The Reddit inquiry centers on the 1970 crash of a Martin 4-0-4 carrying the Wichita State University football team, which struck terrain in the Colorado high country west of Denver and remains one of the most consequential controlled-flight-into-terrain (CFIT) accidents in American collegiate and charter aviation history. The poster, who works in an aerospace-adjacent field and has connections to a private aviation liability investigation practice, hiked to the wreck site and documented it with over 100 geotagged photographs. The proposal is to crowdsource an armchair forensic reconstruction: mapping surviving wreckage back to the original Martin 4-0-4 structure, cataloging what components are missing (either removed during the original NTSB investigation or consumed in the post-crash fire), and potentially supplementing the effort with drone imagery and oral history gathered from the Alpine Rescue Team, the search-and-rescue organization that grew directly out of the original 1970 response.
For working pilots, particularly those flying Part 91, 91K, and 135 operations into Colorado's mountain airports (Aspen, Eagle, Telluride, Gunnison), the Wichita State accident is a foundational case study in the dangers of density altitude, mountain wave turbulence, and marginal terrain clearance in the Rockies. The 1970 flight was operating a heavily loaded piston twin at high density altitude through a mountain pass with inadequate performance margin, and it struck rising terrain in conditions that modern crews would recognize as a textbook CFIT scenario. That accident, along with others from the same era, contributed to the eventual push for terrain awareness and warning systems (TAWS/EGPWS), more conservative mountain-flying training standards, and stricter operational specifications for charter operators flying in high-terrain environments. Revisiting the physical wreckage decades later, with modern photographic and mapping tools, offers a rare opportunity to cross-check historical NTSB findings against what remains observable in the field—something that rarely happens with such old accidents since most wreckage is either removed or left to decay unexamined.
This kind of citizen-led forensic project sits at the intersection of aviation history preservation and grassroots safety education, a niche that has grown alongside the popularity of accident-analysis content (the referenced Admiral Cloudberg write-up on r/AdmiralCloudberg is itself part of a broader online ecosystem of detailed, NTSB-style accident narratives that professional pilots increasingly consume as informal recurrent training material). While this specific effort is amateur and non-official, the discipline it proposes—photographing wreckage, cross-referencing against type-specific structural diagrams, and reconstructing failure sequences—mirrors real investigative methodology used by the NTSB, insurers, and litigation support firms in modern crash investigations. For pilots and safety officers who use historical accidents as training touchpoints, projects like this can surface previously undocumented details, correct long-standing assumptions in the public record, and generate fresh discussion about lessons that remain directly applicable to today's mountain and high-density-altitude operations.
More broadly, this inquiry reflects a growing trend of aviation enthusiasts and professionals using accessible tools—drones, geotagging, crowdsourced research, and online forums—to revisit legacy accident sites that were investigated with far less technology than exists today. As business aviation traffic into Colorado's resort airports continues to grow and as more turboprop and jet operators contend with the same terrain and density-altitude challenges that doomed the Martin 4-0-4 in 1970, renewed public interest in this crash serves as a useful reminder that many of the fundamental hazards of Rocky Mountain flying have not changed, even as aircraft performance, avionics, and regulatory oversight have advanced considerably since that era.