Eckert’s data in a conversation
TUM noted Freetrail’s Rest Day Live discussion of Eckert’s six-day visualizations with Eckert and Rachel Entrekin.
Athlete
Megan Eckert is an ultrarunner and coach whose racing spans mountain ultras, flat looped courses and multiday events. Her professional biography also identifies her as a special-education high-school teacher.
15 TUM reports · Published coverage below
Publication history
15 editorial issues
Distinct issues per publication month. Each issue counts once.
Monthly editorial issue counts: Jul 2024: 0; Aug 2024: 0; Sep 2024: 0; Oct 2024: 1; Nov 2024: 0; Dec 2024: 1; Jan 2025: 0; Feb 2025: 0; Mar 2025: 1; Apr 2025: 0; May 2025: 1; Jun 2025: 0; Jul 2025: 1; 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: 3; Jun 2026: 0; Jul 2026: 1; Aug 2026: 0; Sep 2026: 6; Oct 2026: 0; Nov 2026: 0.
Sponsor mentions, repeated links and polls are excluded. Credits within editorial items may count. Read the supporting timeline ↓
Newest first
TUM noted Freetrail’s Rest Day Live discussion of Eckert’s six-day visualizations with Eckert and Rachel Entrekin.
TUM previewed Rachel Entrekin’s Rest Day Live interview with Megan Eckert about six-day and multiday racing.
TUM invited readers to explore Megan Eckert’s run through its existing six-day interactive and give feedback.
The September 10 special revisits Megan Eckert’s completed 636.5-mile EMU Six-Day win and links an interactive explanation of 1,140 full laps. It adds a new explanatory treatment, not another race result or a record-ratification claim.
TUM reported Megan Eckert’s 1,024.319-kilometer win and the men’s and women’s podiums. The women’s world-best claim was pending ratification.
TUM recorded a dated in-race board snapshot, with Holvik leading overall and Eckert leading the women. These positions are not final results.
Won the Vermont 100-mile women’s race in 17:19:56.
TUM named Meg Eckert as a planned May 23 Q&A guest; retained public partner evidence links this form to Megan.
TUM reported Megan Eckert: eighth overall and third woman, 63:09:07 at the 2026 Cocodona 250.
Event date: 2026 · TUM publication: May 8, 2026
TUM reported third woman at Cocodona.
TUM reported second woman in 26:24:17 at Badwater 2025.
Event date: 2025 · TUM publication: July 11, 2025
Megan Eckert covered 603.155 miles at Six Days of France in 2025, a reported women’s six-day world record nearly 43 miles beyond Camille Herron’s previous mark.
Won Sierra Vista Trail Runs 50K overall in 4:35:44 and set the women’s course record.
Megan Eckert covered153.4 miles for third in Desert Solstice’s women’s 24-hour race, according to TUM. The adjacent source context distinguishes this women’s podium from Don Reichelt’s second-overall finish; no third-overall rank is inferred from the caption.
TUM reported a women’s backyard record of 87 yards, 362.5 miles, in this October 2024 account; later records remain separate.
Event date: 2024 · TUM publication: October 29, 2024
TUM repeated a notice scheduling her as a Cocodona podium roundtable guest in Salida on May 23, 2026 at 7 p.m. MT; attendance was not established.
These are distinct dated treatments of the same completed performance.
Reported 2026-09-16
The released Rest Day Live episode discussed the visualizations with Eckert and Rachel Entrekin.
TUM · Sep 16, 2026Reported 2026-09-10
TUM revisited the completed race through 1,140 full laps, pace and day/night views. This added an explanatory treatment, not another result.
TUM · Sep 10, 2026Reported 2026-09-09
The published result was 1,024.319 kilometers, about 636.5 miles, with the women’s world-best claim pending ratification at publication.
TUM · Sep 9, 2026Reported 2026-05-15
TUM named Meg Eckert as a planned May 23 Q&A guest; retained public partner evidence links this form to Megan.
TUM · May 15, 2026Six-day racing discussion in the released episode
TUM noted Freetrail’s Rest Day Live discussion of Eckert’s six-day visualizations with Eckert and Rachel Entrekin.
Source2026 six-day result
TUM reported Megan Eckert’s 1,024.319-kilometer win and the men’s and women’s podiums. The women’s world-best claim was pending ratification.
Source100-mile women’s winner: 17:19:56
Megan Eckert — 100-mile women’s winner: 17:19:56 at Vermont 100. Reported 2026-07-22.
SourceWas scheduled as panel guest May 23, 2026 at 7 p.m. MT
Repeating its May 14 notice, TUM listed Rachel Entrekin, Courtney Dauwalter, and Meg Eckert for a Cocodona podium roundtable in Salida, with Mikey Mitchell and Ashley Mateo scheduled to moderate. The livestream was scheduled for May 23, 2026 at 7 p.m. MT; the item does not establish attendance.
SourceFacts above link directly to their sources. Published TUM dates and public-source check dates describe different things.
Public background sources checked October 20, 2026. The selection contains 127 published issues.
Career context from two original public sources. TUM’s dated reporting appears below.
This is a limited career snapshot, checked October 20, 2026. Source publication dates and event dates are shown separately.
Published article, 2026-09-16T22:27:35Z. Archived published text is pinned to canonical main 0b95fbf3ae3a.
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, 2026-09-14T22:32:27Z. Archived published text is pinned to canonical main 0b95fbf3ae3a.
Published article, 2026-09-11T18:18:01Z. Archived published text is pinned to canonical main 0b95fbf3ae3a.
Published article, 2026-09-10T19:20:33Z. Archived published text is pinned to canonical main 06f40a030fb1.
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, 2026-09-09T18:48:53Z. Archived published text is pinned to canonical main 032eba22cd61.
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.
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.
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.
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, 2026-09-07T18:58:38Z. Archived published text is pinned to canonical main 032eba22cd61.
Published article, 2026-07-22T13:29:00Z. Archived published text is pinned to canonical main 002146376c24.
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.
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.
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.
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, 2026-05-23T10:30:56.006Z. Public original captured at 2026-10-23T01:32:51.615Z 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.
Published article, 2026-05-15T08:09:06.608Z. Public original captured at 2026-10-25T00:14:26.845Z 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.
Published article, 2026-05-08T04:49:23.684Z. Public original captured at 2026-10-27T18:56:10.754Z and projected to reviewed article text; no publishing-repository text pin is claimed.
Published article, 2026-05-07T05:45:12.790Z. Public original captured at 2026-10-27T18:56:10.725Z and projected to reviewed article text; no publishing-repository text pin is claimed.
Published article, 2025-07-11T19:43:19.605Z. Public original captured at 2026-10-28T00:38:38.573Z and projected to reviewed article text; no publishing-repository text pin is claimed.
Published article, 2025-05-09T21:36:15.363Z. Public original captured at 2026-10-28T02:39:04.258Z and projected to reviewed article text; no publishing-repository text pin is claimed.
Published article, 2025-03-05T21:17:15.807Z. Public original captured at 2026-10-30T03:34:14.162Z 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.
Published article, 2024-12-18T13:31:11.287Z. Public original captured at 2026-10-30T08:39:44.902Z 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.
Published article, 2024-10-29T20:40:19.446Z. Public original captured at 2026-10-30T10:54:29.268Z 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.