Keene Road bridges over Interstate 182 in Richland, Washington.
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46.2450° N119.3572° WBortle 6Los Angeles

Goose Gap Photography Guide

Mountain Pass in Benton County, Washington

  • Bortle 6 sky
  • Sunset azimuth 236°–306°
  • Clearest: July
  • Milky Way Apr–Aug
Photo: Allen4names · CC BY-SA 3.0 · source

Goose Gap — a mountain pass in Benton County, Washington — is a lesser-known subject for landscape photographers. The nearest town is West Richland, about 6.6 km (4.1 mi) away (Goose Gap lies S of town).

Goose Gap is a small pass connecting Badger Mountain to Candy Mountain to the west of Richland, Washington. It lies significantly higher than most of the Tri-Cities and is crossed by Interstate 182 just after its western terminus. An average of 18,000 people cross Goose Gap daily. There are residential areas on both sides of I-182 to the east of the gap, but to the west is mostly agriculture. The non-profit organization Friends of Badger Mountain is planning a new hiking trail to connect Badger Mountain to Candy Mountain, which will cross Goose Gap in a north-to-south direction, perpendicular to the Interstate.From the Wikipedia article “Goose Gap”, licensed under CC BY-SA 4.0.
Nearest town
West Richland
6.6 km (4.1 mi)
Sky darkness
Bortle 6
Bright suburban sky
Clearest month
July
26% cloud
Milky Way peak
June
2.7 h window
Golden hour (Oct)
5:32 PM
sunset 6:13 PM

Light at Goose Gap

Live
Sunrise
7:22 AM
Sunset
6:04 PM
Golden hour AM
7:03 AM – 8:04 AM
Golden hour PM
5:22 PM – 6:22 PM
Blue hour AM
6:52 AM – 7:03 AM
Blue hour PM
6:22 PM – 6:34 PM
Full darkness
7:44 PM – 5:43 AM
Moon
Waxing Gibbous · 71%
Moonrise / set
3:40 PM / 1:04 AM
Day length
10h 42m
Sunrise azimuth
104°
Sunset azimuth
256°
000306091215182124
NightTwilightBlue hourGolden hourDaylight

Times in America/Los Angeles. Golden hour = sun −4° to +6°; blue hour = −6° to −4°.

Clouds at sunrise & sunset

NWS

Hourly sky cover from the National Weather Service. 20–60% cloud often gives the most colorful sunrises and sunsets.

Sunrise & sunset directions

At Goose Gap the sunrise point swings a long way through the year: about 54° (NE) at the June solstice and 124° (SE) in late December. Sunset moves from 306° (NW) in June to 236° (SW) in December, and the midday sun climbs to 67° in summer but only 20° in winter.

NESW60°30°
June solsticeEquinoxesDecember solstice
DateSunriseAzimuthSunsetAzimuthNoon sunDaylight
March equinox (Mar 20)7:01 AM89° E7:10 PM271° W44°12h 09m
June solstice (Jun 21)5:06 AM54° NE8:54 PM306° NW67°15h 47m
September equinox (Sep 22)6:45 AM89° E6:57 PM271° W44°12h 12m
December solstice (Dec 21)7:38 AM124° SE4:15 PM236° SW20°8h 36m

Azimuth is measured clockwise from true north (90° = east, 270° = west). Computed for 2026; values change by less than a degree from year to year.

Golden hour & blue hour by month

Mountain passes sit above valleys, so they reward sunrise and sunset with layered ridges, valley fog and long shadows.

Month (15th)Blue hour startsSunriseGolden hour endsGolden hour startsSunsetBlue hour endsDaylight
January7:03 AM7:37 AM8:25 AM3:50 PM4:38 PM5:12 PM9h 01m
February6:31 AM7:01 AM7:44 AM4:41 PM5:24 PM5:54 PM10h 22m
March6:41 AM7:11 AM7:51 AM6:24 PM7:03 PM7:33 PM11h 52m
April5:40 AM6:11 AM6:52 AM7:04 PM7:45 PM8:16 PM13h 33m
May4:50 AM5:25 AM6:09 AM7:40 PM8:24 PM8:59 PM14h 59m
June4:27 AM5:06 AM5:52 AM8:05 PM8:52 PM9:30 PM15h 46m
July4:44 AM5:21 AM6:06 AM8:02 PM8:47 PM9:24 PM15h 26m
August5:24 AM5:57 AM6:39 AM7:27 PM8:08 PM8:41 PM14h 11m
September6:06 AM6:36 AM7:16 AM6:31 PM7:11 PM7:41 PM12h 34m
October6:45 AM7:15 AM7:56 AM5:32 PM6:13 PM6:43 PM10h 57m
November6:27 AM6:59 AM7:45 AM3:41 PM4:26 PM4:59 PM9h 27m
December7:00 AM7:34 AM8:25 AM3:22 PM4:13 PM4:47 PM8h 38m

Local time (America/Los Angeles), including daylight saving time. Golden hour runs from about −4° to +6° solar altitude, so the morning golden hour begins during blue hour, before sunrise.

Milky Way & night sky

From Goose Gap, the Milky Way core is visible in a dark sky from April through August. June gives the longest window (about 2.7 hours on a moonless night), and the core peaks around 15° above the southern horizon. Our light-pollution model puts the sky at about Bortle 6 (bright suburban sky), so expect visible sky glow; drive away from towns for better results.

MonthCore visible (15th)HoursMax altitudeDirection
JanuaryBelow 10° in darkness—-5°—
FebruaryBelow 10° in darkness—6°—
March5:13 AM – 5:23 AM0.211°SSE → SSE
April3:15 AM – 4:15 AM1.014°SSE → S
May1:09 AM – 2:59 AM1.815°SSE → S
June11:36 PM – 2:16 AM2.715°SSE → SSW
July11:16 PM – 1:06 AM1.815°S → SSW
August10:07 PM – 10:57 PM0.814°SSW → SSW
September8:54 PM – 9:04 PM0.211°SSW → SSW
OctoberBelow 10° in darkness—6°—
NovemberBelow 10° in darkness—-4°—
DecemberBelow 10° in darkness—-20°—

Window when the galactic core is at least 10° high during astronomical darkness on the 15th of each month. Pick nights within a few days of the new moon. Plan exact nights with the Milky Way planner.

Estimated sky darkness: 6 Bortle 6 — Bright suburban sky. The Milky Way is only visible near the zenith; the sky glows grey-orange in photos. Modeled zenith brightness ≈ 19.5 mag/arcsec². Aurora needs roughly Kp 5.0+ to show low on the northern horizon here.

Weather & best season

Long-term NASA satellite data for this area show July as the clearest month (about 26% average cloud cover) and January as the cloudiest (79%). July is the warmest month and January the coldest, which matters for gear, snow access and how long batteries last at night.

Average cloud cover (%)

JanFebMarAprMayJunJulAugSepOctNovDec
JanFebMarAprMayJunJulAugSepOctNovDec
High °F6464768999108110109102877062
Low °F-371227334249483419158
Precip. (in)1.31.01.00.80.80.70.10.20.40.81.11.6

Monthly climatology for the surrounding 1° grid cell from NASA POWER (MERRA-2). Mountain sites can be colder and cloudier than the cell average.

Photography tips for this mountain pass

  • Check road status before driving: many high passes close seasonally or after storms.
  • Look for the road itself as a leading line — switchbacks from above make strong compositions.
  • Weather changes fast at elevation; carry layers even in summer.
  • Summit pull-outs often face one direction; use the sun azimuth table to see whether sunrise or sunset suits the view.
  • Scout in daylight if you plan to shoot at night or before sunrise.

Season: Summer and early autumn are the main season; winter visits depend on plowing and avalanche conditions.

Suggested gear: Telephoto lens, Tripod, Warm layers, Road-condition app. Work out exposures with the depth of field, ND filter and NPF rule calculators.

Nearby photo spots

Other locations within 25 km of Goose Gap, closest first.

Campgrounds nearby (Recreation.gov)

FAQ

When is the best time to photograph Goose Gap?
July has the clearest skies on average; june is best for the milky way core. For light, plan around the first and last hour of sun. Summer and early autumn are the main season; winter visits depend on plowing and avalanche conditions.
What time is golden hour at Goose Gap?
In October the evening golden hour starts around 5:32 PM and ends after sunset at about 6:13 PM; the morning golden hour lasts until about 7:56 AM. Use the live widget above for exact times on any date.
Where does the sun rise and set at Goose Gap?
Sunrise azimuth ranges from about 54° in June to 124° in December; sunset ranges from 306° to 236°. See the sun-path diagram for the full arc.
Can you see the Milky Way from Goose Gap?
Yes — the core is visible from April to August on moonless nights. The estimated sky quality is Bortle 6 (bright suburban sky).
Do you need a permit to photograph at Goose Gap?
Personal photography from public land rarely needs a permit. Commercial shoots, models, large groups and drones may require permission from the land manager — check before you go.
How far is Goose Gap from West Richland?
About 6.6 km (4.1 mi) in a straight line; driving distance is usually longer, especially in mountain terrain.

Sources

Location data: Wikidata, Wikipedia. Sun, moon and Milky Way times are computed by LWPhoto Atlas for 2026. Climate: NASA POWER. Sky darkness is a population-based estimate (Walker's law), not a measurement. See data sources & licenses.