BoeingBoy
Veteran
- Nov 9, 2003
- 16,512
- 5,865
- Banned
- #1
Chip's comments on the plan:
"US Airways' chief executive officer Dave Siegel's goal, as outlined in a private board meeting Dec. 10, is to lower expenses so that average seat costs excluding fuel are 6 cents a mile in the point-to-point, regional jet part of his system and 8 cents in the hub-and-spoke part of operation (its costs excluding fuel was 9.52 cents at the end of the third quarter, vs. Southwest's 6.42 cents). To reach those projections, Siegel has already identified $200 million to $300 million in savings for 2004."
Sounds logical, doesn't it - a tweak here, a work-rule change there, and that 9.52 cent CASM turns into 8 cent CASM. Use the RJ's in MDA (I presume), bypass the hubs, and that same 9.52 cent CASM turns into 6 cent CASM - after all, that's what SWA does.
First, let's look at the 9.52 cent CASM figure. It is not U's CASM, it is U's MAINLINE CASM (domestic & international). Reporting only on mainline makes the CASM appear as low as possible (without cooking the books). Longer haul flying (international) results in lower CASM. RJ's have higher CASM, so excluding them results in lower CASM. U did not show a system-wide figure in it's 3rd quarter report (though the system-wide figure was reported pre-bankruptcy). So what is the system-wide starting point?
The Bureau of Transportation Statistics (BTS) of the DOT compiles the reams of data submitted by the airlines monthly or quarterly. Using that data, they recently released the "Third Quarter 2003 Airline Financial Data" report. (A link to the entire report is posted in the thread "More Interesting Reading") According to their calculations, U's domestic CASM for the third quarter was 15.4 cents - the highest of any major network carrier. If we assume (?) that we can reduce that figure 1.5 cents to exclude fuel, we're left with 14.9 cent CASM. Makes it a little harder to reach that 8 cent CASM figure, doesn't it. We would have to increase ASM's 87.5% without increasing costs (except fuel). But airplanes have an acquisition cost, maintenance cost, etc., so it seems unlikely that even 60 airplanes will make the required difference.
Well, how 'bout getting a point to point operation down to the 6 cent CASM figure. SWA does it so shouldn't we be able to by bypassing the hubs and all the inefficiencies there? Oh, I forgot - we're talking about a point to point REGIONAL JET operation and RJ's are less efficient on a CASM basis than bigger airplanes. Nobody currently operates a fleet composed entirely of 70 (or so) seat RJ's, so there is no yardstick to measure by. All we have are the current RJ operators who are beginning to deploy 70-seaters. BTS shows that their CASM figures range from a high of 15.3 cents to a low of 10.8 cents (all including fuel). Of these, Air Wisconsin may be the most appropriate, since it operates planes ranging from 30 to 100 seats. Their figure is 13.5 cents CASM (again including fuel). If we assume that fuel is worth 1.5 cents of that, we are down to 12 cents CASM. Can bypassing the hubs (point to point) with the resulting increase in utilization result in a 50% reduction in CASM? Not likely.
This is presented as "food for thought". Any comments are welcome.
Jim
"US Airways' chief executive officer Dave Siegel's goal, as outlined in a private board meeting Dec. 10, is to lower expenses so that average seat costs excluding fuel are 6 cents a mile in the point-to-point, regional jet part of his system and 8 cents in the hub-and-spoke part of operation (its costs excluding fuel was 9.52 cents at the end of the third quarter, vs. Southwest's 6.42 cents). To reach those projections, Siegel has already identified $200 million to $300 million in savings for 2004."
Sounds logical, doesn't it - a tweak here, a work-rule change there, and that 9.52 cent CASM turns into 8 cent CASM. Use the RJ's in MDA (I presume), bypass the hubs, and that same 9.52 cent CASM turns into 6 cent CASM - after all, that's what SWA does.
First, let's look at the 9.52 cent CASM figure. It is not U's CASM, it is U's MAINLINE CASM (domestic & international). Reporting only on mainline makes the CASM appear as low as possible (without cooking the books). Longer haul flying (international) results in lower CASM. RJ's have higher CASM, so excluding them results in lower CASM. U did not show a system-wide figure in it's 3rd quarter report (though the system-wide figure was reported pre-bankruptcy). So what is the system-wide starting point?
The Bureau of Transportation Statistics (BTS) of the DOT compiles the reams of data submitted by the airlines monthly or quarterly. Using that data, they recently released the "Third Quarter 2003 Airline Financial Data" report. (A link to the entire report is posted in the thread "More Interesting Reading") According to their calculations, U's domestic CASM for the third quarter was 15.4 cents - the highest of any major network carrier. If we assume (?) that we can reduce that figure 1.5 cents to exclude fuel, we're left with 14.9 cent CASM. Makes it a little harder to reach that 8 cent CASM figure, doesn't it. We would have to increase ASM's 87.5% without increasing costs (except fuel). But airplanes have an acquisition cost, maintenance cost, etc., so it seems unlikely that even 60 airplanes will make the required difference.
Well, how 'bout getting a point to point operation down to the 6 cent CASM figure. SWA does it so shouldn't we be able to by bypassing the hubs and all the inefficiencies there? Oh, I forgot - we're talking about a point to point REGIONAL JET operation and RJ's are less efficient on a CASM basis than bigger airplanes. Nobody currently operates a fleet composed entirely of 70 (or so) seat RJ's, so there is no yardstick to measure by. All we have are the current RJ operators who are beginning to deploy 70-seaters. BTS shows that their CASM figures range from a high of 15.3 cents to a low of 10.8 cents (all including fuel). Of these, Air Wisconsin may be the most appropriate, since it operates planes ranging from 30 to 100 seats. Their figure is 13.5 cents CASM (again including fuel). If we assume that fuel is worth 1.5 cents of that, we are down to 12 cents CASM. Can bypassing the hubs (point to point) with the resulting increase in utilization result in a 50% reduction in CASM? Not likely.
This is presented as "food for thought". Any comments are welcome.
Jim