IEEE P1936.3/D1.0, Nov 2024
IEEE Approved Draft Standard for Unmanned Aircraft Systems (UAS) using Light Detection and Ranging (LiDAR) for above 110 kV Overhead Transmission Line Survey and Design
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About This Item
IEEE P1936.3/D1.0, Nov 2024 is an approved draft standard focused on unmanned aircraft systems (UAS) that use light detection and ranging (LiDAR) for above 110 kV overhead transmission line survey and design. It addresses a specialized workflow where aerial sensing supports electric power infrastructure planning, helping define how LiDAR data may be applied to transmission corridor measurement, mapping, and design support. As a technical document, it is relevant to engineering teams working at the intersection of aerospace, electromagnetic environments, and utility survey practice.
About IEEE P1936.3/D1.0, Nov 2024
This draft standard, IEEE P1936.3/D1.0, Nov 2024, sets a technical framework for using UAS-mounted LiDAR in survey and design activities associated with overhead transmission lines above 110 kV. Its purpose is to support consistent methods for collecting and using high-resolution spatial data in a utility setting where accuracy and repeatability are important. The document is especially relevant where airborne sensing must align with line design needs, corridor conditions, and engineering expectations for transmission system work.
Where is IEEE P1936.3/D1.0, Nov 2024 used?
IEEE P1936.3/D1.0, Nov 2024 is typically used in transmission line survey programs, route studies, and design workflows that rely on UAS-based LiDAR capture. It may support utility engineers, survey specialists, and contractors involved in mapping clearances, terrain profiles, and corridor constraints for high-voltage overhead lines. The standard is also relevant to data processing and design teams that need a common basis for interpreting LiDAR output for above 110 kV projects, especially where aerial access and detailed field measurement are required.
Importance in practice
In practice, this standard helps improve consistency in how UAS LiDAR is applied to transmission line survey and design tasks. For organizations handling high-voltage infrastructure, that can support better data quality, clearer design decisions, and reduced risk during planning and field assessment. It may also aid procurement and compliance reviews by defining a more stable technical reference for how survey information is gathered and used. For projects involving IEEE P1936.3/D1.0, Nov 2024, that consistency can be important for safety, coordination, and engineering control.
- UAS-based LiDAR survey methods
- Above 110 kV transmission line applications
- Survey and design support data
- Utility corridor mapping and clearance checks
- Engineering consistency and technical control
- Publication Date: 2025
- Standard Status: Active
- Publisher: IEEE
- Subject: Aerospace; Communication, Networking and Broadcast Technologies; Transportation; Fields, Waves and Electromagnetics
- Official IEEE: Doi link
- This Version: P1936.3 (2025)
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