The Dipsea Race is a 7.4-mile trail race from Mill Valley to Stinson Beach in Northern California. First run in 1905, it uses a handicapping system that lets runners of different ages compete.
Distance
7.4 milesOfficial race description; a short trail race, with no ultra classification.Source
Route
Mill Valley to Stinson BeachNorthern California.Source
Format
Handicapped startOfficial description says its system allows different ages to compete.Source
3 TUM reports · Published coverage below
Publication history
Coverage over time
3 editorial issues
Distinct issues per publication month. Each issue counts once.
Jul 2024Peak 2Nov 2026
Monthly editorial issue counts: Jul 2024: 0; Aug 2024: 0; Sep 2024: 0; Oct 2024: 0; Nov 2024: 0; Dec 2024: 0; Jan 2025: 0; Feb 2025: 0; Mar 2025: 0; Apr 2025: 0; May 2025: 0; Jun 2025: 1; Jul 2025: 0; Aug 2025: 0; Sep 2025: 0; Oct 2025: 0; Nov 2025: 0; Dec 2025: 0; Jan 2026: 0; Feb 2026: 0; Mar 2026: 0; Apr 2026: 0; May 2026: 0; Jun 2026: 2; Jul 2026: 0; Aug 2026: 0; Sep 2026: 0; Oct 2026: 0; Nov 2026: 0.
Sponsor mentions, repeated links and polls are excluded. Credits within editorial items may count. Read the supporting timeline ↓
In The Ultra Minute
Newest first
Published in TUM
Dipsea Generations released online
The 31-minute film, centered on five young Bay Area runners around the Dipsea Race, became available on YouTube. The item described access and community; it did not name those runners or establish film/race ownership.
Lloyd Kahn appeared on the accepted list for the June 14, 2026 Dipsea at age 91. TUM recalled his 2025 age-90 finish in 2:15:16, which bettered Jack Kirk’s older age-90 benchmark. Entry, historical finish and the older benchmark are separate.
The 31-minute film, centered on five young Bay Area runners around the Dipsea Race, became available on YouTube. The item described access and community; it did not name those runners or establish film/race ownership.
Lloyd Kahn appeared on the accepted list for the June 14, 2026 Dipsea at age 91. TUM recalled his 2025 age-90 finish in 2:15:16, which bettered Jack Kirk’s older age-90 benchmark. Entry, historical finish and the older benchmark are separate.
Lloyd Kahn appeared on the accepted list for the June 14, 2026 Dipsea at age 91. TUM recalled his 2025 age-90 finish in 2:15:16, which bettered Jack Kirk’s older age-90 benchmark. Entry, historical finish and the older benchmark are separate.
Publication dates distinguish plans, claims, results and later corrections.
Reported 2026-06-12
Film context
Dipsea Generations follows five young Bay Area runners around this race. The film is distinct from the race; no unnamed athlete identity or film ownership is inferred.
Published article, 2026-06-12T16:00:05.047Z. Public original captured at 2026-10-21T03:28:54.859Z and projected to reviewed article text; no publishing-repository text pin is claimed.
Exact public destination in the published item. The archived TUM issue establishes the historical attribution; this is not a fresh verification of the destination’s current content.
Exact public destination in the published item. The archived TUM issue establishes the historical attribution; this is not a fresh verification of the destination’s current content.
Published article, 2026-06-05T10:34:52.265Z. Public original captured at 2026-10-22T19:24:29.682Z and projected to reviewed article text; no publishing-repository text pin is claimed.
Exact public destination in the published item. The archived TUM issue establishes the historical attribution; this is not a fresh verification of the destination’s current content.
Exact public destination in the published item. The archived TUM issue establishes the historical attribution; this is not a fresh verification of the destination’s current content.
Published article, 2025-06-13T22:47:31.260Z. Public original captured at 2026-10-28T02:39:04.234Z and projected to reviewed article text; no publishing-repository text pin is claimed.
Exact public destination in the published item. The archived TUM issue establishes the historical attribution; this is not a fresh verification of the destination’s current content.
Exact public destination in the published item. The archived TUM issue establishes the historical attribution; this is not a fresh verification of the destination’s current content.