Key highlights

Resonate Testing provides battery shock testing services to support the development, qualification, acceptance and verification of battery technologies across a wide range of industries.

Battery shock testing is used to assess how cells, modules, packs and battery-powered systems respond to sudden mechanical forces that may occur during transportation, handling, deployment and operation. Testing helps identify potential weaknesses, verify structural integrity and demonstrate that batteries can withstand demanding mechanical environments.

Our capabilities support battery manufacturers, system integrators and product developers across the energy storage, automotive, aerospace, defence, industrial and space sectors through flexible test programmes tailored to customer requirements.

Applications

Battery cells
Battery modules
Battery packs
Energy storage systems (ESS)
Electric vehicle batteries
Aerospace batteries
Defence battery systems
Industrial battery systems
Marine battery systems
Rail battery systems
Portable power systems
Consumer electronics
Space battery systems
Satellite battery systems
Battery-powered products

Key features

Battery shock testing
Mechanical shock testing
Half-sine shock testing
Qualification testing
Acceptance testing
Development testing
Mechanical integrity assessment
Structural robustness verification
Reliability assessment
Transportation simulation testing
Handling shock simulation
Functional testing during shock exposure
Detailed reporting and data review
Independent ISO 17025 accredited laboratory
Integrated battery, vibration, shock and environmental programmes

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Last updated: 2026-09-28