SNOdar just got better. R.M. Young’s engineering team took customer feedback seriously, overhauling the app, improving SDI-12 reliability, and refining the hardware. In this webinar, we’re walking through exactly what changed, why it matters, and how a LiDAR-based sensor this compact and this low-power holds up when conditions are at their worst.
In this webinar, we will walk through:
- Why LiDAR outperforms ultrasonic sensors in storm conditions — and what that means for your data
- SNOdar’s full measurement capabilities: snow depth, daily new snowfall, seasonal accumulation, and sensor orientation monitoring
- What was rebuilt and why — the overhauled app, enhanced SDI-12 reliability, redesigned mounting clamp, and updated firmware
- How to connect a sensor to the app on your phone and get to live data in under 2 minutes
- Hardware specs, power requirements, and deployment best practices for remote winter environments
- SDI-12, RS-232, and Bluetooth connectivity — how SNOdar integrates into networks you already run
- Real-world application scenarios across avalanche forecasting, DOT, ski resort ops, SNOTEL, and scientific monitoring
If you’re responsible for snow monitoring infrastructure—whether that’s a remote SNOTEL site, a DOT network, or an avalanche forecasting operation, this session gives you everything you need to evaluate, deploy, and get the most out of SNOdar.
Bring your questions—our engineering team will be live to answer them.
Date: Thursday May 28, 2026
Time: 1:00 – 2:00 PM Eastern
Cost: FREE