DESCRIPTION

“FP-1” is a Ukrainian long-range unmanned aerial vehicle (kamikaze drone)
loitering munition designed to strike strategic targets deep within enemy territory.
It is manufactured by the Ukrainian start-up company Fire Point (FP). In 2025,
the company received record production funding for Ukraine. It has been actively used
to strike military-strategic targets in the russian federation since the end of 2024
and is currently considered the most widely used long-range strike drone by the Ukrainian defense forces.
According to reports, this drone accounts for about 60% of all long-range drone strikes.
It is a direct competitor to another Ukrainian drone, the AN-196 LUTYI.
The FP-1 UAV was publicly demonstrated in May 2025.
The drone has been under continuous development since 2024.
The 3D model presented reflects the external form of the drone at the time of its official presentation (May 2025).
Main characteristics of the FP-1:
Purpose: To strike strategic targets on enemy territory.
Flight range: up to 1,600 kilometers.
Warhead: up to 120 kg of explosives.
Construction: plywood is used for the power structure and
primitive design solutions, as explained, to reduce costs and increase production rates.
Stated production rate (for 2025) is about 100 units per day.
The stated cost is about (for 2025) $55,000 per unit.
The dimensions of the 3D model are comparable to the original (the official dimensions of this drone are not publicly available).
Length: 4050 mm, wingspan: 6000 mm, height: 1215 mm.
Unique development of 3D model - maximally detailed, reflecting in the model almost all external elements of the design.
The model is made with CAD quality in assembly version - propeller, elevation and attitude rudders - can rotate
(to be able to create animations of this model). Tail and Wings can be detached as in a real airplane drone.
All elements of the model, are made in full 3D format and do not require the mandatory,
additional use of special 2D textures.Additionally, the kit includes files for assembling the model in the takeoff position (rudders in the up position).
The model is ready for realistic 3D visualization in virtually any application designed for this purpose
using a standard set of materials - all surfaces are ready for this and marked - Assigned materials
surfaces with conditional color markings. See examples of realistic rendering in Keyshot 5.0 and Sketch fab
(A Package file for visualization in KeyShot (ksp) is included in the kit). The model is technically accurate
and is made as close as possible to the original and in the original dimensions, including the elements.
Even the screw heads, rivets which are not filled with putty and sealant in the real product,
correspond to real metric fasteners. Everything is made as accurately as possible,
as much as possible relying on the little information from available open sources - photo and video materials.
The model can be successfully used for detailed study of the external design of the product,
creating realistic 3D visualizations of high quality and pixel resolution - much higher than 4K
(smooth surfaces and high detail). As well as can be used for the production of high-quality stand models-
models for training and for exhibition purposes. The model is assembled, all moving elements are made
by separate parts, fan of Engine , swivel blades Attitude and position rudders, which if desired,
allows you to use the model to create 3D animation. The model was originally developed in technical-engineering
3D format (solid model CAD). The set contains textures for stickers. To create sample visualizations (see image gallery preview),
some seamless textures (not specialized) were used that are freely available on the Internet
or in standard visualization software packages and were not specifically designed for this purpose.
In addition to solid model file formats, converted highly detailed polygonal file formats are additionally provided.
Mesh:
Vertices 2693156
Faces 5387687
(fp-1.obj)
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Ukrainian UAV FP1 long range deep strike air drone Fire Point 3D model

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Native file format
SLDPRT
Size: 50.1 MB
2012
Exchange formats
OBJ
OBJ<br />File Size: 173 MB
FBX
Autodesk FBX<br />File Size: 223 MB
MAX
Autodesk 3ds Max<br />Version: 2017<br />File Size: 177 MB
IGE
IGES<br />File Size: 16.4 MB
BIP
KeyShot<br />Version: 5.0<br />File Size: 65.5 MB
PNG
PNG<br />File Size: 112 KB
STP
STEP<br />File Size: 21.4 MB
X_T
Parasolid<br />File Size: 13.4 MB
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5387687 polygons
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/ 2693156 vertices
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