Flexible Customization 42AWG Micro Coaxial Cable Assembly for UAV Unmanned Aerial Vehicle Wire Harness

Product Overview

The HOTTEN 42AWG Micro Coaxial Cable Assembly is designed for UAV and drone systems requiring compact, lightweight interconnections for camera modules, gimbal systems, sensors and other electronic components.

Using 42AWG micro coaxial cable, the assembly supports space-constrained routing where cable dimensions, shielding, connector compatibility and signal requirements must be considered together.

HOTTEN supports customized cable assembly development based on customer drawings, samples, BOMs and connector specifications. Cable length, connector configuration, pin assignment, shielding structure and harness layout can be defined according to the target UAV system.

The final cable construction and electrical performance should be confirmed against the customer's interface requirements and approved technical specification.

Key Features

42AWG Micro Coaxial Cable

The 42AWG micro coaxial construction supports compact cable routing in space-constrained electronic systems. The conductor, insulation and shielding configuration can be selected according to the required electrical and mechanical performance.

Compact and Lightweight Structure

A fine-gauge cable design can help reduce cable bulk in UAV electronics where available space and cable weight are important considerations. The final assembly dimensions and weight depend on the selected cable structure, connectors and protective materials.

Shielded Signal Interconnection

Micro coaxial cable provides a coaxial signal path with shielding around the conductor. The required impedance, shielding construction and signal performance should be specified according to the target camera, sensor or electronic interface.

Custom Connector Integration

Connector type, pin count, pin assignment and orientation can be customized based on customer drawings, BOMs and connector part numbers. Connector compatibility should be confirmed against the actual mating interface.

Custom Cable Length and Harness Layout

Cable length, routing, branch configuration, wire arrangement and protective covering can be defined according to the UAV installation space and assembly requirements.

OEM Cable Assembly Development

HOTTEN supports customized cable projects from prototype development to production based on approved drawings, reference samples and technical specifications.

Technical Specifications

Final conductor, insulation, shielding and connector specifications depend on the selected configuration and approved drawing.

Typical Applications

The 42AWG micro coaxial cable assembly can be customized for:

• UAV and drone camera modules

• Gimbal camera systems

• Aerial imaging equipment

• Flight-control and electronic modules

• Compact sensor interconnections

• FPV and other compatible video systems

• Industrial inspection drones

• Customized UAV electronic assemblies

The final application suitability depends on the signal interface, cable electrical requirements, connector configuration and installation conditions.

Engineering & Procurement Considerations

When selecting a 42AWG UAV micro coaxial cable assembly, engineers should evaluate signal performance, connector compatibility, cable weight and routing requirements together.

1. Signal Type and Electrical Requirements

Identify whether the cable carries camera signals, differential signals, RF signals or other electronic signals. Specify the required characteristic impedance, attenuation or other electrical parameters where applicable.

2. Connector Part Number and Pin Assignment

Provide the exact connector part number, mating interface drawing, pin count and wiring diagram. Similar-looking connectors may have different footprints or pin assignments.

3. Cable Length and Routing

Define the finished cable length, exit direction, bend radius and available installation space. For moving gimbal systems, confirm the movement range and expected cable flexing conditions.

4. Shielding and Signal Integrity

Specify the shielding construction and grounding arrangement according to the electrical interface. Signal integrity should be evaluated using the selected cable configuration and relevant system-level test requirements.

5. Weight and Mechanical Requirements

Where assembly weight is critical, confirm the permissible cable weight, connector mass, protective covering and overall dimensions. The finished assembly weight depends on the complete configuration, not AWG alone.

6. Prototype and Quality Acceptance

Before production, confirm the approved drawing, connector configuration, cable length, pin assignment, continuity requirements and relevant electrical tests. Define the acceptance criteria before approving the prototype.

Custom 42AWG UAV Cable Assembly Manufacturing

HOTTEN supports customized micro coaxial cable assemblies for drone and UAV equipment manufacturers based on drawings, samples, BOMs and project specifications.

For engineering review and quotation, please provide:

• Cable drawing or reference sample

• Required 42AWG cable configuration

• Signal type and electrical requirements

• Connector part numbers and pin assignment

• Required cable length and routing conditions

• Shielding and protective covering requirements

• Target assembly dimensions and weight, if applicable

• Prototype quantity and estimated production volume

HOTTEN can review the specified cable construction, connector integration and assembly requirements to support customized UAV interconnection projects.

Request a Custom UAV Cable Quote

Send your drawing, BOM, connector part number, pin assignment or reference sample to discuss a customized 42AWG micro coaxial cable assembly for your UAV or drone application.