ASTM E2855

ASTM E2855 is the Standard Test Method for Evaluating Emergency Response Robot Capabilities: Radio Communication: Non-Line-of-Sight Range. It provides a focused way to assess how an emergency response robot performs when radio communication must reach beyond direct visibility. That matters because reliable communication can affect remote operation, situational awareness, and overall mission effectiveness in challenging environments. ASTM E2855 helps support more consistent evaluation of robot radio range under non-line-of-sight conditions.

What is ASTM E2855?

This standard defines a test method centered on radio communication performance for emergency response robots, with emphasis on non-line-of-sight range. In practical terms, ASTM E2855 is used to evaluate how well a robot can maintain communication when direct path transmission is blocked or limited by obstacles. As a technical document, it supports repeatable testing and more comparable results across systems, helping users and purchasers assess communication capability in a structured way.

Where is ASTM E2855 used?

ASTM E2855 is commonly used in the evaluation and qualification of emergency response robots before deployment or purchase. It is relevant in testing environments where radio links may need to operate around barriers, in enclosed spaces, or through obstructed paths. The standard is useful for manufacturers, test labs, and agencies that need a consistent method to measure communication range performance during robot assessment and acceptance activities.

Why is ASTM E2855 important?

This standard helps reduce uncertainty when comparing robot communication performance under non-line-of-sight conditions. By using ASTM E2855, organizations can support more consistent testing, clearer procurement decisions, and better documentation of capabilities. It also assists in quality control and compliance-oriented evaluation by giving stakeholders a shared method for measuring a critical operational function. For emergency response applications, that consistency can support safer and more informed equipment selection.

• Evaluates non-line-of-sight radio range
• Supports emergency response robot testing
• Promotes consistent performance comparison
• Useful for procurement and acceptance review
• Helps document communication capability