![[V2.0.0] Realistic Boiling Water Reactor Simulator](https://tr.rbxcdn.com/180DAY-e341d30f3aed63aa32c31f0545307bc6/768/432/Image/Webp/noFilter)
Simulation
[V2.0.0] Realistic Boiling Water Reactor Simulator
Created by RBWR Simulation Community
Play on RobloxOpens the game page on Roblox
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Server size15
About this game
-- [ REALISTIC BOILING WATER REACTOR ] -- [ V2.0.0 - Public Release. ] --
Hello employee, and welcome to the Harrison Generating Station, located in Abbotsford, Canada!
This simulation aims to deliver the most engaging 3D multiplayer reactor simulator ever made! We aim to provide players with a realistic experience operating a Boiling Water Nuclear Reactor while keeping the game arcade-style so players can have fun.
Please utilize the in-game tutorials before starting, so you know how to operate the reactor!
RBWR features three selectable classical BWR reactor types, plus an RBMK reactor type across two playable units. Unit 01 is simplified for learning, while Unit 02 offers more advanced and in-depth realistic operations. Fully simulated systems include turbines, condensers, pumps, water treatment, emergency systems, and power distribution. Players must manage power demand, respond to malfunctions, and handle random events.
Hello employee, and welcome to the Harrison Generating Station, located in Abbotsford, Canada!
This simulation aims to deliver the most engaging 3D multiplayer reactor simulator ever made! We aim to provide players with a realistic experience operating a Boiling Water Nuclear Reactor while keeping the game arcade-style so players can have fun.
Please utilize the in-game tutorials before starting, so you know how to operate the reactor!
RBWR features three selectable classical BWR reactor types, plus an RBMK reactor type across two playable units. Unit 01 is simplified for learning, while Unit 02 offers more advanced and in-depth realistic operations. Fully simulated systems include turbines, condensers, pumps, water treatment, emergency systems, and power distribution. Players must manage power demand, respond to malfunctions, and handle random events.