shells land.
- Crew Skills: The “Radio Communication” skill of your crew’s radio operator can affect the speed and accuracy of calling in the strike.
- Vehicle Modifications: Researching the “Artillery Support” modification is required to even use the ability. Upgraded versions can decrease the cooldown timer.
- Terrain and Obstacles: Shells can be blocked by tall buildings or cliffs. Ensure there is a clear path for the shells’ trajectory, which comes from a high angle.
- Game Mode: In Arcade Battles, a targeting aid shows where shells will land. In Realistic and Simulator Battles, you rely entirely on map reading and tools like this calculator, making it a crucial skill to master. A good player must also know how to use other tools like our armor penetration calculator to succeed.
Frequently Asked Questions (FAQ)
The calculations for distance and bearing are mathematically perfect. However, in-game accuracy is subject to factors like shell dispersion and target movement. This tool gives you the perfect aiming point to account for those variables.
Yes. Typically, only light tanks, some tank destroyers, and some medium tanks have access to the “Artillery Support” modification that allows you to call a strike. You cannot use it in heavy tanks.
The keypad divides a large map square into 9 smaller, equal-sized zones, just like a telephone’s number pad (7-8-9 at the top, 1-2-3 at the bottom). This allows for much greater precision than just using the large grid square alone. It’s a common method used by players for callouts.
Yes. Artillery is indiscriminate and will damage or destroy any vehicle in its blast radius, including friendlies. It is crucial to only call strikes on positions clear of allied forces.
The bearing (or azimuth) is the compass direction. In Realistic Battles, where you don’t have a magical aiming circle, knowing the direction (e.g., 270° for West) is just as important as knowing the distance. It tells you *where* to aim your strike along the distance ring.
Yes, the calculation logic is based on the standard grid system used on all War Thunder ground maps. The map’s size or layout does not change the underlying math. Mastering this is part of any good War Thunder support guide.
Use your binoculars. Center them on the target, then open your map. Your binocular view is marked on the map, allowing you to accurately judge which sub-grid the enemy occupies.
The in-game artillery strike has a maximum range from your vehicle’s position. This calculator is most effective for strikes within that range, typically up to 2-3 kilometers depending on the map. This is different from howitzers, which some players use for indirect fire at extreme ranges.