Ambulances are not just vehicles — they are mobile healthcare units designed to save lives. To fulfill this vital role, they must be able to withstand the most extreme crash scenarios. This is where 10g sled testing becomes a critical benchmark for ambulance safety standards.
Why is 10g Sled Testing Essential for Ambulances?
1. Compliance with EN 1789 European Standards
EN 1789 is a formal European Union standard that defines the technical and safety requirements for road ambulances used in emergency medical services. According to this standard, the following components must withstand at least 10g of crash force:
Seats
Stretcher retention systems
Medical equipment holders
Storage compartments
This level of force is equivalent to the impact of a rear-end collision at approximately 50 km/h.
2. Ensuring Patient and Medical Staff Safety
In real crash scenarios, any unsecured object inside the ambulance can become a deadly projectile:
If the stretcher becomes detached, the patient’s chances of survival are significantly reduced.
If medical devices are thrown, paramedics and medical personnel may suffer serious injuries.
10g sled tests are essential for preventing such scenarios.
3. Realistic Crash Simulation
Ambulances often experience forces between 6g and 12g during traffic accidents. These tests evaluate whether the vehicle is adequately prepared for real-world emergencies.
4. Mandatory for International Certification and Export
A 10g sled test certificate is often a non-negotiable requirement for entering the European market:
Vehicles without certification cannot be exported to the EU.
It enhances the manufacturer’s global competitiveness.
How Safety Dynamics Performs the 10g Sled Test
Safety Dynamics is one of the few facilities in Turkey equipped to perform 10g sled tests specifically for ambulances. The testing process includes:
Mounting the components to be tested — such as seats, stretchers, or cabinets — onto the sled platform.
Simulating a crash scenario by accelerating the platform.
Applying a sudden stop to generate 10g of deceleration force.
Analyzing:
Component deformation
Connection and mounting security
Potential injury risk
Why Choose Safety Dynamics?
For ambulance manufacturers, safety testing is no longer optional — it’s a strategic requirement. Safety Dynamics offers complete support in both domestic and export-focused testing:
- High acceleration capability up to 80g
- Infrastructure compatible with EN 1789 sled testing
- Support throughout certification processes
- Test reports tailored for international markets
Contact Us for Ambulance Safety Testing
Whether you need to comply with EN 1789 standards, enter the European market, or meet local regulatory requirements, Safety Dynamics is your trusted partner.
