OO-G67

OO-G67 is a Dynamic WT9 MCR-01, a single-engine piston aircraft. SkyMeter has tracked 8 flights totalling 4 hours of airtime via ADS-B. The most frequent segment is EBSH to EBFS. Service window in our records spans 204 days. The Dynamic WT9 MCR-01 has a maximum takeoff weight of 1,320 lb, light wake category.

About the Dynamic WT9 MCR-01

The Dynamic WT9 (marketed under the MCR-01 designation in some regions) is a Czech-designed two-seat light sport aircraft that emerged in the early 2000s as one of Europe's most successful ultralight designs. Built by Aerospool in Slovakia, the WT9 family combines composite construction with a sleek low-wing configuration and side-by-side seating, offering handling characteristics that appeal to both training operators and private owners seeking an efficient cross-country tourer within the light sport category.

The aircraft's defining feature is its efficient aerodynamic design, achieving cruise speeds around 120 knots on a modest 100-horsepower Rotax 912 engine while maintaining docile low-speed handling with a stall speed below 40 knots in landing configuration. The composite airframe keeps empty weight near 660 pounds, allowing useful loads that accommodate two adults and fuel for 500-nautical-mile legs, impressive capability for an aircraft certified to the 1,320-pound maximum takeoff weight limit that defines the light sport category in the United States and similar ultralight regulations across Europe.

The type has found particular favor with flight schools and aero clubs in Central Europe, where its combination of modern avionics compatibility, reasonable operating costs, and forgiving flight characteristics make it well-suited to primary training and recreational flying. The WT9's never-exceed speed of 151 knots and structural cruising speed of 130 knots provide adequate margins for cross-country operations while remaining within the performance envelope typical of certified light sport aircraft.

SkyMeter has tracked flights across airframes and operators, covering routes.