Tested. Certified. Proven on the Field.

Every component of our lockers, from doors to ECU and battery shelves, is subjected to rigorous durability simulations. Using a pneumatic testing rig, we replicate real-world use, including over 50,000 high-stress operational cycles. These tests validate the components’ ability to withstand long-term use with minimal maintenance.

Our hardware is tested under extreme solar radiation, high humidity, and heat cycles reaching over 100°C at peak surface points. Using a certified climatic chamber, our lockers are exposed to 1000 W/m² of radiation and monitored for thermal performance under worst-case outdoor conditions. All components are required to complete a full test cycle with no incidents or deviations, to guarantee maximum thermal resilience and stability under even the most unlike and extreme environmental stress.

All hardware, including lockers, battery door, ECU, top lids, and halo is evaluated under EN 1627 and EN 1630 standards. The test simulates the relentless force and tactics of a trained breacher, applying sustained pressure with burglary tools such as screwdrivers, crowbars, hammers, wedges, hand drills, and hacksaws. These tests confirm our components meet RC2 and RC3 resistance standards, preventing parcel theft and costly service downtime.

Every locker is engineered for stability in the harshest conditions. Wind-load simulations reaching 140 km/h, the equivalent of a Category 1 hurricane, push our hardware beyond typical use cases, testing resilience against even the most unlikely scenarios. Anchored units are bolted into concrete and forced to their structural limits, while unanchored lockers are assessed for tipping resistance in exposed environments. These tests ensure our lockers are 100% deployment-ready in all locations, no matter how extreme.

Our hardware is tested to withstand extreme temperature swings, ranging from +60 °C to -20 °C, through rigorous two-day simulations based on IEC 60068 standards. These cycles include repeated ice formation, thawing, and sustained thermal stress. Hardware is only certified remaining fully operational, with doors continuing to open smoothly and no signs of mechanical failure or visible damage. These tests validate our hardware’s ability to perform reliably even in very rare extreme climates or circumstances.

Every locker door and shelf is tested to ensure structural integrity under sustained load. In a 48-hour simulation, 30kg, roughly the weight of a commercial microwave, a fully packed suitcase, or a bag of cement, are applied to each door size, replicating unlikely but possible payloads. Production initiates only when we guarantee that shelves remain free of deformation, and all doors open smoothly without resistance, jamming, or wear. This validates our locker’s ability to maintain mechanical reliability under continuous weight and stress.

Our locker batteries are endurance-tested for real-world autonomy, supporting over 10 years of lifespan and up to 1 year between charges. Tests include daily user interactions from door openings for pickup and drop-off, label printing, and LED Halo activity, as well as low-power sleep mode and temperature-driven discharge. These conditions validate that our lockers remain fully functional and efficient in off-grid environments, meeting the true demands of daily field operation.

Our lockers are engineered to operate reliably in humid, moisture-prone settings. In controlled test conditions, our lockers undergo repeated direct water exposure and humidity cycles, replicating years of use in wet and high-condensation climates to guarantee seals held firm, and no component degradation or internal condensation. These results ensure dependable performance in coastal regions, rainy seasons, or unprotected outdoor deployments.