Bullet blimp.

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Here we see the impeller in Victor Shauberger's Repusine saucer craft :

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The "Gyroscopic Wing" coupled with the counter rotating "Vortex Thruster" impeller is a great combination regardless of configuration. A ring wing would work perfectly too.

We blow compressed air sideways over the wing from the front. The counter rotating impeller delivers solid inertial stability.

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A gyroscopic wing is different from a stationary anulear ring wing. The experimental aircraft in this video counter rotates the wing with spiral fins. The laminar versión sends a compressed air vortex spiraling over the teardrop airfoil. The spiral wing in the video is powered like a pinwheel by the oncoming air in counter direction to the propeller. Máximum inertial control. This model is shaped like a balloon: The spinning vortex impeller hull would be shaped like a bullet!

The wingless spiraling hull vortex Thruster would have negative drag! This vehicle can charge its own batteries while hovering in the wind.

https://www.youtube.com/watch?v=5ChvTm8peuo

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Compressing air in a 1.5 liter plastic bottle on a balsa frame and covering it by a bullet shaped basket wrapped in Saran wrap that rotates on bearings would begin to fly when the compressed air was spiraled from the bottle back over the spinner hull from a hose.

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Elon Musk could fly his SN10 rocket as a cycloidal wing if he removed fins and rotated the rocket horizontally. The aircraft would be highly manuerable with the vector thrusting rockets. He could glide his rocket across the State of Texas like a kite. Converted to a gyroscopic wing, the SN10 could perform complex aerobatics, plus the addition of a freely rotating hull would allow the counter rotating interior to generate artificial gravity in space.

A freely rotating hull could raise the cylindrycal rocket to the Stratosphere as a gyroscopic wing for blast off to Space. The rocket can land sideways on rollars.