Independent. Practical. Precise.

how vibration work runs

Vibration risks need to be understood through appropriate measurement, assessment, and engineering judgement. We identify the relevant criteria and develop practical mitigation where it is required.

site vibration survey

Measuring vibration at locations relevant to the source, transmission path and sensitive receptor, over a period suited to the assessment.

assessment against standards

Assessing the results against criteria relevant to the issue, which may include human response, building damage, sensitive equipment or groundborne noise.

mitigation recommendations

Developing practical mitigation or isolation recommendations to an appropriate level of detail for the project stage.

Train approaching through an underground tunnel

Independent. Practical. Precise.

vibration measured, modelled and mitigated

vibration surveys

Baseline and verification measurement

rail vibration

groundborne noise and vibration

re-radiated noise

Structure-borne assessment

Independent. Practical. Precise.

From measurement through to workable mitigation

Tram passing along a city street
what’s included

  • Vibration surveys and assessment, including re-radiated noise considerations

  • Rail vibration assessment and advice

  • Construction vibration assessment

  • Building services vibration assessment and mitigation advice

Steel truss footbridge
when you need it

  • Sites near railways or underground lines

  • Construction next to sensitive buildings

  • Vibration-sensitive equipment or spaces

  • Complaints about vibration or re-radiated noise

Graph of a decaying oscillation
what you get

  • Vibration survey data

  • Assessment against the relevant standards, guidance or project-specific criteria

  • Mitigation and isolation recommendations

  • Clear reporting for design teams and planning