Helmet Impact Testing Machine with Computer System

The Helmet Impact Testing Machine with Computer System is a professional testing instrument designed to evaluate the impact energy absorption performance, impact resistance, and penetration resistance of helmets. By simulating impact conditions during helmet use, the system helps manufacturers and laboratories assess helmet safety performance and verify compliance with relevant testing requirements. Equipped with dedicated test software, multi-channel sensors, and precision speed measurement technology, this helmet impact tester provides reliable data for helmet quality control and product development.

Application

This testing instrument is applicable to the impact - energy absorption performance test of helmets. It is used to evaluate the impact - resistance performance and penetration - resistance of helmets.

Standards

ECE R22.05 / ECE R22.06

Parameters

Features

(1) Professional Helmet Impact Evaluation

The Helmet Impact Testing Machine is specifically designed for testing helmet impact energy absorption and penetration resistance performance.

(2) Computer-Controlled Operation

The dedicated software system controls test procedures and supports efficient operation and data management.

(3) Accurate Impact Speed Measurement

Equipped with infrared speed measurement sensors to monitor impact speed and improve test consistency.

(4) Multi-Channel Data Acquisition

The three-channel sensor system helps capture impact-related test data for performance analysis.

(5) Multiple Impact Anvil Configurations

Supports flat anvil, triangular anvil, and related fixtures to meet different helmet impact testing requirements.

(6) Stable Test Structure

The vertical structure with approximately 6 m total height provides the required impact distance for standardized testing.

FAQ

(1) Which standards does the Helmet Impact Testing Machine comply with?

The Helmet Impact Testing Machine is mainly used for helmet impact energy absorption and penetration resistance testing according to ECE R22.05 and ECE R22.06 requirements. These standards specify impact conditions, test procedures, and performance evaluation methods for motorcycle helmet safety verification.

(2) What performance does the helmet impact test evaluate?

The system evaluates the helmet’s ability to absorb impact energy and protect against penetration hazards. During testing, parameters such as impact speed, impact force response, and helmet structural performance are analyzed to verify whether the helmet meets safety requirements.

(3) Why is impact speed accuracy important in helmet testing?

Impact speed directly affects the energy applied to the helmet during impact. The system uses independently developed infrared speed measurement sensors to monitor impact velocity, helping ensure that the test conditions meet the required values, such as the specified 7.5 m/s impact speed.

(4) What types of impact anvils are used for helmet testing?

The equipment supports different impact conditions through interchangeable anvils, including flat anvil and triangular anvil. Different anvils simulate various impact scenarios and help evaluate helmet performance under multiple loading conditions.

(5) What should manufacturers consider when selecting a helmet impact tester?

Manufacturers should consider compliance with required helmet standards, impact height and speed capability, sensor accuracy, data acquisition system, software control functions, and laboratory installation requirements. A suitable system should provide reliable and repeatable test results for helmet development and certification.