Hungarian Guy Builds A Flak Cannon

[makemeunreal]

Hey there!
I happened to come across a Hungarian Youtuber who has just uploaded a video of his "real" Flak Cannon build. I am sure you guys are going to love this as much as I do.

[darksonny]

Hey there!
I happened to come across a Hungarian Youtuber who has just uploaded a video of his "real" Flak Cannon build. I am sure you guys are going to love this as much as I do.

wow

[Baardman]

any idea how he made the model? i dont understand hungarian and he does not really show it in the video either.
looks like he made it from scratch in Blender? but i dont see any 3d printer in his video either. only him painting it.

would be cool to make a real "real" one that does function.

Code: Select all

To conceptualize a realistic version of the Flak Cannon from Unreal Tournament 1999, let's consider a plausible mechanical system that could simulate its firing mechanism. The goal is to design something that feels authentic and works practically without relying on an air hose, yet produces a pneumatic-like effect.

### Conceptual Design

#### Core Mechanism

A feasible approach would be a combination of a spring-loaded or pneumatic system powered by a battery. This setup can create the necessary force to launch a projectile while keeping the device portable and self-contained.

#### Components Needed

1. *Spring-Loaded Mechanism or Pneumatic Cylinder*
2. *Electric Motor with Gearbox*
3. *Rack-and-Pinion System or Linear Actuator*
4. *Battery Pack (e.g., 12V battery)*
5. *Trigger Mechanism*
6. *Electronic Control Unit (ECU)*
7. *Sound Effect Module (optional for adding pneumatic sound)*
8. *PVC Pipes or Metal Tubing*
9. *Projectile (e.g., crumpled aluminum ball)*

### Detailed Steps

1. *Frame Construction*:
   - Build a sturdy frame to house all components. This can be made of metal or high-density plastic to ensure durability.

2. *Barrel Assembly*:
   - Install a PVC or metal barrel. Ensure it is properly aligned and secured to the frame.

3. *Launching Mechanism*:
   - *Spring-Loaded*: Use a strong compression spring mounted inside the barrel. A rod connected to the spring will push the projectile forward when released.
   - *Pneumatic Cylinder*: Utilize a small, rechargeable pneumatic cylinder. Ensure it has enough force to launch the projectile.

4. *Actuation System*:
   - *Motor and Gearbox*: Attach an electric motor with a gearbox to drive a rack-and-pinion system. This system will compress the spring or pressurize the pneumatic cylinder.
   - *Linear Actuator*: Alternatively, use a linear actuator powered by the electric motor to achieve the same effect.

5. *Trigger Mechanism*:
   - Design a trigger that, when pulled, activates the motor or actuator. This could be a simple push-button or switch connected to the ECU.

6. *Electronic Control Unit (ECU)*:
   - Integrate an ECU to manage power delivery from the battery to the motor or actuator. This unit can also control the duration and force of the actuation.

7. *Safety Mechanism*:
   - Incorporate a safety switch to prevent accidental firing. Ensure the system cannot be activated unless the safety is disengaged.

8. *Sound Effect Module* (Optional):
   - Install a sound effect module to replicate the pneumatic sound when the trigger is pulled. This can enhance the realism and auditory experience.

### Assembly and Testing

1. *Assemble Components*:
   - Securely attach all components to the frame, ensuring proper alignment and connectivity.
   
2. *Wiring and Connections*:
   - Connect the battery, motor, and ECU using appropriate wiring. Ensure all connections are insulated and secure.
   
3. *Initial Testing*:
   - Without a projectile, test the actuation mechanism to ensure it works smoothly and safely.
   
4. *Projectile Testing*:
   - Load a crumpled aluminum ball and test the firing mechanism in a controlled environment. Start with low power settings and gradually increase to find a safe and effective launching force.
   
5. *Adjustments*:
   - Make necessary adjustments to the spring tension, pneumatic pressure, or motor speed based on testing results to achieve desired performance.

### Considerations

- *Safety*: Always prioritize safety when designing and testing the device. Wear protective gear and test in a secure area.
- *Legal Compliance*: Ensure the device complies with local laws and regulations regarding projectile-launching devices.
- *Durability*: Use high-quality materials to ensure the device can withstand repeated use without failure.

By following these steps, you can create a functional and safe replica of the Flak Cannon that captures the essence of the original design while being feasible in the real world.

yes please, someone make this for me for christmass.

[makemeunreal]

Yea. He made his own model from scratch as the ingame models are way too low-poly. The high-poly FPS Viewmodel is missing the rear parts.
He then 3d printed it.

[f7r]

Now we need to have this (his) model to alter UT flak

[makemeunreal]

You can ask for a release I guess.