Quasar Crutches: Free Realistic Injury System for FiveM ESX, QBCore & QBox

Quasar Crutches introduces immersive injury gameplay designed specifically for serious FiveM roleplay environments. When players are injured, movement is no longer trivial — they must rely on crutches, making every action slower, riskier, and more deliberate.

If an injured player takes damage, they will fall to the ground and won’t be able to stand up again until they retrieve their crutches, reinforcing realism, consequence, and dependency on proper medical roleplay.

Fully compatible with ESX, QB, QBCore and QBox, Quasar Crutches is a must-have system for servers focused on realism, medical RP, and meaningful injury mechanics.

Realistic Crutches System

Quasar Crutches transforms injuries into a real gameplay state. Injured players cannot move normally and must use crutches to walk. Losing them instantly puts the player in a vulnerable position, encouraging assistance from EMS, medics, or other players.

This system adds depth to:

Fall & Recovery Mechanics

When injured players take damage, they collapse and lose mobility. Standing up again is only possible by recovering the crutches, making injuries feel impactful instead of cosmetic.

This mechanic reinforces:

Crutch Dependency Gameplay

Crutches are not optional. On FiveM ESX, QB, QBCore and QBox servers, Quasar Crutches enforces true dependency: without crutches, injured players cannot function normally.

This creates:

Advanced Crutches Menus

Quasar Crutches includes advanced interaction menus that allow crutches to be:

This flexibility makes EMS and medical roleplay faster, cleaner, and fully controlled, while still remaining immersive.

Discord Logs & Full Customization

The system includes built-in Discord logs, allowing staff to track:

Admins can fully customize behavior, permissions, notifications, and integration to adapt the system to any roleplay style — from soft RP to hardcore realism.

Framework Friendly & Optimized

Quasar Crutches is:

It integrates seamlessly with existing EMS, hospital, and medical systems, without adding unnecessary overhead.

Compatible with: