Aerospace & Aviation Cable Assemblies Australia
High-reliability wire harnesses and cable assemblies for commercial aviation, general aviation, UAVs, and space systems. Lightweight aerospace wiring, DO-160 environmental qualification, and full traceability for airworthiness compliance.
- AS9100 quality management alignment
- DO-160 environmental test compatibility
- PTFE & ETFE lightweight aerospace wire
- IPC/WHMA-A-620 Class 3 workmanship
Aerospace & Aviation Applications
Precision cable assemblies engineered for every aerospace platform
Commercial Aviation
Passenger aircraft, regional jets, and cargo aircraft systems
- Flight deck avionics harnesses
- In-flight entertainment (IFE) cables
- Cabin management system wiring
- Engine FADEC interconnects
General Aviation
Light aircraft, helicopters, and rotorcraft applications
- Instrument panel wire harnesses
- Avionics retrofit cabling
- Engine monitoring cables
- Landing gear sensor wiring
UAVs & Drones
Unmanned aerial systems for commercial and defence missions
- Flight controller harnesses
- Payload sensor cables
- Gimbal motor wiring
- Telemetry data link cables
Avionics & Navigation
Flight management, communication, and navigation systems
- FMS interconnect cables
- VHF/UHF radio harnesses
- GPS/GNSS antenna cables
- Transponder wiring assemblies
Sensors & Instrumentation
Flight data, engine monitoring, and environmental sensors
- Thermocouple extension cables
- Pressure transducer wiring
- Pitot-static system cables
- Fuel quantity sensor harnesses
MRO & Ground Support
Maintenance, repair, overhaul, and ground support equipment
- Test equipment cables
- Ground power unit harnesses
- Maintenance access cables
- AOG replacement harnesses
Aerospace Standards & Compliance
Built to the rigorous standards that aviation demands
Quality & Design Standards
- AS9100 — Aerospace quality management system requirements
- AS50881 (SAE) — Wiring aerospace vehicle installations
- DO-160 — Environmental conditions and test procedures
- DO-178C — Software considerations (for smart harnesses)
- FAR 25.853 — Fire resistance and flammability standards
- IPC/WHMA-A-620 Class 3 — Highest workmanship acceptance
- ARINC 600/404 — Avionics rack and connector standards
- AS/NZS 3000 — Australian wiring rules compliance
Testing & Qualification
- DO-160 Section 4 — Temperature and altitude testing
- DO-160 Section 8 — Vibration (sine and random profiles)
- DO-160 Section 6 — Humidity and condensation testing
- DO-160 Sections 15-22 — EMI/EMC qualification testing
- MIL-STD-202 — Electronic component test methods
- Hipot testing — Dielectric withstand up to 5kV AC/DC
- Insulation resistance — >100 MΩ per conductor verification
- Continuity and contact resistance — milliohm-level accuracy
Aerospace-Grade Wire & Materials
Weight is the enemy in aerospace. Every gram matters when it comes to fuel efficiency and payload capacity. Our aerospace cable assemblies use the lightest, most reliable wire and insulation materials available, purpose-selected for each application's temperature, altitude, and chemical exposure requirements.
PTFE (Teflon) Insulated Wire
M22759 specification — rated -65°C to +260°C, excellent chemical and fluid resistance, lightweight
ETFE (Tefzel) Wire
Superior abrasion resistance, lighter than PTFE, ideal for aircraft routing through conduits and clamps
Kapton Insulated Wire
Extreme temperature range, ultra-thin wall insulation for weight savings in high-density harnesses
Nickel-Plated Copper Conductors
High-temperature oxidation resistance, maintains conductivity and solderability above 200°C
Lightweight Shielding Solutions
Aluminium/Mylar foil shields, spiral-wrapped shields, and composite EMI barriers for weight reduction
Why Aerospace Companies Choose Us
Aerospace demands zero tolerance for failure. Here's how we deliver the reliability your programs require.
Complete Traceability
Every aerospace cable assembly ships with comprehensive documentation including serialised traceability records, material certifications traceable to original manufacturer certificates, and test reports. This supports airworthiness requirements and simplifies audits for CASA, FAA, and EASA compliance.
- Serialised lot and batch tracking
- Material certificates of conformance
- Wire and connector certifications
- First Article Inspection Reports
Weight Optimisation
Aircraft wiring can account for 2-4% of an aircraft's empty weight. We engineer every harness for minimum weight using thin-wall insulation, optimised conductor sizing, lightweight connectors, and efficient routing designs. Lighter harnesses mean better fuel efficiency and increased payload capacity.
- Thin-wall PTFE/ETFE insulation
- Optimised conductor gauge selection
- Lightweight aluminium shielding
- Compact connector specifications
Australian Engineering Support
Our Melbourne-based engineering team provides local technical support for Australian aerospace programs. From design review and DFM analysis to prototype qualification and production scale-up, we work in your timezone with fast turnaround on engineering changes and urgent AOG requirements.
- Melbourne-based technical team
- Same-timezone collaboration
- AOG expedite capability
- Engineering change order support
EMI/EMC Protection for Avionics
Modern aircraft rely on hundreds of electronic systems operating in close proximity. Electromagnetic interference can compromise navigation accuracy, communication clarity, and flight control integrity. Our aerospace cable assemblies incorporate proven shielding architectures that meet DO-160 EMI/EMC categories.
Braided Copper Shield
85-95% optical coverage for broadband EMI attenuation across avionics frequency ranges
Foil + Braid Combination
Dual-layer shielding for maximum rejection in high-density avionics bays
Twisted Shielded Pairs
Balanced signal transmission with individual pair shielding to eliminate crosstalk
360° Backshell Termination
Complete shield-to-connector bonding for unbroken Faraday cage protection
Extreme Environment Performance
Engineered to perform from sea level to the stratosphere
Environmental Ratings
- Operating temperature: -65°C to +260°C (PTFE wire)
- Altitude: sea level to 21,000m (70,000 ft)
- Rapid decompression resistance for pressurised aircraft
- Vibration: sine and random profiles per DO-160 Section 8
- Humidity: 95% RH condensing per DO-160 Section 6
- Fluid susceptibility: hydraulic, fuel, de-icing fluids
- Fire resistance per FAR 25.853 and FAR 25.856
- UV resistance for external and unpressurised installations
Construction Features
- PTFE & ETFE insulated conductors per M22759 specification
- Fluoropolymer jacketing for hydraulic fluid and fuel resistance
- Aerospace-grade heat shrink identification and protection
- Strain relief boots moulded to MIL-DTL-38999 connectors
- Crimp terminations per NASA-STD-8739 and SAE AS7928
- Potting and encapsulation for vibration-prone installations
- Wire routing per AS50881 separation requirements
- Laser-marked identification per AS50881 wire marking standards
Aerospace Manufacturing Process
Every aerospace cable assembly follows a controlled manufacturing process with documented inspection gates, 100% electrical testing, and full traceability from raw material to shipped product.
Design Review & DFM Analysis
Engineering review against AS50881 wire installation requirements, connector specifications, and environmental qualification needs
Qualified Material Procurement
Sourcing aerospace-grade wire, connectors, and components with full material certifications and traceability documentation
Controlled Assembly
Assembly in ESD-protected workstations with controlled tooling, calibrated crimp tools, and in-process inspection at each stage
Electrical Testing & Verification
100% continuity, hipot, insulation resistance testing. Signal integrity and TDR testing for high-speed avionics cables
Final Inspection & Documentation
IPC/WHMA-A-620 Class 3 visual inspection, dimensional verification, and complete aerospace documentation package
Supporting Australia's Aerospace Sector
Australia's aerospace industry is growing rapidly, from commercial MRO facilities to defence aerospace programs and the emerging space sector. We deliver the cable assemblies Australian aerospace companies need.
Commercial Aviation MRO
Replacement harnesses and retrofit cables for aircraft maintenance facilities across Australia. AOG expedite available.
Defence Aerospace
Cable assemblies for military aircraft, helicopters, and UAV programs supporting the Australian Defence Force.
General Aviation & Rotorcraft
Custom harnesses for GA aircraft upgrades, avionics retrofits, and helicopter mission equipment installations.
Space & Satellite
High-reliability cable assemblies for Australian space programs, satellite ground stations, and launch support systems.
Frequently Asked Questions
Common questions about aerospace cable assembly solutions
Do you manufacture cable assemblies to aerospace standards?
Yes, we manufacture cable assemblies aligned to AS9100 quality management requirements, with wiring produced to AS50881 (SAE) standards for aerospace wire installations. All assemblies undergo workmanship inspection to IPC/WHMA-A-620 Class 3, the highest acceptance standard for cable and wire harness assemblies.
Can your cable assemblies pass DO-160 environmental testing?
Absolutely. Our aerospace cable assemblies are designed and built to withstand DO-160 environmental test categories including temperature and altitude (Section 4), vibration (Section 8), humidity (Section 6), fluid susceptibility (Section 11), and EMI/EMC (Sections 15-22). We select materials and construction methods specifically to meet these requirements.
What wire types do you use for aerospace applications?
We use aerospace-grade wire types including PTFE (Teflon) insulated wire per M22759, ETFE (Tefzel) wire, Kapton-insulated wire for extreme temperatures, and nickel-plated copper conductors. All wire is lightweight, fire-resistant to FAR 25.853, and rated for the specific temperature and altitude requirements of each application.
Do you support avionics and flight-critical wiring?
Yes, we produce avionics wire harnesses for instrument panels, flight management systems, communication radios, navigation equipment, and display units. We follow separation requirements per AS50881 for routing power, signal, and RF cables to prevent interference in flight-critical systems.
What connectors do you use for aerospace cable assemblies?
We work with all major aerospace connector families including MIL-DTL-38999 Series III circular connectors, D-sub connectors per MIL-DTL-24308, ARINC 600/404 avionics rack connectors, micro-D connectors per MIL-DTL-83513, and commercial aerospace connectors from TE Deutsch, Amphenol Aerospace, and ITT Cannon.
What is your lead time for aerospace prototype cable assemblies?
Aerospace prototypes are typically delivered in 2-4 weeks depending on connector and wire availability. We maintain stock of common aerospace-grade connectors and wires. Production quantities follow with 4-8 week lead times, and we support AOG (Aircraft on Ground) expedite requests for urgent MRO requirements.
Cost Optimization & Supply Chain Solutions
Beyond manufacturing - strategic support to reduce costs and ensure supply continuity
Long-Term Cost Reduction
Strategic component optimization for sustainable savings
Alternative Component Sourcing
Our sales managers can recommend cost-effective alternative models from Chinese suppliers that meet the same specifications - often reducing component costs significantly.
Custom Mold Development
For high-volume requirements, we can develop custom molds tailored to your exact needs. While there's an upfront investment, this dramatically reduces per-unit costs for long-term production runs.
Inventory Management Services
Never miss a deadline with our stocking solutions
Pre-Stocking for Critical Orders
If you have strict delivery requirements or seasonal demand peaks, we recommend pre-stocking key assemblies. Our extensive factory space can accommodate your inventory needs.
Material Management Support
For your most important orders, we provide comprehensive material management - ensuring components are ready when production begins, eliminating supply chain delays.
Speak with Our Melbourne Manager
Discuss cost optimization, inventory solutions, and custom component sourcing with Mark, our local Australia manager based in Melbourne.
Related Resources
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Defence & Aerospace MIL-SPEC Wire Harness Guide
MIL-SPEC standards and requirements for aerospace wire harnesses.
EMC/EMI Best Practices Guide
Best practices for electromagnetic compatibility in cable assemblies.
Wire Harness Testing Guide
Comprehensive testing methods for high-reliability cable assemblies.
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Aerospace-Grade Cable Assemblies, Australian Support
AS9100 quality, DO-160 environmental qualification, full traceability for airworthiness compliance
Melbourne Office: 1/30 Seaford Road, Seaford VIC 3198 | Mon-Fri 9AM-6PM