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by fibonacc
1370 days ago
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Very interesting point but this chute is seriously making me consider taking flying lessons. Compared to motorcycle, plane is far safer. If an engine fails you can still glide to safety. Failing that deploy this chute. One additional feature safety would be terrain recovery where if it detects you are unconscious, the plane would automatically pull out of the dive or avoid terrain obstacles (like side of a mountain) and place itself in a holding pattern. Taking a step further, the plane would identify nearest field without traffic or powerlines and deploy the chutes to land itself. The last two layers are really nice to haves, its already incredible to have chutes readily available in private jets. Now its tough to argue that flying is inherently dangerous with these extra layers of last resort measures. Having said that I do think cheaper alternatives to this Cirrus jet already exists, nothing wrong with propeller planes either. My goal would be to be able to do bush flying, landing on top of mountain fields, camping for a while and then flying back home. |
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The comments so far seem to presume the parachute is the only thing required to keep you safe. Statistically there’s two engine failures every 100,000 hours in single engine pistons. That’s incredibly low. Most pilots are lucky to make 1000 hours in a lifetime.
The thing that is actually going to kill most people is flying a perfectly serviceable aircraft into the side of a hill in bad weather, hitting wires, or mishandling on base turn and stalling.
The previous comments about the parachute being ineffective for takeoff and landing are partially correct. The minimum altitude for successful CAPS (parachute) deployment is 500ft AGL, but it has been used much lower successfully (sorry don’t have the figures but I think 200-300ft).
They market the CAPS like it’s the only thing required to make flying safe but in reality you are more likely to kill yourself than the airplane killing you; and a parachute won’t stop that.