Field systems / QDM

Pan–tilt positioning mechanism

A mechanical positioning concept for customer-selected cameras, instruments or sensor payloads.

Enquire about this concept

Mechanical integration concept · Configuration agreed per project

Representative QDM pan–tilt positioning mechanism design visualization — Pan–tilt positioning mechanism — studio design view · Representative design visualization

The application

What the equipment is for.

The pan–tilt study shows a supported payload with rotational positioning axes. The mechanical development scope can include the structure, bearings, drive interfaces, mounting and cable-management arrangement. Payload selection, motion requirements and any specialist electronics are defined for the project.

Applications to discuss

Camera and instrument positioning
Sensor-support mechanisms
Custom motion assemblies

Developed around the requirement

Configure the working process.

Payload and motion

Define mass, centre of gravity, movement range and positioning objectives.

Mechanical assembly

Develop supports, bearing arrangements, drive interfaces and mounting.

Integration

Agree cable routing, protection and interfaces to customer-selected equipment and controls.

Materials, dimensions, operating range, output, controls and delivery scope are confirmed in the project proposal.

Application & engineering guide

Positioning a payload about two defined axes

Use these notes to define the application before choosing the final equipment configuration.

Working principle

A pan–tilt mechanism turns an instrument about horizontal and vertical positioning axes. Commercial units use different mounting arrangements for cameras and other payloads. QDM’s mechanical concept can be developed for the customer’s instrument, with mounting geometry and load balance reviewed before selecting the drive and support components.

Configuration decisions

Payload mass alone is not enough to define the mechanism. Include its centre of gravity, size, cable connections and desired movement range. Speed and angular position requirements should be stated with the operating conditions. A top-mounted and side-mounted instrument may place different loads on the same axis arrangement.

Planning the first build

Development should review the full movement envelope, cable routing, stops and holding behaviour with a representative payload. Agree how position is measured and whether movement is manually controlled or coordinated by an external system. Specialist electronics and control interfaces can be scoped with the customer team. The reference view does not provide a universal angular precision or environmental rating.

Project-specific technical parameters

Values to define before the build.

The table identifies the reference arrangement and the values to agree for your application.

Positioning a payload about two defined axes — configuration parameters
Parameter	Configuration / value	Confirm before manufacture
Payload	Defined mass and centre of gravity	Provide mounting drawing and services
Mounting arrangement	Top or side interface as scoped	Review load distribution
Pan and tilt travel	Defined in degrees	Confirm limits and clearance
Speed objective	Defined in degrees/s	Agree movement and settling task
Position target	Application-specific angular requirement	Define feedback and test method
Cable routing	Configured through the motion envelope	Review service loops and connectors
Control interface	Manual or external coordination as agreed	Define partner and client responsibilities

These products are customizable. Configuration values and images are indicative and may change with the application. Final dimensions, components, controls and performance requirements are confirmed in the agreed project specification.

Design views & development

Render gallery

2 views

Representative CAD and generated design visualizations. These are not photographs of delivered equipment. Illustrated arrangements may change with customization; final values and visuals are confirmed in the project specification.

For a useful first discussion