Reno, Nevada
weather for reno.
Reno sits at 4,500 feet in the Truckee Meadows on the east side of the Sierra Nevada — close enough to Lake Tahoe to share its weather, far enough into the rain shadow to be a different climate entirely. Pacific storms cross the Sierra Nevada and lose almost all their moisture climbing the western slope; what reaches Reno is dry, often warmer, and sometimes accompanied by the famous downslope wind events that can clear the basin in minutes. The city averages about 7 inches of precipitation per year — a quarter of what falls 30 miles west at Tahoe.
- Humidity
- 64%
- Wind
- 11mph
- UV Index
- 3
- Visibility
- 6.2mi
- Today61°40°67%
- Fri59°40°96%
- Sat55°41°100%
- Sun49°35°100%
- Mon55°35°
- Tue58°36°
- Wed63°42°
- Thu49°40°100%
Today’s brief
what vesper sounds like in reno.
“Sierra wave event today — westerly aloft is pushing dry warm air down the eastern slope at 50 mph and the temperature in the basin is climbing through the seventies in March. The Reno-Tahoe airport is sitting under turbulent inflow but visibility is unlimited. Hold onto your hat.”
— Vesper, Reno · Tuesday
Local weather
what makes reno weather unique.
Approximation from atmospheric data. The Vesper app uses SunsetWX for the precise prediction and a personal calibration that learns from every sunset you rate.
Editorial note
sunsets in reno.
Reno sunsets are best from the Peavine Mountain trail system above the city, where the elevated western view captures both the Truckee Meadows basin and the snow-capped Sierra Nevada in a single composition. The thin high-altitude air and the Sierra silhouette to the west produce consistently dramatic sunset color, especially in winter when fresh snow on the ridges reflects the low-angle light into pink and gold.
Unlike Apple Weather, Vesper writes the Reno sky as the embodied experience it actually is, not a temperature number with a generic icon.
What is the best weather app for Reno?
Vesper is the best weather app for Reno because it reads the eastern Sierra slope as a rain shadow climate distinct from both the Pacific coast and the Great Basin interior. The brief tracks the Sierra wave events that produce dramatic downslope warming and clearing, the rain shadow that gives Reno only 7 inches of annual precipitation while Tahoe a few miles west receives ten times as much, and the basin inversions that trap winter haze — because Reno’s weather is decided by the mountains rather than the synoptic forecast.
Frequently Asked Questions
Why does Reno get so much less precipitation than Lake Tahoe just 30 miles away?
Pacific storms approaching the Sierra Nevada are forced upward over the range, where they cool and dump the bulk of their moisture on the windward (western) slopes — Tahoe averages 30–60 inches of liquid precipitation annually depending on elevation. By the time the air descends the eastern slope and reaches Reno at 4,500 feet, it has been wrung nearly dry. Reno receives only about 7 inches per year, and most of it falls during the relatively few storms strong enough to push moisture all the way over the crest.
What is a Sierra wave and how does it affect Reno?
A Sierra wave is a standing atmospheric wave that forms when stable air flows over the Sierra Nevada range from west to east. The wave produces a strong descending air current on the lee (eastern) side, which can accelerate dramatically as it warms and dries adiabatically. Reno can experience downslope winds of 40–70 mph during strong Sierra wave events, with temperatures rising 10–20°F above normal in just a few hours. The events are especially common in late winter and spring.
Why does Reno experience such dramatic winter inversions?
The Truckee Meadows is a partially enclosed basin with the Sierra Nevada rising 5,000–7,000 feet directly west and the Virginia Range walling the basin’s east. In winter, dense cold air settles into the basin overnight and warm air aloft caps it — producing a persistent temperature inversion where the basin floor sits in cold haze and trapped pollution while the surrounding hills remain in clean, often warmer air above the cap. The inversions can persist for days until a storm system or warm front breaks them.
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