Sabbe and Taylor’s separate route efforts
TUM reported Sabbe’s HexaTrek completion pending FKT verification and Taylor’s unsupported Long Trail out-and-back account.
Athlete
Karel Sabbe pursues long-trail speed projects and mountain running. His own adventure history includes the Pacific Crest Trail, Appalachian Trail, Barkley Marathons and Te Araroa, providing a broader setting for his HexaTrek attempt.
12 TUM reports · Published coverage below
Publication history
11 editorial issues
Distinct issues per publication month. Each issue counts once.
Monthly editorial issue counts: Jul 2024: 0; Aug 2024: 0; Sep 2024: 1; Oct 2024: 0; Nov 2024: 0; Dec 2024: 0; Jan 2025: 1; Feb 2025: 1; Mar 2025: 0; Apr 2025: 0; May 2025: 0; Jun 2025: 0; 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: 1; Jul 2026: 5; Aug 2026: 2; 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 ↓
Newest first
TUM reported Sabbe’s HexaTrek completion pending FKT verification and Taylor’s unsupported Long Trail out-and-back account.
TUM linked Sabbe’s update with about 500 kilometers remaining. It is not the later completion report.
Karel Sabbe described a day-10 interruption during his HexaTrek attempt. The tracker still marked it ongoing on July 31; later completion coverage takes precedence as the latest result.
Aurélien Sanchez’s supported Pacific Crest Trail finish was reported as 45d 20h 15m,16h 35m faster than Karel Sabbe’s 2023 mark. This is the full trail, separate from the Oregon-segment profile.
His historical PCT record trace was the comparison for Sanchez’s ongoing supported northbound attempt; this was not a new Sabbe result.
Was moving into his third day on the roughly 3,000-kilometer HexaTrek; a Wednesday 12:22 a.m. MDT tracker observation remained marked ongoing.
As reported July 17, a supported HexaTrek FKT attempt across roughly 3,000 kilometers of France was planned to start Monday, with tracking scheduled then. This is a plan, not confirmation of the later start.
His 2023 PCT pace is used as the comparison for Sanchez’s July 2026 checkpoint. This does not replace his later HexaTrek outcome.
Sabbe described 70K and 65K training days as final preparation for an unnamed summer FKT attempt. The route had not been revealed in this account.
TUM reported Billy Meredith starting a self-supported Te Araroa attempt while Karel Sabbe was pursuing the route with full support. Their support categories and unfinished status remain distinct; the 49-day benchmark and Meredith’s 234-day CalendarYearTripleCrown record were retrospective context.
Event date: 2025 · TUM publication: February 7, 2025
Karel Sabbe planned to start a Te Araroa FKT attempt on January 15 or 16,2025. The source’s 3,054 km route description and tracking link do not establish a later start, finish or record.
Event date: January 2025 · TUM publication: January 16, 2025
His benchmark had stood since 2018 and was the historical comparison for Dower’s finish; this is not a current-record claim.
Event date: 2018 · TUM publication: September 24, 2024
Reported supported completion, FKT verification pending
TUM reported Sabbe’s HexaTrek completion pending FKT verification and Taylor’s unsupported Long Trail out-and-back account.
Source2023 comparison:46d 12h 50m
Aurélien Sanchez’s supported Pacific Crest Trail finish was reported as 45d 20h 15m,16h 35m faster than Karel Sabbe’s 2023 mark. This is the full trail, separate from the Oregon-segment profile.
SourceFully supported attempt underway in early 2025
TUM reported Billy Meredith starting a self-supported Te Araroa attempt while Karel Sabbe was pursuing the route with full support. Their support categories and unfinished status remain distinct; the 49-day benchmark and Meredith’s 234-day CalendarYearTripleCrown record were retrospective context.
SourcePrior benchmark had stood since 2018
TUM reported Tara Dower completing the 2,197-mile Appalachian Trail in 40 days, 18 hours and 5 minutes, about 13½ hours faster than Karel Sabbe’s mark that had stood since 2018.
SourceLater reporting stays above earlier plans and previews.
Reported 2026-06-17
Reported 70K and 65K training days; the route was not yet revealed. This account does not identify the later HexaTrek route or supersede its supported completion.
TUM · Jun 17, 2026Facts 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 one original public source. 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, 2026-08-24T20:48:45Z. 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.
Published article, 2026-08-17T16:54:00Z. 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.
Published article, 2026-07-31T17:26:28Z. Archived published text is pinned to canonical main dbb48fed8dd6.
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, 2026-07-24T16:26:26Z. Archived published text is pinned to canonical main 5d25d2ce1fc4.
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, 2026-07-22T13:29:00Z. 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.
Published article, 2026-07-17T16:02:07Z. 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, 2026-07-03T17:43:51.362Z. Public original captured at 2026-10-20T15:19:10.637Z 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, 2026-06-17T13:19:50.355Z. Public original captured at 2026-10-20T23:50:57.968Z 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, 2025-02-07T13:09:22.004Z. Public original captured at 2026-10-30T05:55:43.629Z 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, 2025-01-16T02:43:50.465Z. Public original captured at 2026-10-30T05:55:43.642Z 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, 2024-09-24T20:35:52.322Z. Public original captured at 2026-10-30T12:48:05.877Z and projected to reviewed article text; no publishing-repository text pin is claimed.