This build shows the weapon with its tail fins deployed, which is the configuration seen in flight rather than on a pylon. The fins are the interesting part: they fold flat for carriage and snap out after release, and modeling them extended means the bomb reads as a weapon in use rather than as stores hanging under a wing.
The mesh is unusually heavy for a munition at 529,081 polygons and 547,436 vertices in quads and tris, and it arrives rigged so the fins and the seeker can be posed. The UVs overlap, which is the sensible economy on a body with four identical fins.
At $69 and built to StemCell specification, it suits defence visualization, news and documentary graphics, military training material, aviation renders and games. Real-world scale is kept. On sale since 2026.
Questions About This Model
Can the Laser-Guided Precision Bomb with Tail Fins Gray model be modified after purchase?
Yes. The Royalty Free license allows editing the geometry, retopologising, changing materials and adapting the asset to a project. What it does not allow is reselling or redistributing the model file itself.
How heavy is the Laser-Guided Precision Bomb with Tail Fins Gray mesh?
529,081 polygons and 547,436 vertices, built as polygonal quads/tris. The count is honest; whether it is heavy is a decision only your target platform can make.
What size is the Laser-Guided Precision Bomb with Tail Fins Gray in real-world units?
404.35 x 953.93 x H420.38 cm. The model is built at true scale, so it lands at the right size next to other objects instead of needing a unit fix on import.
What should I search for to find models like the Laser-Guided Precision Bomb with Tail Fins Gray?
Useful search terms are laser guided bomb, precision guided munition 3d model and deployed tail fins. Browsing the Weapons category shows the closest alternatives at a range of prices.
