Vehicle Safety Testing
Child Passenger Safety – Child Restraint Crashworthiness
May 23, 2019

MGA has over 16 years of experience performing dynamic tests that adhere to Federal standards governing child restraint safety. Our customers work with MGA because of the breadth of knowledge and experience in the industry. Holding the compliance contract for FMVSS 213 allows us to remain close to both the industry and its regulators. Our flexibility allows us to accommodate our customer’s needs during their product development, and remain current with the newest technologies as they emerge.

MGA personnel also stay in touch with the consumers’ use of child restraint products. Many of our personnel have been certified as Child Passenger Safety technicians. They stay active in their communities helping real families understand and install their child restraint systems. Our familiarity with both the regulations and the real-world applications of child safety products gives us a unique insight to the industry. We apply this knowledge to our customers’ testing needs and endeavor to be a resource in the industry.
MGA is known for dynamic testing of child restraint systems, child seat inspections, and inversion testing. But beyond the primary standards for child passenger safety are a variety of upcoming regulations and industry evaluations. We provide our customers access to dynamic test equipment and expertise that adds value to their product development programs.

For instance:
- The update to the existing standard includes a new test fixture, which MGA has prototyped for fitment and dynamic evaluations.
- The upcoming Side Impact standard includes a new test fixture and procedure for dynamic evaluation, as well as a Q3s dummy.
- MGA customers can also evaluate their seats with high-acceleration and high-velocity dynamic events on a vehicle seat instead of the traditional test fixture.
- Using the IIHS standard for evaluations, MGA provides booster seat fitment studies to help manufacturers understand how well their booster seats will secure a child occupant with a wide variety of vehicle belts.
MGA’s goal has been to service the child restraint industry by continually growing our capability and knowledge. We strive to be a resource for our customers, regulators, and our individual communities.
Related Articles

Vehicle Safety Testing
MGA Delivers Hyundai Crash Facility

Component Development Testing
MGA Supports Large Bus Industry Through 6-Post Durability Testing

Aerospace & Defense
Case Study: Performing Aerospace Lifecycle Testing at MGA Canada

Battery Testing
Evaluating Battery Safety through Overcharge and Over-Discharge Testing
Component Development Testing
Why Acoustic Testing Matters in Automotive Testing and Development

Vehicle Safety Testing
Environmental Conditioning for Pedestrian and Impact Testing: Validating Safety Performance Across Extreme Temperatures

Aerospace & Defense
Mechanical Testing in Canada: Simulating Vibration Stresses at MGA Mississauga

Battery Testing
EV Battery Shock Testing: Validating Safety and Performance Under Real-World Impact Conditions
Component Development Testing
Road Load Data Acquisition Services for Vehicle Durability and Validation

Vehicle Safety Testing
Force Application Devices (FADs) for Repeatable and Accurate FMVSS 210 Testing
Component Development Testing
Celebrating One Year of MGA’s Mexico Facility in Querétaro

Component Development Testing
A Look Inside Photogrammetry at MGA Research Corporation

Battery Testing
EV Battery Mechanical Abuse Testing: Crush, Impact, and Nail Penetration Capabilities

Component Development Testing
Headliner Testing in the Automotive Industry: A Heads-up Look
Component Development Testing
Quick Data on the Fly with MGA’s Scanning Technologies

Vehicle Safety Testing
Automotive Rollover Testing & Steer-Induced Crash Simulation for Occupant Safety

Vehicle Safety Testing
Impact Sled Update: Small Overlap Rigid Barrier Development

Component Development Testing
How Interior Components are Tested for Durability, Environmental, and Emissions Validation

Component Development Testing
Solving Complex Structural Load Testing Challenges Across Automotive, Heavy Truck, and Aerospace Industries

Battery Testing
Understrike: Critical Safety Testing for Electric Vehicle Battery Systems

Aerospace & Defense
Comprehensive Environmental Testing Capabilities in Mississauga

Component Development Testing
MGA Acquires Major Structural and Durability Test Operation

Component Development Testing
Solar Simulation Testing in Automotive Development: Ensuring Long-Term Material Performance

Aerospace & Defense
Expanded Materials Lab Supports Canadian Aerospace Industry at MGA Mississauga

Vehicle Safety Testing
The Role of AEB in Modern Vehicle Safety

Vehicle Safety Testing
How MGA Supports Airbag Deployment Testing Across North America

Delethalization Testing: Data That Supports Safer Aircraft Interiors

Aerospace & Defense
Introducing Temperature‑Conditioned Pyroshock Testing at MGA

Aerospace & Defense
Understanding DO-160: Aircraft Testing at MGA Mississauga
.jpg)
Component Development Testing
Extreme Temperature Environmental Testing & Chamber Box Replacement Services

Aerospace & Defense
Ensuring Aircraft Cabin Safety: Structural Testing Standards for Modern Interior Designs

Aerospace & Defense
New Pyroshock System Capable of Handling 250kg Components: Now Available in Mississauga
Vehicle Safety Testing
IIHS Releases the Latest Whiplash Results

Vehicle Safety Testing
FMVSS 208 Updates: What’s Next for Vehicle Safety

Aerospace & Defense
Inside MGA Canada: MGA Renovates Facility to Support Aerospace Growth

Vehicle Safety Testing
How MGA Supports Modern Safety Programs Through Our Pediatric ATD Inventory

Component Development Testing
Now Open: MGA’s Expanded Materials Testing Laboratory in Troy, Michigan

Aerospace & Defense
MIPS Testing for Space and Defense Components

Component Development Testing
Enhanced Multi-Axis Simulation Table (MAST) Testing
.jpg)
Vehicle Safety Testing
MGA Launches New 225 Tools in Preparation for FMVSS 225 Updates

Component Development Testing
Advancing Vibration and Acoustic Testing

Component Development Testing
MGA Offers Local Materials Testing in Querétaro

Component Development Testing
Environmental Chambers – The Importance of Proper Maintenance Procedures
.jpg)
Component Development Testing
Durability and Life Cycle Testing at MGA Querétaro: Advancing Component Reliability in Latin America

Battery Testing
Understanding UN 38.3: Ensuring Safe Transportation of Lithium Batteries

Component Development Testing
Why Sunlight is the Most Destructive to Automotive Materials

Component Development Testing
MGA’s Robust Test Fixture Development Process

Aerospace & Defense
MGA Space Series Part 3: Supporting the Canadian Space Industry

Vehicle Safety Testing
MGA Research Expands into Advanced Driver Assistance System (ADAS) Testing

Vehicle Safety Testing
Understanding FMVSS 216a: The Importance of Roof Crush Testing in Vehicle Safety

Component Development Testing
Why Calibration is Critical in Automotive Testing

Vehicle Safety Testing
Why Pedestrian Protection is Becoming a Global Safety Priority

Battery Testing
Battery Cycler Rentals are Now Offered through MGA

Vehicle Safety Testing
Impact Sled – How Does Your Component Stack Up?

Aerospace & Defense
Simulating Space, On Earth: Thermal Vacuum Testing at MGA California

Battery Testing
Battery Performance Testing for EVs: ISO 17025 Accredited Solutions
.avif)
Aerospace & Defense
MGA Canada Expands Aerospace Testing to Support Industry Growth

Aerospace & Defense
Vibration Testing in the Commercial Aircraft Industry
.avif)
Vehicle Safety Testing
MGA Launches New FADs in Preparation for FMVSS 210 Updates

Vehicle Safety Testing
10 Years of Crash and Safety Testing at MGA Alabama

Vehicle Safety Testing
How FMVSS 202a Head Restraint Testing Helps Support Occupant Safety

Battery Testing
Mechanical Shock Testing: Improving Battery Performance

Component Development Testing
Accelerated Weathering with Xenon Arc: Ensuring Long-Term Automotive Material Performance
.avif)
Aerospace & Defense
MGA Space Series, Part 2: Extreme Pyroshock Simulation

Component Development Testing
Automotive Polyurethane Foam Testing: A Deep Dive into ASTM D3754

Component Development Testing
Environmental Chamber Rentals Are Now Offered Through MGA

Vehicle Safety Testing
Exploring Safety Standards: Seat and Seat Belt Anchorage (FMVSS 207 and FMVSS 210)

Component Development Testing
Announcing MGA’s New Materials Testing Laboratory in Alabama
.avif)
Aerospace & Defense
Flammability Testing of Aircraft Materials: Ensuring Safety in Aerospace Interiors

Vehicle Safety Testing
Understanding Vehicle Safety, Part 2: A Guide to FMVSS 200 Series

Component Development Testing
MGA Research Corporation Expands to Queretaro, Mexico: A New Testing Facility for the Automotive Industry
.avif)
Vehicle Safety Testing
NHTSA Publishes Final Rule for FMVSS 225, FMVSS 213 Child Restraint Systems

Aerospace & Defense
MGA Space Series, Part 1: Space Exploration Impact

Vehicle Safety Testing
Certified Crash Test Dummy Rentals for Automotive and Safety Testing

Component Development Testing
MGA’s Expert Fixture Fabrication & Validation for Precision Testing

Component Development Testing
Expanding Our Services: Introducing Environmental Chamber Repair at MGA Research Corporation

Vehicle Safety Testing
MGA’s Approach to Airbag Sensor Testing and Safety Validation

Vehicle Safety Testing
Understanding Vehicle Safety, Part 1: FMVSS 100 Series Explained

Component Development Testing
How MGA is Boosting Quality Testing through Calibration Expansion

Vehicle Safety Testing
NHTSA Publishes Final Rule for FMVSS 210, Seat Belt Assembly Anchorages

Vehicle Safety Testing
NHTSA Releases the NPRM for the Next FMVSS Safety Standard

Component Development Testing
California Update: February 2024

Aerospace & Defense
DO160 part 2- Fluid Susceptibility and Waterproofness

Component Development Testing
MGA Enhances Scanning Capabilities

Vehicle Safety Testing
MGA Upgrades Equipment Following Changes to FMVSS 223

Vehicle Safety Testing
FMVSS 214 Crash Test Requirements

Component Development Testing
Vibration Capabilities

Vehicle Safety Testing
MGA Rollover Protection Development

Aerospace & Defense
DO-160 Part 1: Temperature and Humidity

Component Development Testing
Custom Hydraulic Vibration Testing

Component Development Testing
Functional vs. Aesthetic Materials Testing

Component Development Testing
Validating the Future Through Anechoic Analysis BSR Lab

Component Development Testing
MGA’s Support for the Mexican Automotive Market

Component Development Testing
MGA’s Expansion into EV Charger Testing

Vehicle Safety Testing
California Update: March 2023

Aerospace & Defense
Pushing the Boundaries of Environmental Simulations

Ready to Get Started?
Let's discuss your testing needs and how MGA can help. Our team is ready to provide the expertise and solutions you're looking for.




