Bartholomew Roberts
Moderator
Read a rumor on the web that the LSAT program developing cased-telescoped lightweight ammo for the military has been defunded.
Apparently the joint user community decided they had no use for a lightweight 5.56mm rifle and LMG and recommended that the LSAT program be recfocused on an improved caliber with better downrange potential AND lighter weight than existing 5.56mm.
I hope that is the case since an improved caliber seemed like such an obvious way to go with LSAT that it didn't even occur to me they would try to keep 5.56 when changing over to the new technology.
This recommendation comes on the heels of an ARDEC report that evaluated identically constructed bullets in calibers from .224 to .30 and determined that a caliber from .256 to .277 provided the best performance (although apparently in the test, .277 was the overall winner).
If the recommendation is followed, there is potential to develop a round that is even more potent than 6.8 SPC; but yet weighs less than 5.56mm. It may not be a magic bullet per se; but given the current technological limitations, it would be pretty close to one.
Apparently the joint user community decided they had no use for a lightweight 5.56mm rifle and LMG and recommended that the LSAT program be recfocused on an improved caliber with better downrange potential AND lighter weight than existing 5.56mm.
I hope that is the case since an improved caliber seemed like such an obvious way to go with LSAT that it didn't even occur to me they would try to keep 5.56 when changing over to the new technology.
This recommendation comes on the heels of an ARDEC report that evaluated identically constructed bullets in calibers from .224 to .30 and determined that a caliber from .256 to .277 provided the best performance (although apparently in the test, .277 was the overall winner).
If the recommendation is followed, there is potential to develop a round that is even more potent than 6.8 SPC; but yet weighs less than 5.56mm. It may not be a magic bullet per se; but given the current technological limitations, it would be pretty close to one.