Space Combat Kit

Handling Diverse Ship Scales and Flight Physics

The Space Combat Kit serves as a core framework for space-based titles, focusing on the physics and logic required for both arcade-style and simulation-heavy gameplay. Central to the kit is a physics-based spaceship controller. This system is designed to be versatile enough to manage the flight characteristics of small, high-speed fighters as well as the heavy, lumbering movement of large capital ships. The controller includes extensive configuration options to allow developers to tune flight mechanics to match specific genre archetypes.

To support various playstyles, the camera system provides integrated cockpit and third-person perspectives. It includes specific behaviors such as cockpit look-around, camera shakes for immersion, and a dedicated death camera. For third-person views, the system features built-in collision handling to prevent the camera from clipping through geometry during tight maneuvers in asteroid fields or near large structures.

Weapon Loadouts and Resource Management

Combat is managed through a modular weapon and loadout system. The framework supports several weapon types, including projectile guns, lasers, homing missiles, and automated turrets. A key feature of this system is the ability for players to configure and save their ship loadouts. During gameplay, players can utilize weapon grouping and rebind these groups as needed to adapt to changing tactical situations.

The resource system adds a layer of depth to ship management. It tracks variables such as boost fuel, ammunition, and energy consumption. It also features a heat production mechanic; if a ship’s systems generate too much heat without proper management, it can lead to the destruction of the vessel. This ties directly into the health and damage system, which is capable of tracking damage to individual ship subsystems. This allows for tactical targeting where players can disable specific parts of an enemy ship. The system also supports energy shields and specialized effects like slow ship detonation for large-scale capital ship explosions.

Navigation, Radar, and Tactical AI

Maintaining situational awareness is facilitated by a performance-optimized radar system. This includes both 2D and 3D radar displays, target boxes, and lead target indicators to assist with aiming. The UI can display target holograms and allows players to cycle through targets based on proximity or orientation, such as selecting the nearest threat or the target directly in front of the ship.

For non-player entities, the spaceship AI system manages complex behaviors for both fighters and capital ships. AI units can perform obstacle avoidance, fly in formation, and patrol between custom waypoints. In combat, the AI is capable of executing both attacking and evading maneuvers. These behaviors are designed to work within large-scale environments facilitated by a Floating Origin System, which ensures that precision is maintained even when the player travels vast distances from the center of the scene.

Integration into Production Workflows

The kit includes several utility systems to streamline the development of space-faring gameplay. An objective system allows developers to define goals for the player, which are then displayed on the UI with associated waypoints. For games that involve more than just flight, the ship Enter/Exit system provides a workflow for transitioning between a character controller and a spaceship. This feature is designed to be compatible with various character controller solutions.

On the technical side, the kit utilizes an efficient pooling system to handle high-volume objects like projectiles and explosion effects, minimizing the performance impact during large-scale battles. A rumble system is also included to provide feedback through gamepad vibrations and camera shakes during impacts or heavy acceleration.

The Space Combat Kit functions as a structural foundation, allowing developers to bypass the creation of complex aerospace physics and targeting logic to focus on the unique missions and environments of their specific project.