HRS DF56 50Pin to DF56 50Pin & DF36 20Pin Micro Coaxial Cable Assembly for Drone

Product Details

Technical Specifications

Key Features

• HRS DF56 50P to DF56 50P + DF36 20P configuration
• Multi-connector micro coaxial cable assembly
• Designed for compact UAV and drone electronics
• High-density signal routing in limited installation space
• Micro coaxial shielding structure
• Customized pin assignment and connector orientation
• Customized cable length and routing configuration
• OEM and ODM manufacturing support
• Prototype and mass-production support

Typical Applications

• Industrial UAVs
• Commercial drones
• Drone camera systems
• Gimbal camera systems
• UAV imaging modules
• Flight-control electronics
• UAV communication systems
• Compact drone electronic modules

Customization Options

HOTTEN can manufacture the UAV micro coaxial cable assembly based on customer drawings, specifications or existing samples.

Customization can include:

• Connector configuration
• HRS DF56 / DF36 connector part numbers
• Pin assignment
• Connector orientation
• Cable length
• Cable exit direction
• Cable OD
• Shielding structure
• Insulation requirements
• Cable routing configuration
• Terminal configuration
• Overall assembly dimensions

Engineering & Procurement Considerations

For a multi-connector UAV cable assembly, the connector configuration, pinout and mechanical routing requirements should be confirmed before production.

The RFQ should ideally include the HRS connector part numbers, DF56 50P and DF36 20P pin assignments, cable length, pinout, connector orientation and mechanical drawing.

Because the assembly connects multiple connector interfaces, the routing path and branch configuration should also be clearly defined. This is particularly important for compact UAV systems where the cable must pass through limited internal space.

For drone camera, gimbal and other moving modules, the installation position and required flexing conditions should be provided during engineering evaluation so that the cable construction and routing can be assessed accordingly.

HOTTEN can review customer RFQ drawings, BOMs, connector part numbers, pinout files and existing UAV cable samples before prototype production.

Prototype to Mass Production

HOTTEN supports customized UAV micro coaxial cable assembly projects from prototype development through volume production.

Drawing / BOM Review → Engineering Evaluation → Prototype → Testing & Verification → Production Approval → Mass Production

This process allows connector fit, pin assignment, cable dimensions and routing requirements to be verified before larger production quantities are released.

Quality & Testing

Depending on project requirements, inspection and testing can include:

• Continuity testing
• Pin-to-pin verification
• Electrical testing
• Connector inspection
• Dimensional inspection
• First Article Inspection (FAI)
• Cable assembly workmanship inspection
• RoHS / REACH compliance documentation

FAQ

What connector configuration does this UAV cable assembly use?

The listed configuration is HRS DF56 50Pin to DF56 50Pin + DF36 20Pin.

Can the HRS connector part numbers be customized?

Yes. The specific connector part numbers can be selected according to the customer's equipment and interface requirements.

Can the pin assignment be customized?

Yes. Pin assignment can be manufactured according to the customer's wiring diagram, drawing or BOM.

Can the cable length and connector orientation be customized?

Yes. Cable length, connector orientation and cable exit direction can be customized according to the UAV's internal routing requirements.

Is this cable suitable for drone camera or gimbal applications?

Yes. The multi-connector micro coaxial configuration can be evaluated for drone camera, gimbal and other compact UAV electronic modules according to the required electrical and mechanical specifications.

Can HOTTEN manufacture according to an existing UAV cable sample?

Yes. Customers can provide an existing cable assembly, drawing or BOM for engineering evaluation and prototype development.

What information should be included in an RFQ?

Important information includes HRS connector PN, DF56 / DF36 pinout, cable length, cable configuration, connector orientation, routing requirements and estimated quantity.