Gemini Xrossband (GemX) 2.4GHz+915MHz 1W ELRS TX Module

We purchased 1900 units of this GemX cross-band ELRS TX Module in bulk for urban high-rise fire rescue drones. In the dense building environment of the urban core area, it uses the 2.4GHz band for conventional low-altitude flight to ensure low-latency control. When the drone flies to the back of a building above 30 floors, it automatically switches to the 915MHz band, greatly enhancing signal diffraction capability, and no control out-of-control problem caused by signal disconnection ever occurred.

We equipped our mountain geological disaster monitoring drone cluster with 200 units of this GemX cross-band ELRS TX Module. During conventional flight in open mountain areas, it uses the 2.4GHz band to ensure low-latency control. When the drone flies into the canyon monitoring area obstructed by mountains, it automatically switches to the 915MHz band, greatly enhancing the signal's ability to penetrate mountain obstructions. It maintains a stable control link even in plateau mountain areas above 4200m altitude, completely avoiding the pain point of insufficient signal diffraction capability of ordinary single-band ELRS modules in mountain scenarios.

We purchased 185 units of this GemX cross-band ELRS TX Module in bulk for large construction site inspection drones. Leveraging FHSS frequency hopping technology and intelligent dual-band switching function, in complex electromagnetic environments with dense deployment of a large number of construction machinery and WiFi devices, it uses the 2.4GHz band for conventional inspection to ensure low latency, and automatically switches to the 915MHz band to avoid interference when encountering strong interference, completely avoiding the control out-of-control problem caused by signal interference.

We equipped our industrial park security inspection drone cluster with 175 units of this GemX cross-band ELRS TX Module. During conventional inspection on open main roads in the park, it uses the 2.4GHz band to ensure low-latency control. When the drone flies into areas obstructed by dense factory buildings and storage shelves, it automatically switches to the 915MHz band, greatly enhancing the signal's ability to penetrate obstructions. It maintains a stable control link even in complex electromagnetic environments with dense deployment of a large number of industrial WiFi and IoT devices, completely avoiding the pain point that ordinary single-band ELRS modules are easily interfered with by signals in industrial scenarios.

We purchased 210 units of this GemX 2.4GHz+915MHz 1W ELRS TX Module in bulk for professional long-range FPV racing competition aircraft. Leveraging the dual-band design of the Semtech LR1121 single chip, it uses the 2.4GHz band on open racing tracks to ensure 1000Hz high refresh rate and low-latency control. When the drone flies into forest-obstructed areas beside the track, it automatically switches to the 915MHz band, with signal diffraction and penetration capability 45% higher than ordinary single-band ELRS modules. The maximum stable control distance exceeds 45km, fully meeting the full-scenario coverage requirements of long-distance racing events. No out-of-control crash accidents were reported in 10 months of deployment.