Configuring Create Big Cannons on NeoForge 1.21.1

guide

Configuring Create Big Cannons version 5.11.7 on NeoForge 1.21.1 allows server administrators and players to optimize cannon projectile physics, recoil, and block damage.

NeoForge 1.21.1 Performance Optimization

Running CBC 5.11.7 on NeoForge 1.21.1 leverages optimized event bus architecture:

Projectile ballistics and chunk-loading algorithms run efficiently during long-range artillery duels.
Recoil springs and mechanical mount contraptions maintain smooth rotation without desyncing from the kinetic power grid.

Multi-Layer Built-Up Cannons

Version 5.11.7 emphasizes built-up cannon construction for maximum pressure tolerance:

Built-Up Steel Cannon Barrel: Formed by welding Very Small and Small Steel Cannon Layers.
Built-Up Nethersteel Cannon Chamber: Welded from Very Small, Small, Medium, and Large Nethersteel Cannon Layers.

Built-up barrels withstand significantly more gunpowder charges without bursting compared to single-layer cast iron barrels.

Ballistics and Impact Physics

On NeoForge 1.21.1, projectile impacts calculate penetration based on material toughness:

Armor Piercing rounds penetrate deep through stone and wood before detonating.
High Explosive rounds create wide surface craters against low-hardness targets.
Using the Block Armor Inspection Tool in game allows defenders to evaluate wall designs against incoming shell calibers.

Tactical Deployment and Fortifications

Deploying built-up cannons on NeoForge 1.21.1 gives artillery commanders unmatched tactical superiority:

Position long-range steel cannons on elevated hilltops or fortress battlements to maximize ballistic trajectory distance.
Mount quick-firing autocannons on naval patrol boats or armored rail cars to guard convoy routes against aerial phantoms and hostile mobs.
Pair cannons with spotter stations equipped with spyglasses to calculate distance offsets and calibrate azimuth angles for pinpoint accuracy.

Server Administration and Balancing

Server owners can adjust gameplay settings to balance artillery warfare:

Configure maximum barrel length restrictions to cap extreme projectile velocities.
Adjust whether cannon explosions damage terrain or only player-built structures.
Tune projectile despawn timers to maintain tick rates during massive fortress sieges.

Shell Trajectory Calculation and Spotting

Precision gunnery requires accounting for aerodynamic ballistic curves:

Shell velocity determines the flat trajectory window before gravity arc drop occurs.
Station spotters with spyglasses at elevated observation towers to measure shell impact offsets.
Adjust cannon elevation using fine-pitched mechanical gears to calibrate exact distance targeting over defensive mountain ridges.

Built-Up Nethersteel Cannon Chamber