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GM issues four new recalls, 2.4 million cars affected

General Motors has announced another set of recalls, covering some 2.42 million cars in the United States. For those keeping track, The General has now recalled over 15 million cars worldwide this year due to various issues.
Here's the breakdown for this most recent set of recalls:
1,339,355 - Buick Enclave, Chevrolet Traverse, GMC Acadia models from the 2009 to 2014 model years; Saturn Outlook models from the 2009 to 2010 model years

Report: GM temporarily restarts Saturn Outlook, Hummer H3 production

Saturn Outlook - Click above for high-res image gallery
Even though both the Saturn and Hummer brands are being phased out, General Motors has reportedly revived production of both the Outlook crossover and H3 SUV to meet consumer demands.
Last month, GM assembled 1,037 Outlooks at its Lansing, Michigan facility, which is where the crossover's Lamda platform stablemates (Buick Enclave, Chevrolet Traverse and GMC Acadia) are built. A spokesperson for GM states that production was reinstated to utilize the rest of the Saturn-specific material at the facility, and that the automaker will continue to assemble the Outlook for a few more weeks.

GM recalling over 243,000 crossovers over possible seat belt defect

2010 Buick Enclave - Click above for high-res image gallery
The summer of 2010's recall hit parade continues unabated today, with General Motors having just announced that it is asking 243,403 owners of its 2009-2010 Lambda crossovers to bring their three-row haulers in for inspection. The culprit? Second-row seat belts in select Buick Enclave, Chevrolet Traverse, GMC Acadia, and Saturn Outlook CUVs have "failed to perform properly in a crash."
According to GM, a second-row seat-side trim piece is to blame, as it can impede the upward rotation of the buckle after the seat is folded flat. As a result, if the buckle makes contact with the seat frame, cosmetic damage can occur, potentially requiring additional force to operate the buckle properly. So far, no great shakes, but in the process of applying that additional force, the occupant may push the buckle cover down to the strap, potentially revealing and depressing the red release button. As a result of this, the belt may not latch, or in certain cases, it may actually appear to be latched when, in fact, it isn't.