R.M. Young Company, a renowned leader in precision meteorological instrumentation, is excited to announce its first-ever webinar: “Reimagining Snowfall: Introduction to SNOdar.” The webinar is scheduled for Thursday, August 21, 2025, at 8:00 AM and 1:00 PM EDT.

This webinar marks the launch of a comprehensive three-part educational series that will delve into innovative tools and techniques for winter weather monitoring.

The inaugural session will shine a spotlight on SNOdar, R.M. Young’s cutting-edge LiDAR-based snow depth sensor. This sensor is specifically engineered to provide accurate and reliable performance in extreme winter conditions. The webinar will be led by R.M. Young Company experts Andy Oliver, Director of Product & Applications Management, and Ed DiFilippo, Vice President of Global Sales & Marketing. Attendees can expect an in-depth exploration of the sensor’s capabilities, technology, and real-world applications.

Key topics to be covered during the webinar include:

• A brief history of snow measurement methods
• An overview of how SNOdar functions and its advantages over traditional methods
• Discussion on key technical features and best practices for setup
• Practical use cases in solar energy, ski resorts, and environmental sectors
• A sneak peek at upcoming features, such as future eSWE functionality

The session will also incorporate live polls, a Q&A segment, and valuable insights into how SNOdar supports safe operations and data-driven decision-making in snow-prone regions.

This webinar serves as the first segment of a three-part series dedicated to snow measurement and monitoring. It aims to provide professionals in fields such as environmental science, research, utilities, and winter operations with valuable insights ahead of the winter season.

Registration for this event is free and currently open. Secure your spot here.

All registered participants will have access to an on-demand recording of the webinar post-event, ensuring flexibility for those unable to attend the live sessions.