Our in-house engineering team develops complete 2D fabrication drawings using globally accepted design standards.
- Component-level and assembly-level drawings
- Dimensional accuracy and tolerance detailing
- Hydraulic, pneumatic, and fuel line schematics
- Material selection and part standardization
- Aviation and industrial compliance documentation
These drawings form the blueprint of every refuelling system and special vehicle we build — ensuring consistency, safety, and serviceability at every stage.
We utilize modern 3D CAD tools (such as SolidWorks, AutoCAD, and Creo) to create realistic digital prototypes of our products.
- Complete 3D modeling of air refuelling trucks, hose reels, and component assemblies
- Motion and stress analysis for performance validation
- Space management and ergonomic optimization
- Clash detection to ensure perfect fitment during fabrication
- Data exchange compatibility for client collaboration
This approach allows us to visualize the entire system before manufacturing begins — saving both time and cost while improving precision.
Every design we deliver is optimized for manufacturability. Our close integration between the Design and Fabrication departments ensures seamless transition from drawing to production.
- Sheet metal and structural fabrication drawings
- CNC and laser cutting compatibility
- Welding sequence and assembly guidelines
- Quality and safety compliance checkpoints
This ensures each component — whether it’s a swivel joint, manhole cover, or hose reel assembly — is built exactly as designed, maintaining structural reliability under demanding conditions.
We work hand-in-hand with our clients to co-develop specialized refuelling systems, ensuring every design meets unique operational and environmental requirements.
- Design consultancy for custom SPVs
- Integration support for PLC and interlock systems
- Upgradation of existing mechanical designs
- Reverse engineering for legacy equipment
Our goal is to provide a complete design-to-deployment solution — delivering both technical accuracy and practical feasibility.