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The Advanced Artificial Athlete (AAA), also known as Triple A, is an evolution of the standard artificial athletes described in EN 14808 and EN 14809.

It is used to assess the mechanical behaviour of sports surfaces, including shock absorption, vertical deformation and energy restitution.

Validated through round-robin testing, it is now recognised by several international sports federations as a reference device for surface testing.

Key Features of the AAA Device

• Triple measurement in one drop: shock absorption, deformation, and energy return
• Fast and efficient operation, reducing testing time by over 50%
• Simplified design, with no need to change springs between tests
• Integrated electronics for real-time data collection
• Lightweight and portable, ideal for on-site testing
• Low maintenance and highly durable over time

How the AAA Works

The AAA replicates the impact of a running athlete’s foot on the surface using a calibrated falling mass equipped with an accelerometer. Once dropped onto the surface, the device captures and calculates three distinct parameters.

Shock Absorption

This measures how much of the impact force is absorbed by the surface. It indicates the surface’s ability to reduce pressure on joints during play.

Vertical Deformation

This reflects how much the surface compresses under the applied load. Too much or too little deformation can affect stability and comfort.

Energy Restitution

This measures how much energy is returned to the athlete after impact. It helps assess the surface’s responsiveness and performance.

The data is collected and processed automatically, delivering consistent and objective results for surface testing and certification.

Suitable for Multiple Surface Types

The AAA can be used across a wide range of sports surfaces, including:

• Synthetic turf fields (football, rugby, hockey)
• Natural grass pitches
• Athletic tracks and polymeric surfaces
• Indoor sports floors such as gymnasiums or multi-sport courts

It is a preferred tool for ensuring surfaces meet safety and performance standards across various environments.

A Trusted Solution for Field Certification

The Advanced Artificial Athlete is recognized for its:

• Compliance with international test protocols
• High measurement repeatability
• Ease of transport and use in the field

Whether for new installations, periodic surface evaluations, or research and development, the AAA provides a reliable solution for assessing sports field quality with precision and speed.

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Labosport’s RedDrop Ball Rebound Tester provides a fast, objective, and repeatable method for measuring ball rebound on sports surfaces. Designed for both laboratory and on-site testing, the system combines acoustic analysis with a mobile application to simplify rebound testing while ensuring reliable and standards-compliant measurements.

What Is the RedDrop Ball Rebound Tester?

The RedDrop is a compact, app-based rebound testing device developed for sports surface evaluation. It measures ball rebound automatically, removing the need for visual assessment and improving measurement consistency across testing environments.

The system complies with FIFA Test Method 2015-01, FIFA Test Method 2024-02, and EN 12235 standards, supporting accurate rebound evaluation for artificial turf and sports surface testing.

• Objective and repeatable ball rebound measurement
• Designed for laboratory and field testing
• Complies with FIFA and EN testing standards
• Automated data collection and export

How the RedDrop System Works

A ball is dropped from a height of 2 metres using the RedDrop device. The impact and rebound sounds are detected through the smartphone microphone connected to the application.

The app performs acoustic analysis to calculate rebound height based on the time measured between the two sound peaks. Test data are automatically saved in the application and can be exported as a .csv file for review, reporting, or sharing.

This automated process improves testing efficiency while reducing operator subjectivity during rebound evaluation.

Designed for Portable and Efficient Testing

Compact and lightweight, the RedDrop system is adapted for routine testing operations in laboratories, stadiums, training centres, and sports field environments.

The device features:

• Compact dimensions: 10 x 10 x 5 cm
• Lightweight design: 0.5 kg
• USB-C charging connection
• Integrated Li-ion battery
• Android application compatibility
• Measurement accuracy of 0.001 s

Its portable design makes it suitable for both mobile field inspections and controlled laboratory testing conditions.

Reliable Equipment for Sports Surface Evaluation

Labosport develops testing equipment used by laboratories and sports surface professionals worldwide. Our devices are designed to support practical, accurate, and repeatable testing procedures aligned with international sports surface standards.

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Measuring ball behaviour on playing surfaces

The Ball Roll Ramp is a field testing device used to measure how a ball rolls across a sports surface. It provides a simple and repeatable way to assess surface performance by quantifying rolling distance under controlled conditions.

Available in two models, it can be adapted to different operational contexts. The standard version is suited for local use, while the more compact version is designed for teams requiring frequent transport.

Understanding ball roll performance

Ball roll distance is a key indicator of how a surface interacts with the ball, influenced by factors such as friction, infill condition, and surface regularity.

This method is widely used in football to evaluate playability and consistency across a pitch, both during installation and throughout its lifecycle.

Key Features

• Standardised method
  Defined in FIFA Test Method 03 and EN 12234
• Simple and repeatable setup
  Gravity-based test with controlled release conditions
• Adapted to field use
  Lightweight aluminium structure, easy to deploy on site
• Two configurations available
  Standard or transport-oriented model depending on usage

How it works

A ball is released from a height of 1 metre along a ramp inclined at 45 degrees. It then rolls freely across the surface until it comes to rest.

To ensure consistency, the transition from the ramp to the surface must occur without any bounce. The rolling distance is then measured, typically using a tape measure or a laser device.

When testing outdoors, wind speed is also monitored to ensure reliable results.

A method defined by standards

The ball roll test is fully described in the FIFA handbook and European standards, providing a consistent framework for evaluating surface performance across different sites and conditions

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Labosport’s Depth Measuring Probe is designed for accurate and repeatable infill depth measurement on artificial turf surfaces. Compact, practical, and compliant with international testing standards, this equipment supports laboratories, testing institutes, field operators, and sports surface professionals in maintaining reliable surface performance data.

What Is the Depth Measuring Probe?

The Depth Measuring Probe is an infill depth gauge developed for synthetic turf testing. It measures infill depth with high precision and reproducibility, helping ensure consistent surface evaluation across different field conditions.

Designed specifically for artificial turf systems, the probe complies with FIFA, FIH, and World Rugby test methods, as well as EN 1969 standards, supporting reliable and standardised measurements.

• Measures infill depth with millimetre precision
• Designed for artificial turf surfaces
• Complies with FIFA, FIH, World Rugby, and EN 1969 standards
• Compact and easy to use in field conditions

Designed for Precision and Reproducibility

The probe is composed of a cylinder fitted with three 2 mm diameter steel prongs, allowing stable and repeatable insertion into the turf system. Its scale is graduated from 0 mm to 50 mm with millimetre precision for accurate depth readings.

The triangular tip configuration with 15 mm spacing improves consistency during measurement and makes the device suitable for regular testing operations on synthetic sports fields.

Built for Artificial Turf Field Testing

Lightweight and easy to transport, the Depth Measuring Probe is adapted for routine field assessments and laboratory testing environments. Its simple design allows operators to quickly measure surface infill depth while maintaining reliable data collection procedures.

The equipment supports surface maintenance programmes, quality control procedures, and sports field certification processes requiring consistent infill evaluation.

Trusted Equipment for Sports Surface Testing

Labosport develops testing equipment used by laboratories and field professionals worldwide. Our devices are designed to provide practical, reliable, and standards-compliant solutions for sports surface evaluation.

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The Labosport Lightweight Rotational Resistance (LwRR) device belongs to a new generation of sports surface testing equipment, designed to measure rotational traction on both synthetic turf and natural grass fields. This type of measurement is essential to assess how much grip a surface provides when an athlete pivots or changes direction. It is a critical factor for safety, injury prevention, and performance.

The LwRR was developed in full compliance with FIFA Test Method 06, which is also endorsed by World Rugby. This makes it a reliable tool for professionals who need to evaluate or certify sports fields according to international requirements.

A Modern, Portable, and Efficient Testing Solution

Created as a successor to the original EN 15301-1 rotational resistance device, the LwRR offers a modernised design with improved practicality. It features a reduced weight of approximately 90 percent, significantly improving ease of use during fieldwork. Unlike older, heavier models, this device can be disassembled for convenient transportation and storage.

The stability of the LwRR is enhanced by a large, studded footplate that ensures optimal surface contact during testing. The digital torque meter built into the device provides high-precision and repeatable measurements, even across a range of torque values. This allows for consistent data collection, whether measuring on soft natural grass or more compact synthetic turf.

To further support mobility and field use, the LwRR comes in a durable, compact case with laser-cut foam inserts, offering maximum protection for the components while in transit.

Why Rotational Traction Testing Matters

Understanding the rotational grip of a surface helps identify whether athletes are at risk of slipping or injury due to excessive traction. Testing rotational resistance allows surface owners and managers to find the right balance between grip and rotational release. This ensures that players can move naturally without being exposed to undue stress on their joints and ligaments.

The Lightweight Rotational Resistance test is particularly relevant for:

• Football and rugby fields
• Indoor and outdoor synthetic pitches
• Hybrid turf systems
• Natural grass surfaces maintained at professional level

By providing precise, standardised measurements, the LwRR supports sports field certifications, surface development, and comparative testing across different installations or field conditions.

How the LwRR Device Works

Step 1: Load the Test Foot onto the Surface

Start by placing the LwRR on the surface you wish to assess. The bottom of the unit includes a round test foot with six football studs. Simply step onto the foot to apply a 450 Newton vertical load, which is generated by a pre-compressed spring inside the unit. This simulates the downward force typically applied by a player’s foot during a pivot movement.

Step 2: Rotate and Record

Once the studs are properly inserted into the surface, use the torque wrench to manually rotate the footplate. As the foot turns, the digital torque meter records the maximum resistance provided by the surface against rotation. The result reflects the surface’s ability to offer traction while allowing safe rotational movement.

A Reliable Tool for Field Managers and Test Experts

The LwRR is trusted by testing laboratories, sports surface manufacturers, facility managers, and governing bodies around the world. It is an essential part of many certification and compliance protocols, especially for fields used in competitive sport.

Whether you are looking to evaluate the safety of a new surface or to benchmark an existing installation, the LwRR offers an accessible and efficient solution.

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The reference method for mechanical wear simulation

The LISPORT is a wear simulation system developed by Labosport in the late 1990s to reproduce the mechanical ageing of synthetic turf surfaces.

Used worldwide for over 25 years, it remains the reference method for assessing how turf systems respond to repeated mechanical stress. It is widely adopted by manufacturers, laboratories, and designers, particularly in contexts where standardized evaluation methods are required. Its long-term use has established a strong link between laboratory testing and observed field degradation.

The LISPORT method is integrated into European standards, including EN 15306 and EN 15330, and is also referenced in international testing practices such as FIH protocols

Evaluating turf performance over time

Assessing synthetic turf durability requires more than measuring individual components. It involves understanding how fibres behave under repeated stress, including abrasion and extraction forces.

The LISPORT makes it possible to replicate these mechanisms in a controlled environment, helping to evaluate fibre resistance, backing performance, and overall system integrity over time.

Key benefits

• Established reference method
  Used worldwide for over 25 years in durability assessment
• High mechanical stress application
  Generates significant fibre abrasion and pulling forces
• Efficient for R&D
  Requires only small samples, suitable when materials are limited
• Consistent wear generation
  Stud configuration ensures homogeneous wear across the sample

How the LISPORT works

The system operates using two rollers, each fitted with 145 standard studs, moving across the turf sample. These rollers are connected by a chain with a defined gear ratio, creating significant longitudinal friction.

At the same time, the sample is mounted in a holder capable of transverse movement, generating additional perpendicular friction. This combined action reproduces the mechanical ageing of the surface, including both abrasion and fibre extraction effects.

Performance and testing approach

The LISPORT test method is designed to generate a high level of fibre wear and stress on the backing structure. This allows performance to be assessed before and after testing, particularly in terms of fibre retention and structural integrity.

Its ability to work with small samples makes it especially useful during early-stage product development or when material availability is limited.

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Simulating real field wear with precision

The LISPORT XL is a next-generation wear simulation system designed to reproduce the long-term mechanical degradation of synthetic turf surfaces.

Developed by Labosport as the successor to the widely adopted LISPORT method, this equipment enables controlled, repeatable testing of turf durability under conditions that closely reflect real field usage. Used by manufacturers, laboratories, and research teams, it supports both product development and performance evaluation.

Its design is based on years of field observation and laboratory validation, ensuring strong correlation between simulated and in-situ wear patterns, and maintaining a clear link between laboratory results and actual field behaviour.

Why wear simulation matters?

Understanding how a synthetic turf system evolves over time is critical for:

• Evaluating long-term performance and durability
• Comparing product designs under identical conditions
• Supporting product development and R&D decisions
• Anticipating surface degradation linked to player interaction

The LISPORT XL addresses these challenges by reproducing both compressive stress from studs and abrasive wear from sports footwear, two key mechanisms observed on football pitches.

Key benefits

• Realistic wear patterns

Capable of reproducing years of intensive use within a reduced testing timeframe

• Accelerated testing cycles

Up to 10 times faster than traditional LISPORT methods for equivalent sample lengths

• Consistent and comparable results

Multiple systems can be tested under identical conditions

• Large sample capacity

Supports samples over 4 metres, allowing several tests within the same sequence

How the LISPORT XL Works

The system operates with a guided trolley moving across the turf sample in a controlled, repeatable motion.

The trolley integrates four key components: two free-rotating rollers equipped with studs to simulate player traction, and two vibrating plates fitted with rubber soles to reproduce abrasive interaction from sports footwear.

Testing parameters such as speed, amplitude, and frequency are calibrated to reflect real usage patterns, allowing the system to generate wear mechanisms consistent with those observed in real conditions.

Performance and Testing Approach

Compared to the traditional LISPORT method, the XL version significantly reduces testing time while maintaining comparable sample conditions. It also allows longer samples to be tested, enabling multiple evaluations under strictly identical parameters.

This approach is particularly relevant for comparative testing and product development, where repeatability is essential.

Standards and Industry Context

The LISPORT method has been used as a reference within the industry for over a decade. The LISPORT XL supports testing aligned with FIFA frameworks and contributes to ongoing developments in durability assessment.

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The Prism Turf Gauge is designed for accurate measurement of free pile height and sward height on natural, synthetic, and hybrid sports surfaces.

Developed for practical field use, this equipment provides reliable and repeatable measurements while remaining easy to transport and operate across multiple testing locations.

The gauge complies with FIFA and World Rugby standards, supporting consistent turf evaluation for sports field testing and maintenance programmes.

Accurate turf height measurement for sports surfaces

The Prism Turf Gauge allows operators to measure turf height with millimetre precision, helping ensure uniformity and consistency across sports pitches.

Its design makes it suitable for:

• Natural turf surfaces
• Synthetic turf systems
• Hybrid sports fields
• Routine field inspections and testing

The ability to perform measurements at multiple test points supports more detailed surface evaluation and quality control procedures.

Designed for reliable and practical field testing

The Prism Turf Gauge features a stainless steel structure combined with a synthetic mirror system for easy reading during measurement operations.

Its 45° angle configuration improves reading precision while maintaining practical usability in field conditions.

The scale is graduated in millimetres, allowing accurate and repeatable height assessment for turf surfaces.

Key Features

Adapted to multiple turf systems

Suitable for natural, synthetic, and hybrid sports fields

Millimetre precision measurement

Graduated scale designed for accurate height readings

Optimised reading angle

45° prism configuration for improved visibility and precision

Portable and easy to use

Compact design adapted for routine field testing operations

Technical Specifications

• Stainless steel structure with synthetic mirror
• Length: 150 mm ± 5 mm
• Width: 125 mm ± 5 mm
• Height: 70 mm ± 5 mm
• 45° angle for optimum precision
• Millimetre graduated scale

Reliable Equipment for Turf Surface Evaluation

Labosport develops practical testing equipment used by laboratories, field operators, and sports surface professionals worldwide. Our devices are designed to support accurate, repeatable, and standards-compliant sports surface measurements.

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The Roller Infill Tester is designed to evaluate the durability of synthetic turf infill materials under mechanical stress.

It reproduces ageing mechanisms observed during field use, allowing detailed analysis of how materials evolve over time.

This system is specifically developed to support testing in line with EN 15330-5 requirements, which place increasing emphasis on infill stability and environmental impact.

This device supports manufacturers, laboratories, and R&D teams in developing compliant materials, validating performance, and conducting internal testing programs.

Testing infill behaviour under repeated stress

Infill materials are exposed to continuous mechanical interaction from player movements, leading to changes in particle size, surface condition, and material integrity.

The Roller Infill Tester makes it possible to simulate these effects in a controlled environment, helping to identify:

• Particle degradation
• Colour variation
• Dust generation
• Changes in material consistency

These parameters are key to understanding long-term performance and potential environmental dispersion.

Key Features

Designed for EN 15330-5 testing

Supports durability assessment according to Annex E

Adapted to all infill types

Mineral, organic, polymeric, or hybrid materials

Controlled ageing process

Adjustable number of cycles and load conditions

Consistent comparative analysis

Enables before and after evaluation of material properties

How it works

The system uses ten hexagonal wheels fitted with football studs, rotating around their axes to apply repeated abrasion to the infill sample.

After a defined number of cycles, the material is analysed and compared to its initial state. This allows precise evaluation of physical changes such as particle size distribution, colour, and dust content.

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A practical tool for assessing surface stiffness and strength

The Clegg Hammer is a widely used impact testing device designed to evaluate the strength and stiffness of sports surfaces, including natural turf, soil-based fields, and aggregates.

Used since the 1970s, it remains a reference tool for on-site assessment thanks to its simplicity, reliability, and direct measurement approach. The device is designed in compliance with the ASTM F1702 standard, ensuring consistency in testing procedures and data interpretation.

Recognised for its reliability in sports applications, the Clegg Hammer has been used for decades as a simple and effective way to assess surface behaviour under impact conditions.

Measuring surface response in real conditions

Unlike laboratory-based systems, the Clegg Hammer is used directly on site to capture how a surface reacts to impact. It provides immediate insight into surface stiffness, helping to monitor field conditions, compare areas, or track changes over time.

The measured value, expressed as CIV or g-max, reflects the deceleration of the impact and gives an indication of how the surface absorbs and returns energy.

Key Features

Standard-compliant measurement
Designed in accordance with ASTM F1702

Wide measurement range
CIV / g-max values from 20 to 250

Direct data capture
On-screen display with storage on SD card

Efficient field use
Quick and easy data collection on site

Adapted to operational needs
Optional GPS tracking and mobile application

How it works

The device consists of a cylindrical metal missile equipped with an accelerometer, guided through a vertical tube.

The missile is raised to a fixed height of 45.7 cm and released. Upon impact with the surface, the deceleration is measured and automatically recorded. This value is then displayed and stored for further analysis.

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