Hotten Flexible Customization Uav Pan Tilt Image Transmission Cable for Uav 46AWG Micro Coaxial Cable Assembly

Product Overview

UAV Gimbal Camera Micro Coaxial Cable Assembly

HOTTEN UAV Micro Coaxial Cable Assembly is designed for drone gimbal camera systems requiring lightweight structure, high flexibility and reliable high-speed signal transmission.

Using ultra-fine 46AWG micro coaxial cables, this cable assembly provides excellent routing flexibility for compact UAV designs while maintaining stable image transmission performance.

HOTTEN supports customized UAV cable solutions including connector selection, cable length, pin assignment, core configuration and mechanical structure.

Key Features

High Performance Drone Cable Solution

🔹 Ultra-Fine 46AWG Micro Coaxial Cable

Compact cable structure designed for space-limited UAV applications.

🔹 Flexible Gimbal Routing

Excellent bending performance for multi-axis gimbal movement.

🔹 High-Speed Image Transmission

Designed for stable signal transmission in drone camera systems.

🔹 Lightweight Design

Helps reduce internal wiring space and overall system weight.

🔹 Full Customization Support

Connector, length, pin configuration and cable structure can be customized.

Cable Structure

Customized UAV Cable Assembly Configuration

Cable

• 46AWG Micro Coaxial Cable
• Multi-core signal structure
• Flexible shielding design

Connector Options

Supported:

• HRS DF56
• HRS DF36
• I-PEX
• JAE
• Customized connectors

Custom Parameters

Available:

✔ Cable length

✔ Core number

✔ Pin assignment

✔ Connector type

✔ Jacket material

✔ Shielding structure

Applications

UAV & Drone Applications

Suitable for:

🚁 Drone Gimbal Camera Systems

📷 HD Image Transmission Modules

🎥 Aerial Photography Equipment

🛰 Compact UAV Electronics

🤖 Robotic Vision Systems

Engineering & Procurement Considerations for 46AWG UAV Pan-Tilt Micro Coaxial Cable Assemblies

Why are micro coaxial cables used in UAV pan-tilt systems?

UAV pan-tilt and gimbal systems often require compact cable assemblies to connect cameras, sensors, and electronic control components within a mechanically constrained space. A micro coaxial cable can provide multiple compact signal paths while helping maintain separation between individual signals.

For UAV imaging applications, cable selection needs to consider more than electrical connectivity. Cable diameter, flexibility, bending conditions, routing space, connector configuration, and signal requirements all need to work together with the mechanical movement of the pan-tilt system.

Why can 46AWG micro coaxial cable be useful for compact UAV applications?

46AWG is a fine conductor size that can support compact cable construction where available space and cable routing are important design considerations.

In a UAV pan-tilt assembly, a fine-gauge micro coaxial cable can help reduce the physical footprint of the cable while accommodating the signal connections required by a compact imaging system. The final conductor size should nevertheless be selected according to the required electrical characteristics, mechanical requirements, cable length, and connector termination.

A smaller wire gauge should not be considered automatically better. The appropriate design is the one that balances electrical performance, mechanical reliability, manufacturability, and the available installation space.

How does cable flexibility affect UAV pan-tilt and gimbal cable design?

Cable flexibility is particularly important when a cable is routed through a moving pan-tilt or gimbal mechanism. The cable may need to follow a defined routing path while accommodating repeated movement of the camera assembly.

Engineers should consider factors such as:

• Cable construction and overall diameter

• Bending radius

• Movement range of the pan-tilt mechanism

• Cable routing path

• Connector position and orientation

• Required cable length

• Mechanical interference within the assembly

• Expected operating conditions

A cable that is electrically suitable may still be inappropriate if its mechanical construction interferes with the movement of the gimbal. Cable routing and mechanical behavior should therefore be evaluated during the prototype stage.

How can cable construction affect image transmission in UAV camera systems?

The cable is part of the complete signal path between the camera and the electronic processing system. Cable construction, conductor geometry, shielding, signal-path separation, cable length, connectors, and termination can all influence the behavior of high-speed signals.

A micro coaxial structure provides an individually structured signal path that can help control electrical coupling between adjacent paths. This can be useful in compact UAV imaging systems where multiple signals must be routed through a limited space.

However, the actual signal performance depends on the complete interconnect design. Engineers should evaluate the cable together with the camera interface, connector, pin assignment, cable length, and system requirements rather than relying on the cable type alone.

What specifications should engineers define for a custom UAV micro coaxial cable assembly?

Before developing a custom UAV pan-tilt cable assembly, engineers should define the electrical, mechanical, and interface requirements as completely as possible.

Important specifications may include:

• Cable construction

• Conductor size, such as 46AWG

• Number of signal paths

• Signal application

• Shielding requirements

• Cable length

• Overall cable diameter

• Connector manufacturer and part number

• Connector pitch and pin count

• Pin assignment

• Connector orientation

• Termination requirements

• Minimum bending requirements

• Pan-tilt or gimbal movement range

• Available cable routing space

• Operating environment

• Camera, sensor, PCB, or equipment interface information

An existing cable sample, engineering drawing, connector part number, or mechanical assembly drawing can help the supplier determine a suitable cable structure.

What should buyers evaluate when sourcing a custom UAV image transmission cable?

For a custom UAV cable assembly, buyers should evaluate both the supplier's cable-processing capability and its ability to manufacture the complete assembly consistently.

Important supplier evaluation factors include:

• Experience with fine-gauge and micro coaxial cable assemblies

• Capability to manufacture compact high-density cable structures

• Connector termination capability

• Control of pin assignment and connector orientation

• Ability to meet customized cable lengths and routing requirements

• Prototype and sample development capability

• Dimensional and electrical inspection

• Mechanical evaluation during prototype development

• Engineering support for cable and connector customization

• Quality consistency from prototype to volume production

For UAV and gimbal applications, providing the supplier with camera interface information, connector details, cable length, routing requirements, movement conditions, drawings, or an existing sample can make engineering evaluation and quotation more accurate.

Why Choose HOTTEN

Professional UAV Cable Assembly Manufacturer

Micro Cable Manufacturing Capability

HOTTEN combines micro coaxial cable production and precision assembly technology to provide compact high-performance interconnect solutions.

Flexible Customization

Support from prototype samples to mass production.

Reliable Quality Control

Testing includes:

✔ Electrical performance testing

✔ Continuity testing

✔ Mechanical reliability testing

✔ Material compliance testing

Applications:

Advantages：

• Ultra-fine 46AWG Micro Coax for HD Signals
• Original HRS DF56 26P + DF36 15P + FPCA Design
• Lightweight & Flexible for 3-Axis Gimbal Routing
• Customizable Length & Pin Assignment