Astronics Corporation (Nasdaq: ATRO) has introduced its latest onboard power solution, the EmPower® Qi2 Wireless Charging Module, aimed at enhancing in-flight passenger experience through advanced wireless charging capabilities.
The newly launched module is designed to support a wide range of Qi-enabled devices, including smartphones, tablets, and other portable electronic devices. With an output power of up to 25 watts, the system is positioned to meet the growing energy demands of modern devices while remaining compatible with future advancements in wireless charging technology.
A key feature of the Qi2 module is its compatibility with MagSafe2, enabling precise device alignment and secure magnetic retention. This ensures optimal charging efficiency, even in dynamic in-flight conditions where device stability can be a challenge.
The module is engineered for seamless integration into next-generation aircraft cabin environments, including passenger seating, galleys, and crew rest areas. Its “proud mounting” design allows for effective charging even with larger smartphone camera modules, enabling continued device use during charging without compromising performance.
Jon Neal, President of Astronics Advanced Electronic Systems, said wireless charging is increasingly shaping passenger expectations, prompting airlines to seek solutions that combine innovation with long-term adaptability. He noted that the Qi2 module builds on the company’s earlier wireless charging offerings while emphasizing reliability, ease of integration, and passenger-centric design.
In addition to performance enhancements, the Qi2 Wireless Charging Module includes a range of operational features tailored for commercial aviation. These include in-use light indicators to signal charging status and backward compatibility with non-Qi2 devices, ensuring broader usability across passenger devices.
The system is also designed with maintenance efficiency in mind. The module can be replaced in under three minutes, reducing aircraft downtime and simplifying service operations. It meets DO-160 environmental standards and aligns with major aircraft OEM requirements, supporting streamlined certification and deployment.
With a predicted mean time between failures (MTBF) of 50,000 hours, the module is built for durability in demanding aviation environments. Lightweight and compact, it is intended to support airlines and seat manufacturers in delivering enhanced passenger comfort and convenience.
