Quality, Compliance & Logistics
What Is the Standard Lead Time for Custom Micro-D Harness Prototypes?
Lead Time for Custom Micro-D Harness Prototypes
Raineon offers competitive lead times for custom Micro-D and J30J wire harness prototypes, with options to accommodate both standard development schedules and urgent program requirements.
Standard Lead Times
- Prototype (1-5 units): 4-6 weeks from approved drawing and material availability. This includes design review, material procurement, fabrication, testing, and documentation.
- Pre-Production (6-25 units): 6-8 weeks, including first-article inspection and process validation.
- Production (25+ units): 8-12 weeks depending on complexity and volume. Production tooling and form boards are fabricated during the prototype phase to enable seamless transition.
Expedited Options
- Fast-Track Prototype: 2-3 weeks for simple harnesses (up to 25 circuits) with standard connectors. Additional fees apply for expedited material procurement and priority scheduling.
- Emergency Turnaround: 5-7 business days for critical program needs. Subject to engineering review and material availability. Contact our sales team for emergency requirements.
Factors Affecting Lead Time
- Connector Availability: Standard Micro-D and J30J connectors are typically in stock. Custom or non-standard configurations may require 4-8 additional weeks.
- Wire Specifications: Standard aerospace wires (Spec 55, M22759) are readily available. Exotic wire types or custom colors may extend lead times.
- Testing Requirements: Environmental testing (vibration, thermal cycling, salt spray) adds 1-3 weeks depending on the test protocol.
- Approval Cycles: Customer drawing approval and first-article review can impact the overall schedule. We recommend parallel review processes to minimize delays.
Planning Recommendations
For optimal scheduling, submit harness drawings and specifications at least 8 weeks before your required delivery date. Early engagement allows our engineering team to identify potential issues and suggest design optimizations that can reduce both cost and lead time.
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