• The iPAD CU-SP1 AED (Automated External Defibrillator) has successfully passed environmental testing in accordance with IEC 60945 and DNV-CG-0339, two widely recognized standards used to evaluate the durability and reliability of marine electronic equipment.
  
• IEC 60945
  
  An international maritime standard defining environmental and electromagnetic requirements for electronic equipment installed on ships, including resistance to salt exposure, humidity, vibration, temperature variation, and electromagnetic interference.
  
  
• DNV-CG-0339
  
  A marine environmental testing guideline developed by DNV, one of the world’s leading classification societies. It evaluates whether equipment can operate reliably under real onboard conditions such as continuous vibration, shock, humidity fluctuations, salt mist exposure, and electrical disturbances.
  
  Successfully passing these tests demonstrates that the iPAD CU-SP1 AED is engineered for reliable use at sea, where equipment must remain dependable despite challenging operating conditions such as:
  
  ✔  Continuous vessel vibration
  ✔  High humidity and salt exposure
  ✔  Rapid temperature changes between cabin and open deck
  ✔  Electromagnetic interference from onboard systems
  
  In other words, the CU-SP1 is not simply water-resistant — it has been validated as a marine-ready AED designed for real shipboard environments.

This enhanced protection effectively shields the AED from powerful water jets, salt spray, fine dust, and airborne marine debris, making it particularly suitable for demanding onboard locations such as:

• Vessel decks
• Engine rooms
• Wheelhouses
• Outdoor or exposed shipboard areas

The rugged case helps ensure that the AED remains protected, dry, and operational, even under the harsh and unpredictable conditions commonly encountered at sea.

The case has been independently drop-tested from heights of 2 and 2.5 meters and incorporates custom-molded shock-absorbing foam, which cushions the device from sudden impacts.

This added durability helps maintain reliable operation even during rough sea conditions, vessel movement, or emergency situations where the unit may be dropped or handled under stress.

Whether on the open deck, in transit, or during emergency response scenarios, the AED remains protected and ready for use.

The CoreTrek case features a durable HDPE outer shell combined with an insulated inner layer, creating a thermal buffering effect that slows the rate at which internal temperature responds to external changes.

This design helps maintain greater temperature stability for the AED, improving operational reliability across a wide range of maritime climates.

This enables fast and non-intrusive equipment checks, which is particularly valuable in confined shipboard spaces or during routine safety inspections.

It integrates seamlessly onboard — whether stored in a bridge locker, crew cabin, or medical station — while maintaining a professional and safety-focused appearance.

Its lightweight and portable design also allows the AED to be easily moved anywhere on the vessel, making it suitable for both fixed placement and rapid emergency deployment.