About this asset

Detailed AutoCAD DWG technical drawing of the Fregat upper stage rocket module, featuring precise plan and elevation schematics. This technical drawing set provides a comprehensive geometric breakdown of the Fregat upper stage rocket module. The file includes a vertical elevation showing the module housed within a payload fairing, a detailed side elevation of the propellant tank configuration, and a plan view illustrating the arrangement of the spherical tanks and main engine nozzle. These lines are clean and dimensioned, capturing the complex circular geometry of the fuel storage and the integrated thruster assemblies. It serves as an accurate representation of the module's exterior proportions and internal component layout for engineering reference purposes.

The download is a 246 KB file containing an AutoCAD drawing (.dwg) drawn in all views. It opens in AutoCAD, BricsCAD, DraftSight and other DWG-compatible CAD programs, ready to insert as blocks into plans and elevations.

Professionals can insert this DWG directly into AutoCAD or other CAD-compatible software as a reference block. The geometry is vector-based, allowing for scaling or tracing to establish accurate silhouettes in larger assembly drawings. Layers are typically organised by line weight or component type, enabling users to isolate specific parts for documentation or to overlay these schematics onto site plans or project layouts where aerospace infrastructure is being modelled or analysed in a technical capacity.

This asset is intended for use in aerospace engineering projects, technical museum displays, or industrial design documentation where high-fidelity representations of rocket components are required. It is suitable for professionals working in the space industry, academic research, or technical illustration who need reliable, dimensioned references for the Fregat propulsion system. Search for this file when developing technical manuals, educational diagrams, or conceptual layouts for spaceport infrastructure, ensuring that the complex geometry of the module is accurately represented within your project documentation.