Topo Prints

National Park Collection

Grand Teton

The most abrupt mountain front in North America. No foothills, no gradual approach — the Teton Range rises 7,000 feet straight from the Jackson Hole valley floor. 13,775 feet of Precambrian gneiss, the oldest exposed rock in any national park.

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The Cathedral Group

Three peaks so close together their contour lines interlock. The Grand, the Middle, and the South — the spires that define the range.

13,775 ft · The Grand

The highest peak in the range. First climbed in 1898. The contour lines tighten to near-vertical on the north face — 2,000 feet of sheer rock that makes this the premier alpine climb in the Lower 48. The summit is a pointed spire barely 20 feet across.

12,804 ft · Southwest Couloir

The second peak of the Cathedral Group. Its southwest couloir — a steep snow and scree gully — is the most popular route, threading between rock buttresses. Contour lines reveal the couloir as a narrow gap in otherwise sheer terrain.

12,514 ft · The Easiest Cathedral Peak

The most accessible of the three Cathedral peaks. The southeast ridge is a scramble rather than a technical climb. The contour map shows South Teton's broader shoulders compared to the Grand's knife-edge profile.

12,928 ft · The Technical One

Considered the most difficult summit in the range due to approach complexity. Hidden behind the Grand from most viewpoints, Owen's contour lines reveal a labyrinth of ridges, couloirs, and hanging snowfields.

Lakes & Canyons

Glacial lakes mirror the peaks. U-shaped canyons carve into the range. The terrain tells 2.7 billion years of geologic time.

6,783 ft · Glacial Moraine Lake

The park's gem. Dammed by a glacial moraine 15,000 years ago, Jenny Lake sits at the base of Cascade Canyon. The contour map captures the abrupt transition from flat valley floor to vertical mountain wall — the Teton Fault in topographic form.

The Classic Teton Hike

A glacially carved U-shaped canyon cutting deep into the range between the Grand and Mount Owen. The flat canyon floor flanked by near-vertical walls creates one of the most dramatic contour signatures in the park — tight lines stepping back to sudden flatness.

6,772 ft · Largest Lake in the Park

15 miles long, dammed by both glacial moraine and a concrete dam. Jackson Lake's western shore sits directly below the Teton Range — the contour map shows one of the most dramatic lake-to-summit elevation changes in the American West.

40 miles · Teton Crest Trail

The Teton Crest Trail traverses the range from north to south at high elevation. A wide-radius print captures the entire fault block — the sudden western rise and the gentle eastern slope that defines the Teton Range's asymmetric geology.

No Foothills

Most mountain ranges build gradually. The Rockies rise through foothills. The Cascades spread across volcanic plateaus. The Tetons do neither. The Teton Fault — one of the most active normal faults in North America — drops the Jackson Hole valley floor while pushing the range skyward. The result: a 7,000-foot vertical wall with no transition zone. Valley floor to summit in six horizontal miles.

This geology makes the Tetons uniquely dramatic in contour form. Where other ranges show gradually tightening contour lines, the Tetons show an abrupt compression — flat valley, then sudden stacking of lines so dense they darken the print. It's a fault-block range, and the fault shows.

Our prints render this drama from 1-arc-second USGS 3DEP elevation data. The Swiss Alpine preset is particularly suited to the Tetons — Imhof-style aerial perspective brightens the high ridges while the deep canyons recede. The Mountain Portrait preset isolates a single peak on cream, turning the Grand's contour signature into minimalist wall art.

Every print is rendered individually for your exact coordinates. Prints start at $29 with free worldwide shipping.

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Seven Thousand Feet of Vertical. One Print.

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