
Angled product view
A rugged, wide-range X-ray and gamma radiation detection module for unmanned, mobile, vehicle-mounted and fixed monitoring systems. RM1200 measures ambient dose rate and accumulated dose, responds in as little as 2 seconds at higher dose rates, and maintains an overload alarm beyond its measurement range.

Remote radiation intelligence for hazardous environments
RM1200 is designed for nuclear and radiation safety monitoring, emergency response, environmental surveys and online monitoring platforms. Its wide dose-rate range, stable measurement and IP67 housing make it suitable for integration as an independent detector on drones and other unmanned platforms, helping teams inspect difficult or high-risk areas while keeping operators at a safer distance.
The module measures ambient X-rays and gamma rays, gamma dose rate and accumulated gamma dose. Serial communication supports integration with a host platform, while the built-in rechargeable battery supports mobile deployment. Audible and visual overload alarms provide a clear warning when the radiation field exceeds the upper range limit.

Angled product view

Alternate product view

Front product view
Covers low-dose environmental monitoring through high-dose alarm scenarios, with dose-rate measurement from 1×10⁻⁷ Gy/h to 10 Gy/h and accumulated dose from 1×10⁻⁷ Gy to 10 Gy.
Measures in 2 seconds above 1×10⁻⁵ Gy/h and in 5 seconds below 1×10⁻⁵ Gy/h for timely field awareness.
Maintains indicated-value stability within ±5% during intermittent operation over three days and warms up in no more than one minute.
Continues to show an overload state with audible and visual alarms in fields above the upper range, then returns to the corresponding reading within 15 seconds after the field falls below that limit.
A rugged, weather-resistant IP67 housing supports outdoor, mobile and unmanned operation in complex environments.
Built-in rechargeable power and serial communication support use in fixed, vehicle-mounted, portable and unmanned radiation monitoring systems.

An illustrative scenario showing how an unmanned aircraft, detection payloads, communications and mapping can support initial CBRN reconnaissance while operators remain outside a potential hazard area.
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An illustrative radiation-response scenario showing systematic survey, localization, measurement and appropriate characterization of a reported radiation alarm.
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An illustrative scenario for a mobile CBRN reconnaissance and command platform that connects field sensing, communications, coordination and a shared operating picture.
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A nuclear-facility radiation programme separates continuous area monitoring, portable survey, contamination checks and spectroscopic follow-up.
↗︎Tell us about your environment, target substances and operational requirements. We’ll help map the right path.
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