Radioactive radiation meter MUVE™ R430

with audible alarm

Overview
The MUVE™ R430 is a radiation detector designed for unmanned aerial systems (UAS) to detect, locate, measure, map and identify radioactive sources from above. The SkyRanger® R70 airframe hosts the R430 and the detector integrates with the R70 Mission Control Software (MCS) to provide visible and audible alerts that accelerate response workflows. The R430 balances size and weight for rapid UAS deployment in survey, emergency response and environmental monitoring scenarios.

Key Features
EVALUATE RADIOACTIVE THREATS FROM A SAFE DISTANCE
Time, distance and shielding are central to radiation safety. The MUVE™ R430 enables initial assessment, contamination mapping and interrogation of suspicious sources while operators remain at a safe standoff.

REDUCE REACTION TIMES
Fast deployment on the SkyRanger® R70 allows rapid threat assessment in areas that are difficult or dangerous to access.

TRIED AND TRUSTED
The MUVE™ R430 uses the same detection and spectroscopic algorithms as identiFINDER® instruments, delivering reliable detection and identification of radioactive materials.

Applications

• Radionuclide threat monitoring
• Homeland security
• Defense and military operations
• Nuclear power plant monitoring
• Mining and mineral surveying

Related products / domain solutions

• identiFINDER® R700
• identiFINDER® R425
• identiFINDER® R440

Product Support — Materials and Files (names)

• MUVE_R430_Datasheet-A4
• MUVE_R430_Datasheet-LTR
• 2025 Teledyne FLIR Threat Detection Brochure

Characteristics / technical specifications

• Type: Radionuclide identification device for unmanned aerial systems (UAS)
• Airframe: Designed for integration on the SkyRanger® R70
• Integration: Integrated into the R70 Mission Control Software (MCS) with visible and audible alerts
• Functions: Detect, locate, measure, map and identify radioactive sources from above
• Algorithms: Uses the same detection and spectroscopic algorithms as the identiFINDER® family
• Use cases: Survey, emergency response, environmental monitoring, contamination mapping
• Design emphasis: Balance of size and weight for UAS deployment and rapid field use