jeffs chips
Pre-Flight
- Joined
- Jun 1, 2019
- Messages
- 40
- Display Name
Display name:
bulgin
Roy Williams of Airframe Components gives probably the very best explanation of the mechanical implications and repair of Piper SB 1244B.
Maybe someone can clarify, though, when at minute 3 he is showing some mated aluminum with steel plating which has severely degraded around the area of the wingspar and because of how it is placed together in the assembled spar, it looks like it's decomposing from the inside-out. I fail to see how anything other than a pulled wing with interior inspection could even detect this and yet, people seem to think that boroscope into the area of the spar is sufficient to detect a failing spar.
I'm not a mechanic so can someone please clear this up for me? It would appear that any Piper aircraft so affected by the SB really should have the wing pulled and examined and anything short of that might be asking for trouble. I hear that's a costly job.
Thanks for any enlightenment.
Maybe someone can clarify, though, when at minute 3 he is showing some mated aluminum with steel plating which has severely degraded around the area of the wingspar and because of how it is placed together in the assembled spar, it looks like it's decomposing from the inside-out. I fail to see how anything other than a pulled wing with interior inspection could even detect this and yet, people seem to think that boroscope into the area of the spar is sufficient to detect a failing spar.
I'm not a mechanic so can someone please clear this up for me? It would appear that any Piper aircraft so affected by the SB really should have the wing pulled and examined and anything short of that might be asking for trouble. I hear that's a costly job.
Thanks for any enlightenment.