Pigeon Loft
Custom fabricated loft structure for a competitive pigeon racing enthusiast
Project Overview
About This Engagement
- Client
- Private Client
- Location
- Sydney, NSW
- Category
- CAD Modelling & Fabrication Drawing
- Completed
- August 2024
AGX Engineering was engaged to design and document a custom pigeon loft structure for a private client with a rooftop space in the eastern suburbs of Sydney. The brief called for a durable, weatherproof enclosure capable of housing up to 40 racing pigeons, with adequate ventilation, perching area, and trap doors for training releases.
The design needed to sit on an existing concrete rooftop without permanent penetrations and be capable of disassembly for future relocation. All materials were selected for coastal durability and minimal maintenance over a minimum ten-year service life.
The Challenge
Problem and Requirements
The client's existing makeshift pigeon housing was deteriorating and no longer provided adequate protection from weather or predators. Off-the-shelf aviary structures were sized for smaller birds and lacked the specialist features required for competitive pigeon keeping — including separate training sections, a darkened loft interior, and trap-door landing boards.
The rooftop installation location introduced additional complexity: the structure could not penetrate the waterproofed membrane, and a distributed load limit had been imposed by the building owner. The design needed to remain below the parapet line and be fully removable.
Our Approach
Engineering Solution
AGX Engineering designed a modular aluminium extrusion frame with corrugated Colorbond steel roofing and powder-coated mesh panel infills. Frame member sizes (65 × 65 × 3 mm SHS aluminium) were selected to distribute loads within the roof's maximum allowable capacity, with non-penetrating anchor feet distributing loads through 6 mm neoprene isolation pads.
Internal fit-out drawings detailed the breeding box grid, perch board arrangement, and a hinged trap landing board assembly with spring-loaded entrance bars. All hardware was specified in grade 316 stainless steel for coastal compatibility. A complete cut list and assembly sequence allowed the fabricator to complete the build from drawings alone without further input.
What Was Produced
Deliverables
All documentation was produced to a professional standard so the client's supply chain could work from it directly.
- 3D CAD model (SolidWorks)
- General arrangement drawing
- Frame fabrication drawings
- Panel layout and cut-list schedule
- Hardware and materials bill of quantities
- Assembly instruction document
Technology
Software and Tools Used
The engineering tools and software platforms used to design, analyse, and document this project.
- SolidWorksCAD
- AutoCADDrafting
Related Work
Services Used on This Project
Explore the engineering disciplines that contributed to this engagement.
3D CAD Modelling
Custom CAD modelling tailored to fabrication requirements and site constraints.
Manufacturing & Fabrication Drawings
Production-ready fabrication drawings and documentation for direct use by fabricators.
DXF & Laser/Waterjet Files
Cut-ready DXF flat patterns for panel infills, brackets, and sheet components.
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