Top 5 hidden glitches you can still exploit in the current mobile update

The latest mobile update to Rogue Company brings a polished experience with new weapon skins and refined movement mechanics, yet as with any live-service shooter, the map is far from entirely secure. While the developers have closed many known pathways, a few subtle glitches remain in the code that savvy players can still leverage to gain an unfair advantage or navigate the battlefield in impossible ways. This article explores five specific, unpatched anomalies that current players can still exploit, ranging from physics engine misalignments to rendering bugs that allow players to stand outside the game world entirely.

The Invisible Wall Bypass

One of the most persistent issues in the current build involves the collision detection system when interacting with certain environmental barriers. Specifically, when a player attempts to move through a narrow gap between two destructible walls or behind a specific cover object in the middle of a close-quarters engagement, the physics engine sometimes fails to register the obstruction immediately. This results in the character clipping through the geometry and becoming momentarily invisible to enemy players and their crosshairs.

Mastering the Ghost Walk

To successfully utilize this glitch, players must master precise timing and a high frame rate, as the window of opportunity where the collision box misfires is fleeting. The strategy involves positioning yourself directly behind a cover object, waiting for the enemy to commit to an attack or line of sight, and then rapidly tapping the movement buttons to thrust through the gap. During this brief moment of invisibility, you can reposition yourself behind the enemy, peek around a corner, or even swap to a different weapon without being detected. It is crucial to keep the character's center of mass low during this maneuver to minimize the chance of the physics engine correcting the position mid-stride.

The Infinite Jump Loop

Another exploitable mechanic exists within the verticality of certain map layouts, particularly in areas designed with high ceilings and low ceilings to encourage vertical combat. The current update has not fully patched the interaction between the "hold-to-jump" mechanic and the "auto-recoil" system on certain weapons. When a player holds the jump button while firing a weapon with significant recoil, the game engine occasionally interprets the recoil vector as an additional upward force, triggering an extra, unintended jump cycle.

By repeating this sequence rapidly in a confined vertical space, players can achieve heights that should be physically impossible, allowing them to drop from the ceiling directly onto enemies below. This is particularly effective against opponents who are stuck on the ground level or trying to navigate a staircase. The key is consistency; the glitch only triggers if the input is held with perfect uniformity for a specific duration, making it a skill-based exploit rather than a random error.

The Spawn Point Paradox

While the developers have officially altered spawn points to be more random, a rendering bug persists in a small percentage of matches where the server fails to properly sync the player's initial location with the map coordinates. This results in the player spawning slightly outside the visible boundaries of the map, often in an unrendered area or "void" space. Although the player appears to be in a valid location, the game treats them as being in a safe zone relative to the actual battle area.

Players can exploit this by spawning in this hidden zone and waiting for the match to load. When the game finally renders the map and the battle begins, the player is effectively positioned just behind the primary spawn lines of their team. This gives them a first-mover advantage as they can immediately see the first enemies and engage without being forced into the chaotic initial scramble. It is a passive exploit that does not require active movement but significantly alters the flow of the early game.

The Weapon Swap Lag

In fast-paced firefights, the animation sequence for switching between weapons can sometimes become desynchronized from the actual hand position of the character model. If a player executes a rapid-fire weapon swap sequence while moving or dodging, the lag can cause the character's hands to remain in the position of the previous weapon for a split second before the new one appears. This creates a momentary visual discrepancy where the player appears to be holding a heavy, slow-moving weapon, such as a shotgun or assault rifle, while actually controlling a fast, agile sniper rifle.

This is less about actual gameplay mechanics and more about the visual deception it provides. An opponent looking at your weapon icon or the model might assume you are vulnerable or have poor mobility, leading them to engage you with a full burst of fire, only to be hit by a well-placed shot from the "hidden" fast weapon. It forces the enemy to constantly reassess your capabilities, breaking their rhythm and creating openings for counter-attacks.

The Camera Glitch Teleportation

Finally, there is a known camera rendering issue that can occur when a player is standing near the edge of a large metallic structure or a reflective surface. In these instances, the camera tracking algorithm can momentarily lose the correct target, causing the screen to snap or "teleport" to a different angle entirely. During this split-second glitch, the player's character can be positioned in a location that is not visible to the camera but is still technically within the game world.

This allows the player to stand completely out of sight of their teammates and enemies, effectively becoming invisible to the camera feed while still retaining full control over their character. While the duration is extremely short, it can be timed to the exact moment an enemy is looking in a specific direction. By triggering the camera glitch, the player can instantly appear in a new, unobserved position, providing a surprise attack angle or a means to reposition safely. Mastering this requires patience and the ability to read the environment for the right reflective surfaces or metal edges to trigger the snap.

Related reading