rmn settings

rmn utilizes a Logitech G Pro X Superlight 2 White mouse with a DPI of 400 and an in-game sensitivity of 1.28. This combination results in an effective eDPI of 512, which provides a balance between precise control for aiming and swift movement for rapid in-game reactions. The polling rate is set to 2000 Hz, ensuring highly responsive input and minimal latency during critical moments.

rmn’s crosshair is customized with a compact, static design using the Classic Static style. The crosshair features a small gap of -3, a short length of 1.5, and a thickness of 1, with no center dot or outline. This setup, colored in a distinct green (RGB: 88, 87, 100), stands out against most map backgrounds, aiding visibility without cluttering the screen. Such a configuration is favored by many pros for its unobtrusive nature, promoting precise aiming and quick target acquisition.

rmn plays on a ZOWIE XL2546K monitor, which is renowned for its high refresh rate and esports-oriented features. The monitor settings are fine-tuned with DyAc set to Premium for motion clarity, Color Vibrance at 12 for enhanced color separation, Low Blue Light at 6 to reduce eye strain, and Black Equalizer at 15 to improve visibility in dark areas. These adjustments provide a visual edge, making it easier to spot opponents and react swiftly in fast-paced situations.

rmn uses the Razer Huntsman V3 Pro TKL Black keyboard, known for its rapid optical switches and compact tenkeyless form factor, allowing more space for mouse movement. For his mousepad, he chooses the ZOWIE H-SR-SE ROUGE II, which offers a smooth glide and consistent tracking. This combination ensures both reliable keystrokes and precise, unhindered mouse control—critical for executing high-level maneuvers and maintaining comfort during long sessions.

rmn configures his video settings for optimal performance and visibility, playing at a 1280x960 resolution with a 4:3 aspect ratio on fullscreen mode and black bars scaling. He disables V-Sync and boost player contrast and sets shader and model texture details to low, with bilinear texture filtering and no anti-aliasing. These choices reduce input lag and maximize frame rates, ensuring smooth gameplay and clear player models for faster target identification.

rmn relies on the HyperX Cloud II headset, which is celebrated for its clear sound reproduction and comfortable fit. While specific in-game audio settings are not listed, using a high-quality headset like this ensures that subtle audio cues—such as footsteps and reloads—are easily discernible, granting a crucial advantage in situational awareness and enemy detection during matches.

rmn uses a viewmodel configuration with a field of view set to 68, an offset of 2.5 on the X-axis, 0 on the Y-axis, and -1.5 on the Z-axis, with preset position 2. Bobbing is disabled for a more stable weapon model. These adjustments minimize screen clutter from the weapon, providing an unobstructed view of the environment and improving focus on crosshair placement and enemy positioning.

rmn’s radar settings are tailored for maximum situational awareness: the radar size is set to 1, map zoom to 0.7, and the radar rotates and centers on the player. He also enables toggling the radar shape with the scoreboard. This configuration ensures that critical information about teammate positions and enemy sightings is easily accessible and quickly interpreted during gameplay.

rmn prefers a white HUD color, which stands out against the game’s diverse backgrounds, and sets the HUD scale to 0.85, making on-screen information more compact yet readable. This approach helps reduce visual distraction while keeping essential data—such as health, ammo, and economy—readily visible, supporting quick decision-making in high-pressure scenarios.

rmn’s setup features an Intel Core i9-10900K processor paired with an NVIDIA GeForce RTX 3080 graphics card. This high-end hardware combination delivers exceptional processing power and graphical performance, enabling consistently high frame rates and smooth gameplay even under demanding conditions. Such a robust system is vital for eliminating performance bottlenecks and maintaining a competitive edge in fast-paced, reaction-dependent matches.