On Monday, Ubisoft revealed the subsequent two operators coming to Rainbow Six Siege. An replace, Operation Steel Wave, will embody two new Operators — Ace and Melusi — and a reworked model of one of many sport’s unique maps, House. Players can check out the brand new patch on the sport’s take a look at server beginning Tuesday, May 19.
The first of the brand new operators is Ace., an attacker with a brand new gadget known as SELMA. Players can throw a SELMA at partitions — barricaded or not — and the machine will destroy panels. Depending on how excessive gamers throw SELMA will decide which panel it destroys first, because the machine slowly rolls down the wall. Ace can use an AK-12 rifle or the M1014 shotgun.
Melusi is a defender, geared up with the Banshee Sonic Defense gadget. Players can set this gadget up on a wall or flooring, and it’ll emit sounds to gradual attackers on their method towards the machine — forcing them to both take care of the dearth of mobility or shoot and additional reveal their place. The Banshee additionally emits sound whereas attackers are close by, alerting defenders to their presence. Melusi can use both the T-5 SMG or the Super 90 shotgun.
Ubisoft additionally reworked the House map. House is now fairly a bit greater than earlier than, with two new rooms and a few further bomb websites. Longtime Siege gamers might want to relearn the map, which has been round for the reason that Rainbow Six Siege reveal trailer in 2014.
Ubisoft additionally highlighted some adjustments for Amaru and added secondary devices, together with the Proximity Alarm. The machine works precisely prefer it sounds: Defenders can place the merchandise on partitions, and catch attackers once they stroll by and set off the alarm.
Operation Steel Wave additionally affords new weapon skins, an Elite pores and skin for Echo, a decreased price on 4 older Operators, ranked adjustments, and an extended checklist of stability adjustments.
Test phases for Rainbow Six Siege often final a couple of days, though the time varies relying on the patch.