Field systems / QDM

Adjustable levelling platform

A supported platform concept for positioning equipment on uneven working surfaces.

Enquire about this concept

Mechanical integration concept · Configuration agreed per project

Representative QDM adjustable levelling platform design visualization — Adjustable levelling platform — studio design view · Representative design visualization

The application

What the equipment is for.

This concept combines an equipment mounting platform with individually adjustable supports. It provides a basis for developing a stable reference surface where equipment position and ground conditions vary. Actuation, feedback and any automatic levelling functions are scoped around the actual payload and operating need.

Applications to discuss

Instrument and equipment support
Field positioning platforms
Custom adjustable mechanical bases

Developed around the requirement

Configure the working process.

Payload and geometry

Define the equipment footprint, load distribution and required adjustment.

Support mechanism

Develop the platform, legs, mounting and actuation interfaces.

Positioning requirements

Agree sensing, controls and verification for any required automatic functions.

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

Application & engineering guide

Adjustable support with a defined load and travel

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

Working principle

An adjustable levelling platform positions a supported surface using a defined mechanical arrangement. Coordinated screw-jack systems illustrate how several lifting points can move together. QDM’s reference platform is a starting point for discussing load support and adjustment; the actual drive, travel and control method must be selected for the application.

Configuration decisions

Specify the supported equipment, centre of gravity and the surface that should be level. Vertical travel and tilt adjustment are separate requirements. Multiple supports need an agreed coordination approach to avoid an unintended difference in height. Manual adjustment, powered movement and automatic levelling should be treated as distinct configurations.

Planning the first build

Development should review structure, support reactions, travel limits and holding behaviour under the specified load. Agree the levelling target and how it is measured. Include access for adjustment and maintenance, plus any control interfaces, before manufacture. QDM can scope a mechanical platform and coordinate selected actuators without claiming automatic levelling or a universal lifting capacity for the concept.

Project-specific technical parameters

Values to define before the build.

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

Adjustable support with a defined load and travel — configuration parameters
Parameter	Configuration / value	Confirm before manufacture
Supported load	Defined in kg and distribution	Provide equipment and centre of gravity
Platform envelope	Configured in mm	Confirm mounting and useful area
Adjustment travel	Defined in mm or degrees	Separate lift and tilt requirements
Actuation	Manual or powered as selected	Review load and holding method
Support coordination	Defined per configuration	Agree linked or independent adjustment
Level target	Application-specific	Define measurement and acceptance
Controls and limits	Included where scoped	Agree travel stops and interface

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