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Istanbul-Class Frigate (F-515) | High-Quality 3D Model
This is a highly detailed 3D model of the Istanbul-Class Frigate (F-515) — one of the most advanced surface combatants of the Turkish Navy, developed under the MİLGEM national warship program.
The model was fully created in SketchUp, designed with realistic proportions and clean topology, and exported into multiple formats for maximum compatibility. Ideal for naval visualization, simulation, education, or 3D design projects.
Model Specifications
Formats Included: .skp, .stl, .fbx, .obj
Scale: 1:1 (based on real dimensions)
Units: Meters
Geometry: Clean polygonal modeling, non-destructive workflow
Textures & Materials: Included (basic materials, customizable)
Details Modeled:
Hull and superstructure
Main mast and radar systems
Weapon systems and sensors
Helicopter deck
Lifeboats, exhausts, and communication arrays
Polygons/Vertices: Optimized for rendering and real-time visualization
File Integrity: Checked and clean topology for all formats
Real Ship Technical Data (Reference)Specification Istanbul-Class Frigate (F-515)Displacement: Approx. 3,000 tonsLength (Overall): 113 metersBeam (Width): 14.4 metersDraft: 4.0 metersPropulsion: CODAG system (Combined Diesel and Gas)Speed: 29+ knotsRange: 5,700 nautical miles (at 14 knots)Crew: ~125 personnelArmament: 76mm main gun, 16x VLS (Surface-to-Air Missiles), 8x Anti-Ship Missiles, Torpedo launchers, CIWSAviation Facilities: Flight deck and hangar for one S-70B Seahawk helicopter Usage Recommendations
This model is suitable for:
Naval visualization and simulation projects
Defense industry presentations
Game and film production
Technical education and design training
3D printing (STL version available)
Important Notes
This model is not an official or confidential asset — it is an original artistic 3D recreation based on open-source references.
Geometry and dimensions were adapted to achieve a realistic visual representation.
No classified or restricted information was used in its creation.
REVIEWS & COMMENTS
accuracy, and usability.
