Nope.
The following models have smaller blades along with larger ones:
-Pioneer Settler (regular small blade)
-Pioneer Apprentice (electrician's blade with wire scraper)
-Pioner Harvester (pruning blade)
-Pioneer Pruner (pruning blade)
-Electrician (electrician's blade with wire scraper)
-Electrician Plus (electrician's blade with wire scraper)
-Secretary (regular small blade)
There may be more, but those are the only ones I can think of. Grateful probably meant that there were only two models with the regular small blades and only one of those has more tools than just blades (the Pioneer Settler). I think there are drawbacks to both. I think Victorinox's line of one-sided multi-tools and single-bladed slipjoints serves a good purpose- to provide economic and superior (to companies such as Case in terms of consistency and quality IMHO) slipjoint knives for cutting use. Those knives are prodominately Alox models, and having the full backsprings for each implement does wonders for the walk-and-talk and lockup. I, myself, tend to sacrifice lock-up and walk-and-talk for utility, with the varying-backspring cellidor double-sided models, which offer tools like corkscrews, awls, and screwdrivers. I also prefer cellidor to alox for ergonomics, looks, and replacability, and for the most practical reason-the reason for the red cellidor in the first place- to make them easy to find. I often think buying black scales would be cool, but I can't get over the fact that I'm destroying the purpose of the bright red cellidor. For those who really tend to lose things-especially in the dark-StayGlo handles are a great investment. So all-in-all, if you want true Victorinox craftsmanship and a traditional slipjoint multitool, pick up a Soldier or Electrician, but if you want a heavy-use, versatile tool, grab yourself a thicker cellidor model.
Edit: I wonder...would it be possible to remove the useless-but-ubiquitous hook and position that empty backspring where the blade is to give the main blade a bigger backspring like on the Soldier?
