Search Results

Learn how to select a reliable, flexible VRA system for pediatric audiology. Flex VRA supports integration, visual reinforcers, & seamless clinic workflows. Not all VRA systems are designed the same. As pediatric hearing evaluations have evolved, the expectations for VRA equipment have changed, as well. Clinics now look for systems that are reliable, flexible, and easy to use while supporting consistent patient responses. Here are the key factors to consider when selecting a VRA system. 1. Reliability and Timing A VRA system must respond instantly when the clinician triggers a reinforcer. Any lag or delay makes the test harder and can disrupt the child’s attention. Software driven systems tend to offer faster activation times compared to older mechanical VRA boxes. For instance, Flex VRA utilizes a paired zoned 433 MHz radio frequency wireless transmission protocol to send signal from the remote control to the reinforcer. This means that the lag time between button press to activation would be similar to that of a lag time of a wireless keyboard to your computer...instantaneous. Moreover, because each system's transmission is zoned between paired reinforcers, there is no overlap from other systems or interference from any higher frequency RF signals. 2. Quality of Visual Reinforcers Children respond best to bright, engaging, but not overstimulating content. Look for a VRA system that allows you to customize content and adjust how exciting the reinforcer should present. Features like House Rules in Flex VRA let you control how the center monitor behaves so you get clearer head turns, and more focus on the left and right reinforcers. 3. Integration With Audiology Equipment The best VRA equipment connects smoothly with your audiometer, remote, or clinic workflow. Consider whether the system supports: • Remote control activation • Audiometer integration • PC or software-based triggering Seamless integration allows clinicians to stay focused on the patient instead of the equipment. And Flex VRA includes all three of those options with every Flex VRA shipped at no extra cost . 4. Durability and Build Quality VRA equipment is used daily in pediatric settings. Look for a system designed to withstand constant use, movement between rooms, and long clinical schedules. 5. Versatility and Future Features Clinics benefit from VRA systems that grow with them. Software based systems often release updates, new reinforcers, and feature improvements that extend the life of the system without requiring new hardware. 6. Support and Service Make sure the company behind your VRA system offers reliable support. Pediatric audiology depends on smooth daily operation, so access to fast assistance matters. By evaluating these factors, clinics can choose VRA equipment that improves workflow, supports accurate Visual Reinforcement Audiometry, and creates a better experience for both the child and family. Choosing the Right VRA System for Your Clinic

Learn about VRA calibration, reinforcer placement, and how to best position visual reinforcement audiometry equipment for optimal performance. One of the most common questions in pediatric audiology is whether a VRA system needs to be calibrated. The answer depends on what the term “calibration” refers to. Audio Calibration VRA equipment itself does not generate calibrated sound. The audiometer is the device responsible for delivering calibrated signals. As long as the audiometer is calibrated according to ANSI standards, the audio portion of the VRA test remains accurate. The VRA system simply presents the visual reinforcement once the child responds. Visual Calibration There is no formal visual calibration standard in Visual Reinforcement Audiometry. However, consistency matters. Clinics should verify that: • The left and right reinforcers activate at the correct moment • The reinforcers are bright and visible from the child’s position • The timing of activation matches the audiologist’s expectations Modern software-based systems make this easier because they remove the mechanical delays found in older VRA boxes. Positioning and Setup Although VRA systems do not require calibration in the same way an audiometer does, proper setup is essential. • Reinforcers should be placed at roughly 45 degrees to the child minimum to 90 degrees maximum • The height should match eye level • The center reinforcer should help maintain attention without overpowering the side reinforcers New features like House Rules in Flex VRA allow clinics to keep the center screen simple and add consistency to the test. When to Recheck Your VRA Equipment You should review your VRA system if you notice: • Delayed activation • Dim or inconsistent displays • Loose mounts or shifted positions • Software not responding correctly These checks help maintain accurate and repeatable VRA sessions. Summary A VRA system does not require formal calibration, but proper setup, clean activation timing, and consistent visibility are essential for reliable Visual Reinforcement Audiometry. Using well designed VRA equipment ensures accurate responses and smooth pediatric hearing evaluations. Does a VRA System Need Calibration?

Learn how Flex VRA was built to improve pediatric audiology testing through clinician collaboration, real-world feedback, and modern reinforcement methods. Steve Smith with his two assistant (to the) regional managers. We build solutions for the parents of the child being tested. If we provide tools for audiologists that help give those parents answers about their child’s hearing, we’ll always have a customer. Steve Smith, Founder About Flex VRA Listening to clinicians from the start Flex VRA was built to support how pediatric audiology is practiced today, not how it was practiced years ago. From the beginning, our focus has been on helping audiologists maintain attention, reduce distraction, and adapt testing environments to the needs of each child. Founded in 2017 by Steve Smith, Flex VRA began as a response to a simple question from the field: Is there a better way to control what appears on a VRA screen during testing? That question led to a prototype that allowed clinicians to tailor content and environment in real time to improve engagement and test efficiency. The positive response from audiologists shaped what Flex would become. Each request from clinicians became an opportunity to improve. Features like user-uploaded content, audiometer integration, and expanded testing modes were added in direct response to real-world use. That approach continues to guide how Flex VRA is designed today. Built through collaboration with clinicians Today, Flex VRA supports hearing tests in over 1,000 clinics. That growth has been driven by close collaboration with audiologists and a commitment to listening, adapting, and improving. Each feature added to Flex VRA reflects real-world feedback from clinicians working with pediatric patients every day. By focusing on usability, flexibility, and engagement, Flex VRA has evolved alongside the needs of the clinics it serves. Questions about Flex VRA? If you’d like to learn more or discuss how Flex VRA fits into your clinic, we’re happy to help. Contact Flex VRA

Find clear answers to common audiology questions about VRA testing, calibration, and equipment. Learn how Flex VRA supports modern pediatric audiology. ! Widget Didn’t Load Check your internet and refresh this page. If that doesn’t work, contact us.

Buy Flex VRA, a modern visual reinforcement audiometry system designed for pediatric testing. View configurations, pricing, and authorized distributors. Buy Flex VRA Flex VRA is sold all over the world through authorized distribution partners For pricing, quotes, and local support, please contact the distributor for your region United States e3 Diagnostics Canada Electro-Medical Instruments (EMI) Australia Sonic Equipment New Zealand Diatec United Arab Emirates AMICO Group

Download various Conditioned Play Audiometry apps and support tools from Flex VRA. Free CPA Games Download Flex Farm Game This application was developed for the Flex VRA but can be used on any Windows PC. This application will display various fruits on the screen that can be dragged to an animal to eat. When the task is completed, the animal will move and make a noise in response as a reward. This can be used during play audiometry so that when a child hears the sound, they can feed the animal of their choice. Download Bubble Game This application was developed for the Flex VRA but can be used on any Windows PC. This application will float bubbles on the screen and when "popped" (touched or clicked with a mouse), an animated cat will appear and music will play as a reward. Download SRT Board This application was developed for the Flex VRA but can be used on any Windows PC. This provides a visually reinforced SRT board that will move and play sound when correct selections are made by the patient. Download Flex Ball Game This application provides a "drop the ball in the bucket" game for pediatric patients to play during play audiometry. The application works both with a drag and drop mouse interface or a touch screen interface.

Get in touch with Flex VRA for questions on audiology equipment. Our team supports clinics worldwide with reliable, modern VRA solutions for children. Questions about Flex VRA? We’re happy to help. A member of our team will respond within one business day. Submit Thanks for submitting! 100 E. Whitestone Blvd., St. 148, #160 Cedar Park, TX 78613 512-777-0016 sales@flexvra.com Find a representative near you Distribution

Discover how Flex VRA modernizes pediatric audiometry with flexible, software-based visual reinforcement to improve hearing assessments for infants & children. Flex VRA: A Modern Visual Reinforcement Audiometry System Overview Flex VRA is a modern visual reinforcement audiometry system used in pediatric audiology clinics to assess hearing in infants and young children through visual reinforcement. The system is designed to support reliable behavioral responses during hearing evaluations by presenting engaging visual stimuli when an auditory response is detected. What problem visual reinforcement audiometry solves Visual reinforcement audiometry is commonly used to assess hearing in children who are too young for conditioned play audiometry or standard behavioral testing. Traditional VRA systems often present challenges such as: Limited stimulus variety, which can reduce engagement over repeated trials Fixed or mechanical reinforcers that cannot adapt to different patients Rigid room layouts that restrict monitor placement or test configuration Flex VRA was developed to address these limitations while preserving the core clinical principles of VRA testing. How Flex VRA differs from traditional VRA systems Flex VRA is designed as a software-driven alternative to traditional toy-based or mechanically reinforced VRA systems. Key differences include: Visual reinforcement delivered through digital stimuli rather than fixed toys Multiple stimulus options available within a single test session Greater flexibility in system configuration and room layout Consistent stimulus presentation without mechanical wear or maintenance The goal is not to replace established VRA methodology, but to modernize how visual reinforcement is delivered in the clinic. Who uses Flex VRA Flex VRA is used by clinicians and institutions that perform pediatric hearing evaluations, including: Pediatric audiologists Children’s hospitals University audiology clinics ENT practices offering pediatric diagnostic services The system is designed to integrate into standard audiometric workflows without changing how clinicians conduct testing. Clinical considerations Flex VRA functions as a visual reinforcer and does not perform sound generation, calibration, or audiometric measurement. The system: Does not replace an audiometer Does not require independent calibration Is used alongside existing audiometric equipment This allows clinics to adopt Flex VRA without altering established testing protocols. Adaptability and workflow Flex VRA supports a wide range of patient behaviors and attention levels by allowing clinicians to vary visual reinforcement during a session. This flexibility can be especially useful for: Patients with reduced attention span Children who habituate quickly to static reinforcers Clinics that test a wide range of ages and developmental levels Optional advanced features may be used when appropriate, but the system is designed to function effectively without them. Summary Flex VRA is a modern visual reinforcement audiometry system designed to support pediatric hearing assessments through flexible, software-based visual reinforcement. By modernizing how visual stimuli are delivered, Flex VRA helps clinics maintain engagement while preserving the core principles of VRA testing. About Flex VRA Flex VRA systems are used in pediatric audiology clinics and medical centers worldwide and are distributed through established audiology suppliers . The system is designed to evolve with clinical needs while remaining compatible with standard audiometric practices.

Peer-reviewed research and published literature referencing modern, software-enabled visual reinforcement audiometry approaches, including Flex VRA. Relevant Research and Literature If you are conducting or planning research related to visual reinforcement audiometry, conditioned play audiometry, or operant control approaches, and would like to discuss resources or technical considerations, you are welcome to get in touch . Concepts related to modern, software-enabled visual reinforcement audiometry have been referenced in published research, including: Bonino AY, Hemann A, Mood D, Kay E, Pancoast ES, Sommerfeldt KK. Visual reinforcers designed for children with developmental disabilities. Journal of Early Hearing Detection and Intervention. 2021 Apr 22;6(1):69–76. Available at: https://pmc.ncbi.nlm.nih.gov/articles/PMC8061901/ This scoping review examines factors that influence the effectiveness and optimization of visual reinforcement audiometry in pediatric hearing assessment. Visram, A., Jackson, I., Almufarrij, I., Stone, M., & Munro, K. (2024). Optimisation of visual reinforcement audiometry: a scoping review. International Journal of Audiology. Optimisation of visual reinforcement audiometry: a scoping review This document presents the British Society of Audiology’s recommended procedure for visual reinforcement audiometry, outlining clinical standards for test setup, execution, and interpretation. British Society of Audiology. Recommended Procedure: Visual Reinforcement Audiometry. Visual Reinforcement Audiometry RP by the BSA, January 2024. https://www.thebsa.org.uk/wp-content/uploads/2024/01/OD104-37-BSA-RP-Visual-Reinforcement-Audiometry-v2.pdf

Log In New to this site? Sign Up Email Password Forgot password? If an error occurs, a message will show here. Log In or Log In with