N692DA

N692DA is a DeHavilland Canada Twin Otter, a twin-engine turboprop operated by DIRECT ACTION AVIATION LLC. SkyMeter has tracked 2,134 flights totalling 1,435 hours of airtime via ADS-B. The most frequent segment is C89 to C89. Service window in our records spans 452 days. Of those flights, 312 (14.6%) carry at least one detected incident: a go-around, unstable approach, stall warning, or runway excursion. The DeHavilland Canada Twin Otter has a 65 ft wingspan, a maximum takeoff weight of 12,500 lb.

About the DeHavilland Canada Twin Otter

The De Havilland Canada DHC-6 Twin Otter stands as one of aviation's most versatile and enduring STOL workhorses, purpose-built for short unprepared strips, floats, skis, and tundra tires. First flown in 1965, the Twin Otter was designed around the demanding bush and commuter operations of Canada's north, where 19-seat capacity, twin-engine reliability, and the ability to operate from 1,000-foot gravel bars or water were non-negotiable. Its high wing, fixed landing gear, and twin Pratt & Whitney PT6A turboprops deliver exceptional low-speed handling and a stall speed under 50 knots with flaps, making it the aircraft of choice for remote lodges, island-hopping seaplane services, skydiving operations, and humanitarian missions in roadless regions.

Production ran until 1988 with over 800 built, then resumed in 2010 under Viking Air as the Series 400 with a glass cockpit and refined systems, proving the design's timeless utility. The Twin Otter holds the distinction of operating scheduled service to some of the world's shortest runways, including Saba's 1,300-foot cliff-edge strip in the Caribbean, and remains the backbone of floatplane airlines like Harbour Air, which operates the largest commercial seaplane fleet in North America. Its 900-nautical-mile range and 25,000-foot service ceiling are modest by airliner standards, but its ability to land on a frozen lake, offload cargo, and depart in under 1,000 feet is unmatched in the 19-seat class.

SkyMeter has tracked flights across airframes and operators spanning routes, with the largest observed operator.