As an innovative extension, it revolutionizes your approach to creating military machinery in Flan's Mod. With an impressive collection of over 200 unique components—ranging from optics and suppressors to gyro-stabilizers and composite armors—each design introduces three to ten variations made from distinct substances that affect durability and performance.
Firepower enthusiasts will appreciate the diverse catalog of ammunition options, available in multiple calibers (from small-arms rounds to heavy artillery projectiles) and featuring various tactical properties such as fragmenting, tracer, and thermobaric effects.
Crafting Workstations
Your manufacturing capabilities center around two specialized tables: the Component Assembler and Ammunition Workshop. Place them strategically and interact to access an organized inventory of manufacturing formulas grouped by complexity and function.
Illustrations provide guidance for constructing these essential stations [crafting diagram references retained from original material].
Workshop Interface Navigation
The assembly interface organizes functionality into distinct operational zones:
- Resource Allocation - Transfer required components here directly from personal storage. The system intelligently handles material conversion for standardized resources (block, ingot, and nugget forms)
- Manufacturing Panel - Showcases available recipes with dynamic filtering. Tick boxes help isolate currently craftable items or categorize by technological progression
- Production Control - Instantly execute creation commands once formulas are confirmed
- Manufacturing Queue - Manage production pipelines efficiently with cancelation options for pending requests
- Output Retrieval - Collect finished products directly or implement automated collection systems
Controls are designed for intuitive operation [interface visualization references retained].
Advanced Material Processing
Specialized polymers like carbon-weave composites and impact-resistant textiles require sophisticated refinement infrastructure. Constructing a tiered distillation tower unlocks these advanced manufacturing capabilities, with different processes demanding between one and three column sections for complete fractional separation.
Critical operational note: Operating multi-stage distillations with insufficient column height results in yield loss of deeper derivatives. The interface includes safeguard warnings to prevent accidental inefficiencies.
Assembly involves stacking modular components following simple vertical protocols [assembly schematic references retained].
Processing Formulas
Processing chains transform raw materials through sequential refinement stages [distillation diagram series references retained].
Alternative Material Sources
High-temperature processing converts common metals into enhanced alloys. Smelting protocols transform conventional iron and netherite into specialized steel variants with superior material characteristics [thermal conversion diagram references retained].
The foundational component for ballistic textiles comes from silicate compounds derived from mineralogical mixtures.
Wood resources are systematically categorized within three mechanical classification tiers. The classification system synchronizes with ecological characteristics:
- Softwoods - Forest-derived varieties including classic oak and pale birch
- Hardwoods - Tropical and fruit-bearing species
- Dense woods - Extra-dimensional vegetation with unique cellular structures
The categorization enables intelligent material substitution within production formulas [material classification interface reference retained].
