Overview
This prompt aims to create an advanced mechanic job script for the FiveM ESX framework, enhancing gameplay realism. Game developers and server administrators will benefit by implementing detailed mechanics and interactions for players.
Prompt Overview
Purpose: This script enhances the FiveM ESX framework by providing an immersive mechanic job experience.
Audience: It is designed for developers and server owners looking to implement advanced vehicle mechanics in their FiveM servers.
Distinctive Feature: The script includes realistic animations and a breakdown risk system based on vehicle mileage for enhanced gameplay.
Outcome: Players will enjoy a detailed mechanic job with interactive features, improving overall engagement in the game.
Quick Specs
- Media: Text
- Use case: Generation
- Industry: Animation & VFX, Business Communications, Content & Media Creation
- Techniques: Role/Persona Prompting, Self-Critique / Reflection, Structured Output
- Models: Claude 3.5 Sonnet, Gemini 2.0 Flash, GPT-4o, Llama 3.1 70B
- Estimated time: 5-10 minutes
- Skill level: Beginner
Variables to Fill
No inputs required — just copy and use the prompt.
Example Variables Block
No example values needed for this prompt.
The Prompt
Create a comprehensive and advanced mechanic job script for the FiveM ESX framework, incorporating the following detailed features:
1. Vehicle Repair and Part Replacement:
Allow mechanics to repair and physically replace specific vehicle parts such as:
– Engine
– Battery
– Tires
– Brakes
Include detailed mechanics like removing and swapping wheels with various types.
2. Breakdown Risk System:
Implement a mileage-based breakdown risk mechanism where vehicles:
– Approaching or surpassing 100,000 km incur random breakdown events
– Events may include battery failure, engine trouble, or tire blowouts
Use timers or mileage tracking to simulate realistic wear and tear.
3. Tire Management:
Enable mechanics to:
– Physically remove tires using proper animations
– Install different tire or wheel types, affecting vehicle performance realistically.
4. Realistic Animations:
Integrate realistic and context-appropriate mechanic animations throughout all interactions, including:
– Using tools
– Removing parts
– Replacing components
– Inspecting vehicles
Ensure synchronization for all nearby players.
5. Boss Features:
Provide comprehensive boss-level management functionalities such as:
– Recruiting and firing mechanics
– Managing payroll
– Accessing other business-related menus.
6. Integration with ox_target, ox_lib, and ox_inventory:
Fully leverage:
– ox_target for targeted interaction prompts
– ox_lib for utilities
– ox_inventory for comprehensive inventory management including parts, tools, and stock control.
7. High Interaction Depth:
Design the job to be immersive and feature-rich, supporting:
– Dynamic player roles
– Interactions with detailed UI/UX where applicable.
# Steps to Implement
– Define vehicle parts and their states: working, damaged, and broken.
– Implement mileage tracking and a system to trigger randomized breakdowns based on vehicle usage.
– Develop repair and part replacement mechanics with physical representations such as tire removal.
– Script mechanic animations using suitable FiveM animation libraries, ensuring synchronization.
– Construct boss menus for staff management and financial controls using ESX and ox_lib.
– Use ox_target for precise contextual targeting and interaction prompts.
– Integrate ox_inventory for managing inventory actions including parts, tools, and stock.
– Conduct thorough testing for realism, performance, and game balance.
# Output Format
Provide the complete, well-documented Lua job script along with all necessary supporting resource files:
– Client scripts
– Server scripts
– Animation files
– Configuration files
Organize files clearly, ready for deployment within a FiveM ESX server environment. Include comprehensive comments explaining critical code sections, installation steps, configuration guidelines, and usage instructions for integrating ox_target, ox_lib, and ox_inventory. Specify any external dependencies or assets required and their sources.
# Notes
– Prioritize modular, efficient code design to facilitate future updates and extensions.
– Ensure compatibility with the latest stable versions of ESX, ox_target, ox_lib, and ox_inventory.
– Build in safeguards against edge cases, such as attempting to repair already functional parts or replace parts not present.
– Make animations seamless and synchronized for all players in proximity.
# Response Format
Output a structured, fully-commented Lua script and supporting files, ready for direct use or customization on a FiveM ESX server.
Do not include explanations outside of code comments.
Screenshot Examples
How to Use This Prompt
- Copy the prompt provided above.
- Paste it into your preferred coding environment.
- Follow the detailed steps to implement the mechanic job script.
- Ensure all features are integrated as specified in the prompt.
- Test the script thoroughly for functionality and performance.
- Deploy the script on your FiveM ESX server.
Tips for Best Results
- Vehicle Repair: Implement a system for mechanics to repair and replace vehicle parts like engines, batteries, and tires.
- Breakdown Risk: Create a mileage-based system that triggers random breakdowns for vehicles over 100,000 km.
- Tire Management: Allow mechanics to physically remove and install various tire types, impacting vehicle performance.
- Boss Features: Develop management tools for bosses to recruit, fire, and manage payroll for mechanics.
FAQ
- What is the primary function of a mechanic in FiveM ESX?
Mechanics repair vehicles, replace parts, and manage vehicle performance through detailed interactions. - How does the breakdown risk system work?
Vehicles over 100,000 km face random breakdowns like battery failure or engine trouble. - What animations are included for mechanics?
Mechanics use tools, remove parts, and inspect vehicles with realistic animations for immersion. - What features are available for bosses in the mechanic job?
Bosses can recruit, fire mechanics, manage payroll, and access business-related menus.
Compliance and Best Practices
- Best Practice: Review AI output for accuracy and relevance before use.
- Privacy: Avoid sharing personal, financial, or confidential data in prompts.
- Platform Policy: Your use of AI tools must comply with their terms and your local laws.
Revision History
- Version 1.0 (February 2026): Initial release.


