During the off-season, live endpoints honestly return SKIP. This page allows you to verify the full ACCUM instrument suite, from verdict readouts to polar aspect roses, elevation transects, slope inclinometers, spatial radars, and companion rescue checklists.
Wind slab building on lee aspects above treeline.
Deep persistent slab — high consequence, low predictability.
Conditions not worth the trip right now.
Snow data loading...
Switch between avalanche conditions below to observe how the decision engine, aspect rose, elevation transect, and safety protocols adapt in real time:
High accumulation, low avalanche hazard across all elevation bands
Polar 8-aspect × 3-elevation hazard distribution with active problem sectors.
Hover sectors for elevation × aspect detail
Telemetry trends highlighting ridge transport direction and rapid snow loading.
Light wind across upper transects
Terrain cross-section plotted against Alpine, Treeline, and Below Treeline bands.
West-to-East topographical cross-section with elevation hazard zones
AIARE-aligned trailhead checklist with real-time hazard warnings.
AIARE companion rescue & terrain verification protocol before dropping out of service
30°–34°: Prone to wind slabs, storm slabs, and remote triggering when buried weak layers exist. Slabs on these slopes often fail with subtle triggers.
Terrain Protocol:Travel with caution. Look for signs of wind drifting and whumpfing.
Even if you are on flat ground (<30°), avalanches from steep slopes above can travel far into the valley floor. Based on your mountain's vertical fall:
Geospatial projection of live condition verdicts and avalanche danger zones.