Engineering & Design
From early concept development through qualification documentation, TAG applies simulation-driven design and aerospace-grade validation processes to ensure structural reliability and repeatable performance in flight-critical environments.
TAG delivers end-to-end engineering support for highly engineered tie-rods, push-pull rods, and vibration isolation systems used in commercial and military aircraft. Our team works directly with OEM and Tier 1 engineering groups to design, validate, and qualify components that meet defined structural loads, vibration profiles, thermal conditions, and fatigue targets.
Key Benefits
- Reduced technical risk through simulation-backed structural validation
- Optimized fatigue life under axial, torsional, and bending loads
- Early design collaboration to streamline qualification pathways
- Installation-ready designs aligned with aircraft integration constraints
- Full engineering documentation supporting OEM and regulatory review
- Accelerated development cycles through in-house analytical capability
Technical Range
TAG’s engineering capabilities span the full development lifecycle — from early concept modeling and load-case simulation through validation, documentation, and qualification. Each project is supported by rigorous analytical tools and aerospace-grade reporting to ensure structural integrity, fatigue performance, and regulatory compliance.
- 3D solid modeling and system-level CAD integration
- Finite Element Method (FEM) analysis and stress reporting
- Load case simulation (torsional, axial, bending, resonance)
- Fatigue life modeling and structural substantiation
- Resonance frequency evaluation and vibration isolation analysis
- Tooling and fixture design for production readiness
- Qualification Test Plans (QTP) and Qualification Test Reports (QTR)
- Configuration control and engineering change support
- Integrated rod-and-damping system co-development
Put Our Capabilities to Work
Collaborate with TAG engineering early in your development cycle to reduce qualification risk and optimize structural and vibration performance from concept through certification.