ASTM E3311/E3311M
Standard Test Method for Evaluating Ground Robot Capabilities and Remote Operator Proficiency: Obstacles: Variable Height Rails
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About This Item
ASTM E3311/E3311M is the standard test method for evaluating ground robot capabilities and remote operator proficiency with obstacles involving variable height rails. It provides a structured way to assess how a robot and its operator handle a defined physical challenge, which can support more consistent performance comparison and procurement decisions. For teams selecting or qualifying robotic systems, this ASTM standard helps translate a complex task into a repeatable test condition.
What is ASTM E3311/E3311M?
This standard defines a test method focused on ground robot performance when navigating obstacles made up of variable height rails. It also addresses remote operator proficiency, making it useful for evaluating the combined behavior of the robot and the operator during a controlled task. ASTM E3311/E3311M is best understood as a performance evaluation document rather than a design specification. It is commonly used to support repeatable testing, comparison, and technical review of system capability.
Where is ASTM E3311/E3311M used?
ASTM E3311/E3311M is used in environments where ground robots are assessed under obstacle conditions that require controlled movement and operator input. It may be applied by developers, test labs, procurement teams, and organizations that need a consistent method for reviewing robot capability. The standard is especially relevant when a system must be evaluated against a defined rail obstacle setup, helping users document performance in a way that is repeatable and easier to compare across platforms or operators.
Why is ASTM E3311/E3311M important?
This standard matters because it gives buyers and test teams a common framework for measuring performance in a specific and repeatable way. By focusing on a defined obstacle scenario, ASTM E3311/E3311M can help reduce ambiguity in evaluation, improve consistency across tests, and support more reliable quality control and compliance-related review. It is also useful for comparing operator proficiency alongside robot capability, which can be important when assessing real-world readiness and risk.
- Ground robot obstacle performance
- Variable height rail testing
- Remote operator proficiency evaluation
- Repeatable capability assessment
- Technical comparison and procurement support
- Publication Date: 2022-05-26
- Publisher: ASTM
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