DHC-5 Buffalo

🇨🇦Canada
De Havilland Canada
1965 – Present
Overview
DHC-5 Buffalo - Image 1
DHC-5 Buffalo - Image 2
The DHC-5 Buffalo is a twin-engine STOL tactical utility transport aircraft developed by De Havilland Canada, based on an enlarged DHC-4 Caribou design and powered by General Electric turboprop engines. It was designed to meet a U.S. Army requirement for improved payload and short takeoff and landing capabilities, with its first flight in 1964 and delivery of four aircraft in 1965, although no further U.S. orders were placed due to inter-service politics.
Specifications
Max Speed Kmh467
Weight Max Kg22,317
Service Ceiling M9,449
Research Notes

Rugged STOL Tactical Transport

The DHC-5 Buffalo was built to move useful payloads from very short and rough airstrips.

The DHC-5 Buffalo extended de Havilland Canada's short-takeoff-and-landing transport lineage into a twin-turboprop aircraft with military utility. The Canada Aviation and Space Museum emphasizes that, while only slightly larger than the DHC-4 Caribou, the Buffalo could carry much more payload and operate from very short rugged strips. That made it useful for northern, expeditionary, humanitarian, and tactical transport missions where runway length and surface quality limited conventional aircraft.

Short-Field Payload Mover

Its lift system and high-wing layout supported heavy loads into isolated landing zones.

The Buffalo's operational value came from combining a practical cargo cabin with exceptional low-speed handling. A high wing, large flaps, and turboprop power helped the aircraft lift away from short fields while carrying troops, supplies, or evacuation loads. For forces operating across mountains, forests, arctic settlements, or unprepared strips, that combination reduced dependence on long paved runways and gave planners more options for moving people and materiel.

Canadian Utility-Aircraft Heritage

The Buffalo remains a recognizable part of Canada's rough-field aircraft tradition.

The DHC-5 belongs to a Canadian design tradition centered on practical access to remote terrain. Like the Beaver, Otter, Caribou, and Twin Otter, it prioritized getting useful loads into places where infrastructure was limited. That heritage matters for a military database because logistics aircraft often decide whether a remote operation is sustainable. The Buffalo's museum presence reflects both its technical distinctiveness and its role in Canadian service history.

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