ASTM F3002

ASTM F3002 is the ASTM standard for the design of the command and control system for small unmanned aircraft systems (sUAS). It provides a technical basis for understanding how the control system should be designed so the aircraft can be operated in a consistent and supportable way. For manufacturers, integrators, and purchasers, this specification helps frame expectations for system design, performance, and suitability within sUAS applications.

ASTM F3002 standard overview

The official title, Standard Specification for Design of the Command and Control System for Small Unmanned Aircraft Systems (sUAS), indicates a focus on the design requirements for the command and control function within a small unmanned aircraft system. ASTM F3002 is used as a reference point for defining how the system should be structured and evaluated at a technical level. As a standards document, it supports more consistent engineering decisions and helps align product development and procurement around a common specification.

Where is ASTM F3002 used?

This standard is commonly used in sUAS development, system integration, and product assessment where command and control performance is part of the design review. It is relevant to organizations working on flight-control architecture, remote command links, and other control-system elements associated with small unmanned aircraft systems. ASTM F3002 may also be used during specification writing, supplier evaluation, and internal quality processes when a clear reference is needed for the command and control system design.

Practical importance of ASTM F3002

ASTM F3002 matters because it gives buyers and engineering teams a defined standard for a key part of sUAS system design. Using a recognized ASTM standard can support more consistent compliance checks, reduce ambiguity during procurement, and improve product evaluation against shared technical expectations. It may also help reduce design risk by providing a structured reference for reviewing command and control system characteristics before deployment or integration.

• Command and control system design
• Small unmanned aircraft systems
• Specification and compliance reference
• System evaluation and procurement support