---
layout: wiki
title: Explosives Framework
description: Explains how to set-up custom explosives with the ACE3 explosives system.
group: framework
order: 5
parent: wiki
---

<div class="panel callout">
    <h5>Note:</h5>
    <p>This is just the necessary to make explosives using the framework, this is not a guide to make your own explosives.</p>
</div>

## 1. Explosives

### 1.1 Setting the magazine

```c++
class CfgMagazines {
    class CA_Magazine;
    class banana_satchel_remote_mag: CA_Magazine {
        ACE_Placeable = 1;  // Can be placed
        useAction = 0;  // Disable the vanilla interaction
        ACE_SetupObject = "banana_satchel_place";  // The object placed before the explosive is armed
        class ACE_Triggers {  // Trigger configurations
            SupportedTriggers[] = {"Timer", "Command", "MK16_Transmitter", "DeadmanSwitch"};  // Triggers that can be used
            class Timer {
                FuseTime = 0.5;  // Time for the fuse to burn
            };
            class Command {
                FuseTime = 0.5;
            };
            class MK16_Transmitter: Command {};
            class DeadmanSwitch: Command {};
        };
    };
};
```

### 1.2 Setting the ammo

```c++
class CfgAmmo {
    class PipeBombBase;
    class SatchelCharge_Remote_Ammo: PipeBombBase {
        soundActivation[] = {"", 0, 0, 0};  // No sound on activation
        soundDeactivation[] = {"", 0, 0, 0};  // No sound on deactivation
        triggerWhenDestroyed = 1;  // (Optional) Explode when the object is shot and destroyed (after being placed) (0-disabled, 1-enabled).
        ACE_explodeOnDefuse = 0.02;  // (Optional) Add a chance for the explosive to detonate after being disarmed (in percent)
    };
};
```

### 1.3 Adding the place item

```c++
class CfgVehicles {
    class ACE_Explosives_Place;
    class banana_satchel_place: ACE_Explosives_Place {
        displayName = "Banana satchel";  // Name of the item
        model = "";  // Path to your model
        ACE_offset[] = {0, 0, 0};  // Offset of the interaction point from the model in meters on the X,Y,Z axis.
    };
};
```


## 2. Mines

### 2.1 Setting the magazine

_Pretty much the same as Explosives except that we inherit from_ `ATMine_Range_Mag` _instead of_ `CA_Magazine`.

```c++
class CfgMagazines {
    class ATMine_Range_Mag;
    class BananaMine_Range_Mag: ATMine_Range_Mag {
        ACE_SetupObject = "BananaMine_Place";  // The object placed before the mine is armed
        class ACE_Triggers {  // Triggers
            SupportedTriggers[] = {"PressurePlate"};  // This mine only support pressure plate activation
            class PressurePlate {
                digDistance = 0.05;
            };
        };
    };
};
```

### 2.2 Setting up the Ammo

The class you inherit from depends of what type of trigger you are using, for `PressurePlate` and `Tripwire` you can skip this step, for timers and clackers refer to the Explosives entry.

Directional mines inherit from `DirectionalBombBase`.


## 3. Adding your own detonators

```c++
class CfgWeapons {
    class ACE_ItemCore;  // ACE3 base item class
    class ACE_Clacker;  // Clacker base class
    class banana_clacker: ACE_Clacker {
        displayName = "banana clacker";  // Name of the item
        picture = "";  // Path to the item's picture
        ACE_Range = 9000;  // Explosives activation range in meters
    };
};
```


## 4. Trigger list

Name | Use
---- | -----
`Command` | Explode when activated via clacker.
`MK16_Transmitter` | Explode when activated via M26 clacker.
`DeadManSwitch` | Explode after activated via the switch or the person dies.
`Cellphone` | Explode when the number is called.
`PressurePlate` | Explode upon being stepped upon.
`IRSensor` | Explode after movement is detected in front of the mine.
`Timer` | Explode after timer drop to 0.
`Tripwire` | Explode when something touch the tripwire.