Tracer mains can breathe a sigh of reduction. Regardless of a bug being lately found with the injury hero in Overwatch 2, Blizzard says she will not be briefly banished.
Maybe much less relieving is the information that it is as a result of, with out the bug, Tracer can be fairly rattling underwhelming. Proper now, the problem is that Tracer has zero fall-off injury below 20 meters. It is a reasonably large vary to be inputting most injury. Apparently, professional gamers had seen the bug not lengthy after Overwatch 2’s launch, however has solely simply come to gentle among the many wider playerbase.
Sport director Aaron Keller confirmed that the bug has “seemingly been within the recreation for the previous few builds” in a Reddit response (opens in new tab). Nevertheless, it appears to be offering a wanted buff to Tracer’s equipment. “Whereas the sharp injury drop-off for Tracer is certainly a bug, her general energy stage has been okay,” Keller mentioned. “We aren’t planning to disable Tracer, and once we repair the bug, we can even take a look at further modifications to her equipment to compensate.”
huge_bug_tracer_has_no_fall_off_under_20_meters from r/Overwatch
It is a completely different story from the fates suffered by fellow injury heroes Mei, Torbjorn and Bastion (opens in new tab). The latter two had been pulled from the roster in some capability early after launch, with Bastion specifically taking some time to return to the fray. Shortly after Mei was frozen out (opens in new tab) for nearly three weeks, her return (opens in new tab) delayed by a “vital challenge (opens in new tab)” that pushed again the mid-season patch by two days.
Tracer has been sitting round A or B tier on most lists knocking round, and the group appears fairly cut up on whether or not she’s truly an issue proper now. However Blizzard appears positive that giving Tracer the right injury drop-off will ship her spiralling down the checklist of viable heroes. So for now, consider the entire thing as a little bit of bug-led recreation balancing.