Embracing the Void: Fleet Gothic 3D Printed Fleet Guide
The harsh darkness of the distant future is no longer just for ground attackers. Battlefleet Gothic (BFG), Games Workshop’s legendary spaceship combat game set in the Warhammer 40,000 universe, still attracts a loyal following of fans decades after it was officially discontinued. With original metal models scarce and expensive, a revolution has arisen from the depths – the rise of stunning, easy-to-use 3D printed fleets. This guide explores how to command your own armada in the stars, using modern technology to recreate the epic ship-to-ship battles of the 41st century.
Why 3D printing is reigniting Fleet Gothic:
The appeal of 3D printing to BFG is undeniable and multifaceted:
- Auxiliary functions: Printable files (STL) of incredibly accurate and creative designs for Imperial Navy cruisers, Chaos Raiders, cunning Eldar pirates, and savage Ork Hulks are easily available online to talented independent artists. This bypasses the search for rare and expensive originals.
- Affordability: Although the printer and resin are initial investments, Cost per vessel Significantly less than purchasing a raw metal fleet. Perfect for building large fleets on a realistic budget.
- custom made: Want an entire fleet of unique ship variants? Or maybe add a custom crest or switch design? 3D printing allows for personalization that goes far beyond the original kit or resin cast.
- Community driven: A vibrant online community actively creates, shares and improves BFG-specific STL, constantly expanding the roster of available ships and factions.
Map your facility to print the course:
Create your guestbook
Handwriting: Paste *
visio This 3D printing fleet requires careful navigation. Here is the weekly roadmap:
1. Secure your blueprint (look for STL):
- market: Platforms like Cults3D, MyMiniFactory and Wargaming3D are treasure troves. Search for similar terms "gothic fleet," "BFG agent," "
spaceship" (For example, "Imperial Navy spaceship," "BFG quantity"). Review the license carefully (usually for personal/hobby use). - Special forum: Professional forums such as the Battlefleet Gothic Discord server, DakkaDakka, and TheTrove Archives (used ethically) are valuable resources for the community to share files and links to creators.
- Main creator: Explore the portfolios of artists known for their BFG designs, such as Soulforge Studio, ItalianMoose, LordChampion, Godforgeminis and Vanguard Miniatures.
2. Select your shipyard (select printing technology):
- Resin Printer (MSLA – Mask Stereolithography): The undisputed king of microprinting. MSLA printers such as Elegoo, Anycubic or Phrozen can print extremely smooth surfaces and capture the fine details required for gothic spaceships. Ideal for cruisers and small boats. Liquid resin and isopropyl alcohol (IPA) need to be handled for cleaning.
- E’SLA/Industrial SLA: Companies such as GreatLight use advanced stereolithography (SLA) and selective laser melting (SLM) technologies. They offer exceptional accuracy, a diverse range of high-performance materials (including durable resin grades and even metals), superior surface quality and scalability. Ideal for gamers looking for museum-quality hardcore battleship effects, admirals who want a highly durable fleet, or if you’re not interested in doing extensive post-processing yourself.
- FDM (Fused Deposition Modeling): Desktop FDM printers (which use filament) are cheaper but have great difficulty processing BFG scale details. The results often look significantly layered and lack definition. This is generally not recommended except when prototyping giant spaceships with minimal detail.
3. Start your fleet (printing notes):
- support: critical to success. Most cruiser-sized ships require significant support structures to prevent sagging during printing. The hollow hull (added scupper holes!) greatly saves resin, reduces weight, and prevents suction issues. Learning proper support placement (automated supports often require manual optimization) is key.
- direction: Proper positioning of the ship model on the build plate affects detail resolution and support requirements. Pointing the boat bow up usually produces the best overall detail while also maximizing support. Consider breaking very large ships into parts.
- solve: Layer height significantly affects detail and print time. Heights between 0.03mm and 0.05mm are standard heights for MSLA. Use higher resolution for escorts and extra detail.
- Resin selection: Standard gray resin is versatile. To increase resilience, consider "tough" or "ABS-like" resin. For unique effects or extra durability, professional services can use specialized industrial-grade resins through the SLA/SLM process.
4. Post-processing: the model becomes a fleet asset
Printing is half the battle. Post-processing transforms raw prints into desktop-friendly battleships:
* **Washing:** Thoroughly clean uncured resin parts in IPA (for home MSLA) or specialized solvents. Professional services handle this meticulously as part of their workflow.
* **Support Removal:** Carefully clip away supports. Use flush cutters and hobby knives tweezers for cleaner removal.
* **Curing:** Ensure resin reaches full hardness and stability using UV light (sunlight or a curing station). Professional services often feature advanced curing chambers.
* **Surface Finishing:** Imper
