As padel continues its rapid expansion across the UK, one question appears increasingly frequently in planning applications, local authority consultations and online searches: Should UK padel noise assessments be based on BS4142 or the Dutch Padel Noise Guidance?
As noise consultants working on padel and sports planning developments across the UK, we are often asked whether the widely discussed Dutch guidance should be applied to British padel court developments. The short answer is generally no.
This article explains why.
BS4142 is the British Standard titled Methods for Rating and Assessing Industrial and Commercial Sound. It is one of the most widely used noise assessment methodologies in the UK planning system.
The standard assesses the likely impact of a noise source by comparing:
The methodology also considers acoustic characteristics that can make a sound more noticeable, such as tonal, impulsive or intermittent features and applies weightings for these characteristics.
For decades, local planning authorities and environmental health officers have used BS4142 when assessing industrial and commercial developments, fixed plant equipment and other operational noise sources.
Padel generates distinctive sound sources, including:
Because some of these noises are repetitive and can be perceptible above background sound levels, it is common to interest in BS4142-based assessments as part of planning submissions.
However, this is where an important technical discussion begins.
No.
BS4142 was developed specifically for industrial and commercial sound. The standard’s scope includes manufacturing activities, fixed mechanical plant, loading operations and other commercial processes. Recreational activities are not its primary focus and it clearly states in the guidance it should not be used for recreational activities.
Padel is fundamentally a sporting and recreational activity.
While commercial padel facilities may operate as businesses, the acoustic events being assessed are generated by players participating in sport rather than industrial processes.
This distinction matters because the subjective perception of sports noise can differ significantly from plant noise, ventilation systems or industrial operations. Importantly, the weightings allocated to the specific noise characteristics are geared towards people’s perceptions of industrial noise, and perception of the noise is an important contributory factor in annoyance towards a noise.
The Dutch guidance, commonly referred to as “Padel and Noise”, was developed through collaboration between sports governing bodies, municipalities, acoustic specialists and stakeholder groups in response to rapid growth in padel courts across the Netherlands.
The guidance was created specifically to address:
Importantly, it adopts a representative source sound power level for padel and provides indicative separation distances and influence zones for new outdoor courts.
Unlike BS4142, it is a sport-specific planning tool designed exclusively around padel.
The Dutch guidance was produced within a completely different regulatory framework.
It reflects:
The document itself states that it aligns with Dutch noise limit values and does not replace Dutch legislation.
The UK planning system operates under different legislation, planning policy requirements and environmental health practices.
Consequently, importing Dutch criteria directly into a UK planning application can be problematic because there is no statutory basis requiring UK authorities to adopt those assumptions.
No.
One of the most common misconceptions is that Dutch separation distances should automatically be applied to UK developments.
The Dutch guidance was created as a planning support tool within a specific national context. Several published summaries reference indicative distances, often around 100 metres or more depending on circumstances.
However, UK planning decisions are generally based on site-specific evidence.
Every location has unique characteristics including:
A fixed distance approach rarely reflects the complexity of real-world acoustic environments.
Professional noise consultants routinely encounter locations where identical facilities produce very different impacts.
For example:
This is why UK planners typically rely on detailed acoustic evidence rather than generic separation distances.
Robust assessments consider measured data, operational characteristics and mitigation design rather than applying a universal buffer zone.
The Dutch guidance can be a useful reference document for understanding the acoustic characteristics of padel.
However, it should generally be viewed as background technical information rather than a UK planning assessment methodology.
In our experience, the strongest planning submissions focus on:
These factors provide decision-makers with far more reliable evidence than reliance on overseas guidance developed for a different legal and planning framework.
The Dutch guidance represents an important contribution to understanding padel noise.
However, it was never intended to become a universal international standard.
For UK planning applications, the critical question is not whether a court meets a Dutch separation distance or Dutch planning assumption. Instead, the focus should be on whether a professionally undertaken acoustic assessment demonstrates that the development can operate without unacceptable impacts on nearby residents.
That requires evidence, measurement and expert interpretation.
The most successful padel planning applications are those supported by transparent, technically robust and site-specific acoustic analysis. This approach gives planning authorities confidence, addresses community concerns and ultimately delivers better outcomes for everyone involved.
May Walters Acoustic Consultants (MW Acoustics) specialise in acoustics for padel and sporting facilities. In 2024 we undertook an independent programme of nearly 50 hours of measurements on padel and tennis courts to build a robust comparison dataset. The work maps how sound propagates from padel courts, characterises impact content and frequency, and highlights how patterns shift with player ability. The findings have been presented to the Institute of Acoustics (IOA) and the Chartered Institute of Environmental Health (CIEH) and inform current training content. The dataset underpins a propagation model that supports reliable predictions for planning submissions in the UK.