PROTECA’s commitment to quality

The ultimate in travel comfort. Made in Japan.

Making every journey more comfortable. Bringing you peace of mind, every step of the way. Crafted in Japan with meticulous attention to detail, precision craftsmanship, and advanced techniques.

An unwavering pursuit of world-class quality.

Quality Control

Ace Quality Control Research Institute

Rigorous in-house quality testing that drives our craftsmanship forward.

At Ace, we never compromise on quality. ATI, our quality control research institute at our Akabira factory in Hokkaido, conducts a wide range of rigorous tests to develop luggage our customers can rely on.

Beyond quality testing, ATI explores next-generation materials, features, and components. This ongoing research and development underpins the exceptional quality of every PROTECA product.

  • 120 cm × 5 drops

    Drop Impact Test

    With weight loaded inside, the case is dropped five times from a height of 120 cm (about 4 ft) to measure caster strength.

  • 250 rotations

    Shell Abrasion Test*

    An abrasive stone is pressed against the shell material under a 1 kg (2.2 lb) load and rotated 250 times to test wear resistance.

  • 5,000 lifts

    Handle Strength Test

    With weight loaded inside, the case is jerked up by its handle 5,000 times to test the durability of the handle and lock.

  • 16 km rolled

    Caster Rolling Test

    With weight loaded inside, the case is rolled a full 16 km (about 10 miles) to test caster durability.

  • 7,500 cycles

    Open & Close Test

    The case is opened, closed, and locked 7,500 times to test the durability of the lock and hinges.

  • Tumble drum

    Tumble Test

    With weight loaded inside, the case is tumbled in a giant drum lined with protrusions to test how it holds up to knocks and falls.

  • 500 hours

    Humidity Test

    The case is kept at about 40°C (104°F) and 85% humidity for 500 hours to test its quality.

  • 40°C to −20°C

    Thermal Cycle Test

    The case is left at 40°C (104°F) for 24 hours, then at −20°C (−4°F) for 24 hours. This cycle is repeated three times to test heat resistance.