Atlantic Aircraft
TA
The Atlantic Aircraft TA, introduced in 1978, quickly became a landmark in regional aviation and remains one of the most celebrated models produced by the American manufacturer Atlantic Aircraft. Conceived in response to the growing demand for efficient short‑haul transport, the TA was developed at Atlantic’s Wichita facility under the leadership of chief designer Margaret Lyle. Its first flight on 12 March 1978 demonstrated a blend of innovative aerodynamics and reliable engineering, earning FAA certification by the end of the year and entering commercial service with several commuter airlines across North America.
Key features of the TA include a high‑wing, all‑metal airframe equipped with two turboprop Rolls‑Royce AE 210 series engines, delivering 1,200 shaft‑horsepower each. The aircraft’s pressurized cabin accommodates up to 30 passengers and offers a flat floor, a rare comfort element for its class at the time. Advanced avionics—such as a digital flight control system and weather radar—provided pilots with unprecedented situational awareness, while the robust landing gear enabled operations from unpaved and remote airstrips.
The TA’s significance lies in its role in democratizing air travel to smaller communities, reducing operating costs for airlines, and setting performance standards that influenced subsequent regional turboprop designs worldwide. Its legacy endures as a benchmark for efficiency, durability, and versatile service in the aviation industry.
Key features of the TA include a high‑wing, all‑metal airframe equipped with two turboprop Rolls‑Royce AE 210 series engines, delivering 1,200 shaft‑horsepower each. The aircraft’s pressurized cabin accommodates up to 30 passengers and offers a flat floor, a rare comfort element for its class at the time. Advanced avionics—such as a digital flight control system and weather radar—provided pilots with unprecedented situational awareness, while the robust landing gear enabled operations from unpaved and remote airstrips.
The TA’s significance lies in its role in democratizing air travel to smaller communities, reducing operating costs for airlines, and setting performance standards that influenced subsequent regional turboprop designs worldwide. Its legacy endures as a benchmark for efficiency, durability, and versatile service in the aviation industry.
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Classification
Production & History
- Units Produced
- 7