Enclosures and housings
VIPER VTOL Interceptor Drone
- Bounding box
- 295.0 × 295.0 × 325.1 mm
- Engine
- Precision B-rep
- Parameters
- 14
- Published
- October 1, 2026
Download
Free to download and use. See the terms.
The prompt
Generate a single 3D solid model of a VTOL interceptor drone using precise geometric primitives and strict 4-way radial symmetry. Main Fuselage: Create a central vertical solid cylinder with an outer diameter of 138 mm and a height of 325 mm. Nose Radome: On top of the main cylinder, add a solid parabolic cone (ogive) that is exactly 110 mm tall. It must have a 138 mm base diameter to seamlessly blend into the cylinder and taper smoothly to a pointed apex. DO NOT leave the top flat or open. Radial Motor Arms: At exactly the midpoint of the cylinder's height, add 4 horizontal, flat rectangular plates extending outward in a 90-degree cross pattern. Each rectangular plate must be exactly 61 mm long, 30 mm wide, and 3.5 mm thick. DO NOT use cylindrical pegs. Motor Nacelles: At the exact outer tip of each rectangular arm, attach a vertical cylinder with a diameter of 35 mm and a total height of 45 mm. Add a smooth, rounded aerodynamic dome to the top of each nacelle cylinder. Aft Stabilizer Fins (Base): At the absolute bottom of the main fuselage, add 4 large, swept triangular flat plates aligned perfectly beneath the motor arms. Each triangle must attach vertically along the bottom 80 mm of the cylinder wall and flare outward at the bottom to create a stable, 4-point landing stance with a 210 mm diagonal footprint. DO NOT use thin cylindrical sticks or wires for the base. Ensure all parts intersect seamlessly into a single watertight solid model. Output dimensions in millimeters.
Parameters
| Name | Value | Range |
|---|---|---|
| Fuselage Outer Diameter | 138 mm | 40 – 300 |
| Fuselage Length | 325 mm | 100 – 600 |
| Nose Radome Height | 110 mm | 20 – 300 |
| Nose Tip Radius | 4 mm | 0.5 – 20 |
| Arm Tip-to-Tip Span | 260 mm | 140 – 500 |
| Arm Plate Exposed Length | 61 mm | 20 – 200 |
| Arm Plate Width | 30 mm | 8 – 80 |
| Arm Plate Thickness | 3.5 mm | 1 – 20 |
| Arm Mount Height (Z) | 162.5 mm | 10 – 600 |
| Motor Nacelle Diameter | 35 mm | 10 – 80 |
| Motor Nacelle Height | 45 mm | 10 – 120 |
| Landing Stance Diagonal | 210 mm | 100 – 400 |
| Fin Root Height | 80 mm | 10 – 200 |
| Fin Plate Thickness | 6 mm | 2 – 25 |
Every value above is a live dimension. Open a model like this in the editor and each one becomes a slider you can drag before exporting.
More models
Browse the full gallery →Cylindrical Stainless Steel Basket with Folding Handles
Design a cylindrical 304 stainless steel basket with an outer diameter of 200 mm and height of 250 mm. The basket has solid side walls with no perforations. The bottom plate contai
Immersion Cooling Enclosure
Design a sealed high-pressure dielectric immersion cooling enclosure for cylindrical battery cells. Internal cavity dimensions: 540mm length, 360mm width, 160mm height with 6mm wal
Simple BWB with Propulsion Tube
Prompt: "A simple, solid Blended Wing Body (BWB) flying wing. Dimensions: wingspan 6.5 meters, center chord 1.53 meters, root thickness 35 centimeters, tapering to 15 centimeters a
Engranaje recto 50 dientes, módulo 2
Engranaje recto de 50 dientes, diámetro exterior 104 mm, diámetro de raíz 95 mm, espesor 10 mm y ángulo de presión 20°. Crear como sólido 3D con un agujero central de 8.2 mm de diá
G+1 Party Hall Structural Shell
G+1 Party Hall – AutoCAD Design Prompt Design a G+1 RCC-framed Party Hall in AutoCAD with detailed Ground Floor Plan, First Floor Plan, and all-side elevations (front, rear, left
Rope Winch Drum
Create a fully parametric CAD model of a rope winch drum for a construction hoist. Requirements: - Output format: STEP (.step or .stp) - Units: millimeters - Solid body only (no