h a l f b a k e r yKeep out of reach of children.
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Scares the hell outta me, but (+) for the audacity.... |
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While larger turbines may be more efficient for a given thrust level, they also tend to be heavier. Heavier engines mean less payload. So while fuel consumption per lb overall may decrease, the fuel consumption per lb of cargo may actually increase. |
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Economics aside, it's a neat concept. I say keep the windows. I'd love to see the whirling blades and hot gasses inches away... |
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The fuselage wouldn't need gyro-stabilization. It could be supported by the stators. |
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I've once heard helicopters referred to as "600 parts all moving at the same time to see which one can break first" ... but the helicopters have certain baked-in saftey features like their ability to controll decent by auto-rotation in case of engine failure, etc. ... this could use some failsafes, but I like the idea ... very fresh half-baked goodness. |
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Solves the disc burst problems, and in case of engine failure you still have the ability to glide. Might take a while before you could unload passengers once you landed, waiting the turbine slows down, lot of momentum there. |
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There is a better solution: Turboprops are more efficient than turbines, even large ones. Basically, turboprops are very large turbofan engines (the type used by most passenger aircraft) without the outer ducting. |
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