Learn to Build Devastating AI Missile Swarms in Space Engineers

Table of Contents

1. Introduction
2. Building Devastating Guided AI Missiles
   • 2.1 Preparing the Missile Components
   • 2.2 Launching the Missile from Inside a Ship
   • 2.3 Building an Automatic Missile System
3. Off-the-Shelf Option: ANL Missile
4. Features of the Improved Missile
5. Missile Configuration
   • 5.1 Timer Block Configuration
   • 5.2 Sensor Configuration
   • 5.3 AI Block Configuration
   • 5.4 Event Controller Configuration
6. Connecting the Missile to a Ship
7. Launch Systems
8. Self-Weld System
9. Conclusion
10. Resources

🚀 Building Devastating Guided AI Missiles

Have you ever wanted to unleash devastating guided AI missiles from your ship to obliterate your enemies? In this guide, I will walk you through the process of building these powerful weapons step by step. We will cover three main stages: missile construction, launching from inside a ship, and creating an automatic missile system for continuous re-arming and launching during battles.

2.1 Preparing the Missile Components

To begin, let's discuss the components required for the missile. Our improved missile design features two thrusters for propulsion, one booster, and One AI-controlled thruster. Additionally, we have modified the event handler to detonate the missile if it runs out of hydrogen, preventing it from being captured by enemies or drifting aimlessly in space.

2.2 Launching the Missile from Inside a Ship

Launching the missile from inside a ship requires careful configuration. We will be using timer blocks to control the launch sequence. The launch timer block initializes the system by activating the hydrogen tank, gyroscope, and booster thruster. Once launched, the missile is disconnected from the ship using a merge block and the exit launcher timer block activates all the remaining thrusters.

2.3 Building an Automatic Missile System

To streamline the re-arming and launching process, we can construct an automatic missile system. By using timer blocks and a self-weld system, we eliminate the need for manual installation of each missile. This system allows for quick re-arming and launching of multiple missiles during battle.

3. Off-the-Shelf Option: ANL Missile

If you prefer an off-the-shelf solution, the ANL missile is highly recommended. It is simple to use and comes with a self-building system. You can find the link to the ANL missile in the description.

4. Features of the Improved Missile

Our improved missile design offers several advantages over the ANL missile. It has enhanced propulsion with two thrusters and a booster, as well as an improved event handler for detonation. These modifications ensure better accuracy and make the missile harder to intercept.

5. Missile Configuration

Proper configuration of the missile components is crucial for optimal performance. Let's go through the configuration process for each component.

5.1 Timer Block Configuration

The timer blocks are named and arranged in a specific order. The launch timer block initiates the system, the exit launcher timer disconnects the missile, and the targeting timer activates all AI systems and sensors. Each timer block is configured to perform its respective tasks for seamless missile launch and operation.

5.2 Sensor Configuration

The sensor plays a critical role in detecting the target and triggering detonation. Configure the sensor settings to ensure optimal tracking and detonation timing. The sensor's back extent should be set to six meters, allowing the missile enough time to reach the target before detonating.

5.3 AI Block Configuration

The AI block settings determine the missile's behavior. The offensive AI mode is recommended, with basic intercept Course settings. Adjust the target prediction and search intervals to ensure accurate targeting and better distribution of missiles across the target.

5.4 Event Controller Configuration

The event controller monitors the hydrogen tank and arms the warheads when the tank is depleted. Configure the event controller to activate the detonation sequence when the tank reaches zero percent. This prevents the missile from becoming a hazard or falling into enemy hands.

6. Connecting the Missile to a Ship

Connecting the missile to a ship requires an advanced rotor connected to a hydrogen tank. The missile is released by disconnecting the merge block and the connector. This allows the missile to shoot out of the ship's hatch and fly towards the target.

7. Launch Systems

The launch system allows for efficient missile deployment. By using the ANL missiles' self-weld system, you can easily launch multiple missiles in quick succession. However, be cautious about performance impact when using too many self-welding missiles simultaneously.

8. Self-Weld System

The self-weld system is a convenient feature provided by the ANL missile. It allows a missile to rebuild itself by projecting and filling hydrogen using welders and a timer block. This system ensures a steady supply of missiles without the need for manual re-armament.

9. Conclusion

Building guided AI missiles adds a powerful weapon system to your ship's arsenal. With the guidance provided in this guide, you can construct devastating missiles, launch them from inside your ship, and create an automatic re-arming system. Experiment with different configurations and unleash the full potential of your missiles in the heat of battle.

10. Resources

• ANL Missile: [link]

Highlights

• Construct devastating guided AI missiles for maximum impact
• Launch missiles from inside your ship with precision
• Create an automatic missile system for continuous re-arming
• Choose between building your own missile or using the off-the-shelf ANL missile
• Improve missile performance with enhanced features
• Configure timer blocks, sensors, AI blocks, and event controllers for optimal missile operation
• Connect missiles to your ship using an advanced rotor setup
• Utilize the self-weld system for quick and efficient missile re-arming

FAQ

Q: Can I use the ANL missile as a base for building my own missiles?\ A: Yes, the ANL missile can serve as a foundation for your own missile designs. It provides a simple and effective solution with a self-building system.

Q: How many missiles can be launched at once using the self-weld system?\ A: The number of missiles you can launch simultaneously depends on your ship's performance capabilities. It is recommended to limit the number to ensure optimal Sim speed and avoid performance issues.

Q: Can I use this missile system on planets?\ A: The missile system is designed for space environments but can be adapted for planetary warfare. Adjust the AI settings and consider the limited hydrogen supply on planets.

Q: How accurate is the missile's targeting system?\ A: The accuracy of the missile's targeting system depends on several factors, including the AI settings and the speed of the target. Experiment with the target prediction option to find the best settings for your specific needs.