Monitor Vibration During Construction Works
Construction activity can generate significant vibration levels that may affect neighbouring buildings, sensitive structures, and occupied properties. Vibration from piling, demolition, excavation, breaking, drilling, compaction, and heavy machinery can all create ground-borne vibration.
Benchmark Site Engineering Services Ltd provides professional construction vibration monitoring to help contractors, developers, and project teams manage vibration risk, protect adjacent structures, and maintain compliance with project requirements and industry standards.
Our monitoring equipment records vibration levels throughout construction activity, providing clear data to support engineers, surveyors, contractors, and clients throughout the project lifecycle.
Common Applications
Vibration Monitoring Is Commonly Used For
Professional vibration monitoring supports a wide range of construction activities where ground-borne vibration may pose a risk to surrounding structures and occupancies.
Piling Works
Demolition Works
Basement Excavation
Heavy Plant Activity
Breaking & Drilling
Groundworks
Works Near Party Walls
Close to Existing Buildings
Sensitive Structures
Neighbouring Property Protection
Monitoring Data
Clear Monitoring Data for Project Teams
Our vibration monitoring equipment records vibration levels continuously throughout construction activity, capturing Peak Particle Velocity (PPV) and frequency data at key locations around the site.
Data can be accessed and reviewed by engineers, surveyors, contractors, and clients to support decision-making, manage risk, and demonstrate compliance with project specifications and relevant standards including BS 7385 and BS 5228.
24/7
Continuous Monitoring
PPV
Peak Particle Velocity
BS 7385
UK Standard
Live
Real-Time Alerts
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Technical Advantages
Benefits of 3D Laser Scanning
Professional vibration monitoring delivers measurable advantages for construction projects of all sizes.
Rapidly collect millions of measurement points, significantly reducing time on site compared to traditional methods.
Capture fine architectural and structural details that might be missed with conventional survey techniques.
Deliver precise, measurable 3D data with millimetre-level accuracy for confident decision-making.
Comprehensive data capture in a single visit minimises the need to return to site for missing information.
Effectively capture intricate and irregular geometries that are difficult to survey by hand.
Export point clouds and models directly into CAD and BIM software for seamless design integration.
Work from verified, accurate data to reduce design risk and avoid costly errors during construction.
Establish a permanent, detailed digital archive of existing conditions for future reference and comparison.