🟢 SAFE PLUS – Industrial Safety VR Training System (11 Types)

SAFE PLUS is an immersive virtual reality (VR) training solution that realistically simulates 11 major industrial accidents that frequently occur in the workplace.

Workers can safely experience accident causes, incidents, and preventive measures in a vivid, interactive environment.

This maximizes training effectiveness, fosters a strong safety culture, and significantly enhances occupational safety education across industries.

The system is multilingual, supporting Korean, English, Chinese, Vietnamese, and Hindi, and can be custom-developed in other languages to match the needs of multinational worksites.

🔑 Key Features

•  11 Accident Scenarios

Falls, Falling objects, Welding fire, Confined space suffocation, Forklift collision, Forklift rollover, Electric shock, Entrapment, Smartphone accident, Chemical spill, Road paving accident

•  Immersive VR Training

Realistic, risk-free accident simulations with interactive learning

•  Global Language Support

Supports Korean, English, Chinese, Vietnamese, Hindi (custom versions available)

•  Certified Content

Copyright registered for all 11 accident modules with the Korea Copyright Commission

•  Customizable Solutions

Scenarios, devices, and language options can be tailored upon request

•  Effective Safety Education

Boosts safety awareness, reduces workplace risks, suitable for global and multinational worksites

📊 General Specifications (Common to All 11 Types)

🟠 Content List (11 Types of Industrial Safety VR)

1. 🚧 Road Paving Collision VR

Simulates a collision accident during road paving caused by a road roller operator’s negligence.

Workers learn the importance of pre-operation equipment checks, operator attentiveness, and safety compliance.

•  Step-by-Step Simulation

•  Step 1. Accident Cause – The operator leaves the machine without setting the gear to neutral or applying the parking brake. The roller begins to move forward while a worker is paving ahead.

•  Step 2. Work Start (Interaction) – The operator rushes away due to sudden pain, neglecting to secure the machine. The roller slowly moves toward the work zone.

•  Step 3. Collision Accident – The roller collides with a front-line worker, causing a serious crush injury.

•  Step 4. Safety Measures – Check machine status before leaving, apply brakes and neutral gear, secure safe distance, and activate warning systems.

2. 🏗 Forklift Rollover VR

Simulates a forklift rollover caused by speeding and failure to wear a seatbelt.

Workers experience the dangers of unsafe driving and learn essential preventive measures.

Step-by-Step Simulation

•  Step 1. Work Start (Interaction) – The operator begins driving without wearing a seatbelt or checking the work path.

•  Step 2. Rollover Accident – Driving at high speed over a slope, the forklift loses balance and overturns.

•  Step 3. Accident Experience – Without a seatbelt, the worker is ejected, leading to severe injuries.

•  Step 4. Safety Measures – Always wear a seatbelt, check routes before driving, avoid overspeeding and sudden maneuvers.

3. ⚗ Chemical Spill VR

Demonstrates a spill accident caused by residual chemicals in pipes during replacement work.

Workers learn to check for residues and follow safe disposal procedures.

Step-by-Step Simulation

•  Step 1. Accident Cause – Worker closes a valve but neglects to flush residual chemicals.

•  Step 2. Work Start (Interaction) – During pipe disassembly, chemicals burst out under pressure.

•  Step 3. Spill Accident – Chemicals spray into the worker’s face and eyes, blurring vision.

•  Step 4. Safety Measures – Use protective gear, flush residues before work, and apply emergency eyewash/shower procedures.

4. 📱 Smartphone Accident VR

Simulates accidents caused by smartphone use at construction sites.

Emphasizes the importance of avoiding distractions and following safety protocols.

Step-by-Step Simulation

•  Step 1. Accident Cause – Worker uses a smartphone while walking in an active construction area.

•  Step 2. Work Start (Interaction) – The worker continues watching videos while moving.

•  Step 3. Accident Experience – Collisions with falling objects, obstacles, or heavy equipment occur.

•  Step 4. Safety Measures – Ban smartphone use while working/walking; maintain awareness of surroundings.

5. 🔒 Entrapment Accident VR (Aerial Work Platform)

Recreates a neck entrapment accident during aerial platform elevation due to lack of spatial awareness.

Workers learn the importance of clearance checks and safe posture.

Step-by-Step Simulation

•  Step 1. Accident Cause – Worker begins elevation without checking overhead clearance.

•  Step 2. Work Start (Interaction) – Platform rises while the worker leans forward.

•  Step 3. Entrapment Accident – Worker’s neck is trapped between platform railing and overhead pipe.

•  Step 4. Safety Measures – Check overhead space, maintain safe posture, and follow operating procedures.

6. ⚡ Electric Shock VR (Hand Grinder)

Simulates an electric shock accident caused by using a hand grinder with exposed wires in wet conditions.

Workers experience the danger of neglecting insulation checks.

Step-by-Step Simulation

•  Step 1. Accident Cause – Damaged power cord exposed to rainwater during grinder use.

•  Step 2. Work Start (Interaction) – Worker begins cutting without inspecting insulation.

•  Step 3. Shock Accident – Current flows through wet surfaces, electrocuting the worker.

•  Step 4. Safety Measures – Inspect cords, ensure insulation, avoid wet environments, and follow electrical safety rules.

7. 🚧 Forklift Collision VR

Replicates a collision accident caused by overloaded forklifts blocking forward visibility.

Workers learn the importance of safe loading and route checks.

Step-by-Step Simulation

•  Step 1. Accident Cause – Overloaded forklift obstructs the driver’s vision.

•  Step 2. Work Start (Interaction) – Operator drives forward unaware of nearby workers.

•  Step 3. Collision Accident – Forklift collides with a worker, causing severe injuries.

•  Step 4. Safety Measures – Follow loading standards, secure visibility, assign signalers, and manage worksite traffic.

8. 🫁 Confined Space Suffocation VR

Simulates suffocation from carbon monoxide inhalation and oxygen deficiency in a tank.

Teaches the importance of gas checks, ventilation, and PPE.

Step-by-Step Simulation

•  Step 1. Work Instruction – Worker enters tank without safety briefing.

•  Step 2. Work Start (Interaction) – No PPE, no oxygen measurement, no ventilation.

•  Step 3. Suffocation Accident – Worker collapses from oxygen deficiency and CO poisoning.

•  Step 4. Safety Measures – Ventilate properly, monitor gas levels, and wear protective equipment.

9. 🔥 Welding Fire VR

Demonstrates a fire accident caused by welding sparks igniting insulation materials.

Teaches the necessity of fireproofing and environmental checks.

Step-by-Step Simulation

•  Step 1. PPE Check – Worker wears welding mask, apron, and gloves.

•  Step 2. Work Start (Interaction) – Welding begins without checking surrounding materials.

•  Step 3. Fire Accident – Sparks ignite insulation; delayed response escalates into fire.

•  Step 4. Safety Measures – Install fire blankets, remove flammable materials, assign fire watch, and conduct pre-work inspections.

10. 📦 Falling Object VR

Simulates falling material accidents caused by poor fastening during crane lifting.

Teaches proper securing procedures and signaler importance.

Step-by-Step Simulation

•  Step 1. Accident Cause – Loose pipe materials lifted by tower crane.

•  Step 2. Work Start (Interaction) – Operator lifts while signaler and ground workers operate below.

•  Step 3. Falling Accident – Pipe detaches and strikes a worker below.

•  Step 4. Safety Measures – Secure loads, assign signalers, wear PPE, and conduct safety checks.

11. 🪜 Falling from Height VR

Recreates a fall accident caused by unsecured scaffolding planks.

Workers experience the dangers of improper installation and lack of fall protection.

Step-by-Step Simulation

•  Step 1. Accident Cause – Worker begins scaffolding work on unstable planks.

•  Step 2. Work Start (Interaction) – Plank stability and safety harness are neglected.

•  Step 3. Fall Accident – Worker loses balance as the plank detaches, resulting in a fall.

•  Step 4. Safety Measures – Secure scaffolding planks, wear fall protection, and follow pre-work inspection procedures.

🛡️ Intellectual Property & Trademark

Our products are officially trademarked under the Korean Intellectual Property Office (KIPO)

• SAFE PLUS® – Industrial Safety VR Training System

  Registration No.: 40-2306205
• Application No.: 40-2024-0165644
• Registration Date: 2025-01-22

• CPR PLUS® – Emergency CPR VR Training Solution

  Registration No.: 40-2298476
• Application No.: 40-2024-0168747
• Registration Date: 2025-01-13

✅ These registered trademarks highlight our originality, reliability, and global business credibility.

📜 Certifications (Copyright Registrations)

SAFE PLUS VR system and all 11 accident modules are officially registered with the Korea Copyright Commission.

•  C-2024-032158: Fall Accident VR

•  C-2024-032159: Falling Object VR

•  C-2024-033109: Welding Fire VR

•  C-2024-033110: Confined Space Suffocation VR

•  C-2024-033111: Forklift Collision & Entrapment VR

•  C-2024-033112: Electric Shock VR

•  C-2024-033113: Entrapment VR

•  C-2024-034260: Smartphone Accident VR

•  C-2024-034261: Chemical Spill VR

•  C-2024-034262: Forklift Rollover VR

•  C-2024-034263: Road Paving Accident VR

🏢 Company Introduction – PELIGOOD Co., Ltd.

PELIGOOD Co., Ltd. is a specialized developer of customized training content for corporations, government agencies, and public institutions.

We focus on creating immersive safety and job-training solutions that enhance employee safety awareness and professional competence.

By leveraging cutting-edge technologies such as VR, AR, MR, XR, Metaverse, and AI-driven intelligent systems, PELIGOOD provides interactive, realistic, and customized training programs.

Our content covers industrial safety, disaster safety, disability awareness, job simulations, and emergency response training.

With continuous R&D and innovation, PELIGOOD is committed to delivering advanced and practical education solutions that promote safer workplaces worldwide.

🔗 Company Website: www.peligood.com
🔗 YouTube Channel: PELIGOOD Official