Author: Emily Vargun

Engineering knowledge hub

Emily Vargun

Curated QuakeLogic articles, application notes, and technical explainers for engineering teams.

Areas of expertiseSeismic monitoring, structural health monitoring, testing systems, data acquisition, and applied engineering education.

Transforming Indoor Golf with QL-GolfSim

QL-GolfSim commercial indoor golf simulator bay with 4K projection screen and hitting mat

In short: QL-GolfSim is QuakeLogic's commercial indoor golf simulator built for high-traffic public and commercial facilities. It tracks ball and club with dual 6000 FPS stereo-vision cameras at 99% or better detection accuracy, projects over 170 courses through a 4K UHD 6000-lumen laser projector, and includes an automatic tee-up system, a multi-surface swing plate, and an RTX-class PC for low-latency play.

The game of golf has evolved significantly over the last decade. Today, enthusiasts and professionals alike seek high-quality training and recreational opportunities regardless of the weather. Finding the right technology is essential for facilities wanting to offer exceptional year-round golf. A commercial indoor golf simulator provides the perfect solution to meet this demand.

QuakeLogic engineering blog visual for "Transforming Indoor Golf with QL-GolfSim"
QL-GolfSim Software Interface – Example In-Game Course View

At QuakeLogic Inc., we have engineered the QL-GolfSim Professional Indoor Golf Simulation System to meet the rigorous demands of commercial and public environments. This state-of-the-art platform combines cutting-edge engineering with user-friendly accessibility to provide an unmatched experience for everyone.

What Makes QL-GolfSim Stand Out?

QuakeLogic engineering blog visual for "Transforming Indoor Golf with QL-GolfSim"
QL-GolfSim Professional Indoor Golf Simulation System

When designing a commercial indoor golf simulator, reliability and precision are paramount. The QL-GolfSim platform integrates advanced hardware and software to deliver realistic results.

Here are the standout features of our system:

  • Dual High-Speed Cameras: Each system includes a dual 6000 FPS stereo-vision camera tracking system with $ge99%$ detection accuracy.
  • High-Definition Visuals: The system features a 4K UHD 6000-lumen laser projection system coupled with an impact-resistant screen and acoustic backing.
  • Vast Course Library: Players can access over 170 high-definition virtual golf courses, allowing for endless variety.
  • Versatile Play Surfaces: The standard integrated swing plate supports different hitting surfaces, including fairway, rough, bunker, and tee conditions.
  • Automatic Tee-Up System: Enjoy seamless and efficient session management in a high-traffic commercial simulator environment.

Precision and Performance Tracking

QuakeLogic engineering blog visual for "Transforming Indoor Golf with QL-GolfSim"
QL-GolfSim System Architecture Overview

To improve your swing, you need reliable data. The QL-GolfSim is powered by an advanced high-performance computer featuring an Intel i5-class processor, RTX-class graphics, 16GB of RAM, and 512GB of solid-state storage. This ensures low-latency feedback and smooth graphical performance.

QuakeLogic engineering blog visual for "Transforming Indoor Golf with QL-GolfSim"
Dual Optical High-Speed Vision Sensor System

Furthermore, the AI-based trajectory reconstruction allows for highly accurate ball and club tracking in real time. Whether you are practicing your driving distance, participating in stroke play, or playing multiplayer with friends, the analytics provide the insight you need.

Inclusive Design for All Players

QuakeLogic engineering blog visual for "Transforming Indoor Golf with QL-GolfSim"
Integrated Multi-Function Control Panel

Accessibility and inclusion are at the core of our system’s design. The QL-GolfSim is engineered to support both right-handed and left-handed players without requiring you to reposition the hitting area or make major hardware adjustments. This inclusive design ensures that facilities can accommodate diverse groups of players effortlessly.

Proven Success at Leading Institutions

QuakeLogic engineering blog visual for "Transforming Indoor Golf with QL-GolfSim"
4K Projection Module

Our systems are trusted by universities and commercial entities across the country. A prime example of our installation expertise is the platform construction at North Carolina A&T State University. We transformed an existing space into a top-tier indoor training and recreational bay. From the finished hitting bay to the practice putting area, our team managed the entire process from concept to commissioning.

Why QuakeLogic

This project demonstrates QuakeLogic’s ability to deliver full-cycle engineering solutions that combine hardware, software, and AI into a unified system. From concept to commissioning, every component is designed for precision, reliability, and long-term performance. Let’s build the future of your facility together. Contact QuakeLogic today to discuss your custom project needs.

Email us at sales@quakelogic.net | Visit us at products.QuakeLogic.net


Key Takeaways

  • Dual 6000 FPS stereo-vision cameras with AI trajectory reconstruction deliver 99% or better ball and club detection.
  • Visuals come from a 4K UHD 6000-lumen laser projector onto an impact-resistant screen with acoustic backing.
  • Over 170 high-definition virtual golf courses plus driving range, stroke play and multiplayer modes.
  • An Intel i5-class CPU, RTX-class GPU, 16GB RAM and 512GB SSD run the system; an automatic tee-up system speeds sessions.
  • Left- and right-handed players share one hitting area; North Carolina A&T State University hosts a full installation.

Frequently Asked Questions

How does QL-GolfSim track the golf ball and club?

QL-GolfSim uses a dual high-speed stereo-vision camera system running at 6000 frames per second, with AI-based trajectory reconstruction that rebuilds ball and club paths in real time. The system reports 99% or better detection accuracy, which gives reliable launch data for driving practice, stroke play and multiplayer rounds in a commercial indoor golf simulator bay.

What projector and screen does a commercial indoor golf simulator need?

QL-GolfSim ships with a 4K UHD laser projector rated at 6000 lumens, bright enough for lit commercial rooms, paired with an impact-resistant screen that absorbs full-speed shots and acoustic backing that dampens the impact noise. The projector and screen are matched to the hitting bay dimensions during installation so the image fills the enclosure.

Can left-handed golfers use the same simulator bay?

Yes. QL-GolfSim is engineered so right-handed and left-handed players use the same hitting area without repositioning the mat or making hardware adjustments. The camera system covers both stances, so a commercial facility can rotate groups of mixed players through one bay without downtime between sessions.

What computer hardware runs QL-GolfSim?

The simulator runs on a high-performance PC with an Intel i5-class processor, RTX-class graphics card, 16GB of RAM and a 512GB solid-state drive. This configuration keeps feedback latency low and rendering smooth across the library of more than 170 high-definition virtual courses, even in continuous commercial use.

Where has QL-GolfSim been installed?

QuakeLogic built a QL-GolfSim training and recreation bay at North Carolina A&T State University, converting an existing room into a finished hitting bay with a practice putting area and managing the project from concept through commissioning. The system is also deployed at commercial facilities and other universities across the United States.

Need help with a project? QuakeLogic designs and supplies seismic monitoring, earthquake early warning, structural health monitoring, infrasound, and shake table systems. Browse QuakeLogic products or contact our engineering team with your site, structure, or test requirements.

QuakeLogic Museum Earthquake Simulation Tables

Visitors testing block structures on an interactive earthquake simulation table at a museum exhibit

In short: An earthquake simulation table for museums lets visitors build block structures, press Start and watch them respond to real seismic motion, turning abstract earthquake science into a hands-on exhibit. QuakeLogic offers four configurations: a push-button interactive shake table, an educational demonstration table replaying Loma Prieta (1989) and Northridge (1994), a fully custom exhibit with touch-button event selection and LED intensity indicators, and a walk-on human experience platform.

Bringing Earthquake Science to Life Through Interactive Exhibits

Museums and science centers play a critical role in making complex scientific concepts accessible, engaging, and memorable. Our earthquake simulation table for museums solutions are designed to transform seismic science into interactive, hands-on learning experiences. At QuakeLogic, we design earthquake simulation tables and platforms that transform seismic science into hands-on learning experiences—allowing visitors to see, feel, and understand earthquakes in real time. Whether you are developing a compact interactive exhibit or a full-scale immersive experience, our systems are engineered to deliver educational impact, durability, and safe public operation.

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earthquake simulation table for museums interactive exhibit

Why Choose an Earthquake Simulation Table for Museums

Traditional displays can explain earthquakes—but interactive exhibits allow visitors to truly understand them. QuakeLogic’s earthquake simulation systems enable users to:

  • Build and test structures
  • Observe real-time structural response
  • Experience simulated earthquake motion
  • Connect scientific theory with real-world behavior

Our solutions are designed for:

  • High visitor engagement
  • Continuous daily operation
  • Safe, intuitive public interaction
  • Seamless integration into exhibit environments

Available Museum Exhibit Options

We offer several configurations depending on how interactive and immersive you want your exhibit to be:

Option 1 – Simple Interactive Exhibit Shake Table (Most Popular)

This is the most widely used solution in museums. The shake table is embedded into an exhibit station and controlled with large, user-friendly Start/Stop buttons. Visitors can construct small buildings using blocks or model kits and then activate shaking to observe how different designs perform under seismic forces.

Key Benefits:

  • Hands-on, intuitive learning
  • Encourages experimentation and creativity
  • Safe and robust for public use
  • Designed for continuous operation

This option is ideal for family-friendly exhibits and STEM engagement areas.

Option 2 – Educational Demonstration Shake Table

This system adds a deeper educational layer by incorporating pre-programmed earthquake motions, including simulations of historic events such as:

  • Loma Prieta (1989)
  • Northridge (1994)

The system can be paired with:

  • Large LCD screens
  • Interactive interfaces
  • Educational content explaining seismic behavior

Key Benefits:

  • Connects real-world earthquakes to exhibit experience
  • Enhances storytelling and educational value
  • Ideal for guided demonstrations or structured learning

Option 3 – Custom Exhibit Solution (Recommended for Science Centers)

Visitors testing block structures on an interactive earthquake simulation table at a museum exhibit

For advanced exhibits, QuakeLogic offers fully customized solutions tailored to your space, audience, and theme. We can design and integrate features such as:

  • Touch-button earthquake selection (magnitude or historic events)
  • LED indicators showing intensity levels
  • Transparent structural models for visual learning
  • Modular building systems for experimentation
  • Themed exhibit enclosures and furniture integration

Key Benefits:

  • Fully tailored visitor experience
  • Strong visual and interactive appeal
  • Seamless integration into exhibit design

This option is ideal for flagship exhibits and modern science centers.

Option 4 – Human Experience Shake Platform

This is the most immersive solution. Visitors stand on a platform that simulates real earthquake motion, allowing them to physically experience seismic shaking. The system can be paired with:

  • Large display screens
  • Global earthquake scenarios
  • Visual simulations of structural impact

Key Benefits:

  • Highly engaging and memorable experience
  • Combines physical sensation with visual learning
  • Ideal for large museums and high-traffic exhibits

Example: https://products.quakelogic.net/product/earthquake-experience-table/

Designed for Engagement, Safety, and Reliability

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QuakeLogic systems are engineered specifically for public environments.

Core Features:

  • Safe, controlled motion profiles for visitors
  • Durable construction for high-traffic use
  • Easy-to-use controls for all age groups
  • Low maintenance and reliable operation
  • Scalable from tabletop units to full platforms

Ideal Applications

Our earthquake simulation systems are perfect for:

  • Science museums
  • Children’s discovery centers
  • Natural history and earth science exhibits
  • University outreach programs
  • STEM education environments
  • Emergency preparedness and public awareness displays

Why QuakeLogic?

QuakeLogic combines engineering expertise with educational design, delivering systems that are both technically robust and highly engaging. We don’t just provide equipment—we help you create an experience that:

  • Educates
  • Engages
  • Inspires

Let’s build the future of your lab together. Contact QuakeLogic today to discuss your custom project needs.

Email us at sales@quakelogic.net | Visit us at products.QuakeLogic.net


Key Takeaways

  • Option 1, the most popular, embeds a shake table in an exhibit station with large Start/Stop buttons for visitor-built block structures.
  • Option 2 replays historic earthquakes such as Loma Prieta (1989) and Northridge (1994) alongside LCD screens and educational content.
  • Option 3 custom exhibits add touch-button magnitude selection, LED intensity indicators, transparent models and themed enclosures.
  • Option 4 is a walk-on human experience platform paired with large displays and global earthquake scenarios.
  • All systems use safe controlled motion profiles, durable construction for high-traffic use and controls suitable for all ages.

Frequently Asked Questions

What is an earthquake simulation table for museums?

An earthquake simulation table for museums is a shake table built into an exhibit station so visitors can construct small buildings from blocks or model kits, start the shaking and observe how different designs behave under seismic forces. Unlike laboratory tables, museum versions are engineered for continuous daily operation, safe public interaction, large simple controls and integration into exhibit furniture.

Which earthquake simulator option is best for a science center?

QuakeLogic recommends the custom exhibit solution (Option 3) for science centers and flagship exhibits. It can include touch-button selection of magnitude or historic events, LED indicators showing intensity, transparent structural models, modular building systems and themed enclosures matched to the exhibit design. Smaller family-focused areas usually choose the simple push-button shake table, the most widely used option.

Can museum shake tables replay real historic earthquakes?

Yes. The educational demonstration shake table (Option 2) comes with pre-programmed earthquake motions, including simulations of historic events such as the 1989 Loma Prieta and 1994 Northridge earthquakes. It can be paired with large LCD screens, interactive interfaces and educational content so a guide can connect a real earthquake record to what visitors see happening to the model structures.

What is a human experience shake platform?

A human experience shake platform is the most immersive museum option: visitors stand on a platform that reproduces earthquake motion so they physically feel the shaking. It can be combined with large display screens, global earthquake scenarios and visual simulations of structural impact. It suits large museums and high-traffic exhibits where a memorable physical sensation reinforces the educational message.

Are earthquake simulation tables safe for children and public use?

QuakeLogic designs its museum systems specifically for public environments. Motion profiles are safe and controlled for visitors, construction is durable for high-traffic use, controls are simple enough for all age groups, and maintenance requirements are low. The product line scales from tabletop units suitable for children's discovery centers to full walk-on platforms for large museums.

Need help with a project? QuakeLogic designs and supplies seismic monitoring, earthquake early warning, structural health monitoring, infrasound, and shake table systems. Browse QuakeLogic products or contact our engineering team with your site, structure, or test requirements.