Skip to main content

Italian manufacturer AMS provides safety by using honeycomb panels

Italian road safety firm Industry AMS has developed and patented high efficiency energy absorption systems provided with special metallic honeycomb panels. The SMA Crash Cushion was certified to the European Standard EN1317. It also tested successively against the US standard NCHRP in a frontal impact with a pickup truck provided with an anthropomorphic traffic device - and obtained the best Euro NCAP score.
May 6, 2016 Read time: 3 mins

Italian road safety firm Industry AMS has developed and patented high efficiency energy absorption systems provided with special metallic honeycomb panels.

The SMA Crash Cushion was certified to the European Standard EN1317. It also tested successively against the US standard NCHRP in a frontal impact with a pickup truck provided with an anthropomorphic traffic device - and obtained the best Euro NCAP score.

According to 7403 Industry AMS, the efficiency is guaranteed by high-tenacity steel which permits absorption through plastic deformation of the hexagonal cells of the impacting systems. On the basis of such honeycomb absorbing system, Industry AMS srl has developed a Crash Cushion Family (parallels and wide) certified according to EN1317, for the speed classes of 50, 80, 100 and 110km/h.

The use of a honeycomb absorbing system produces almost uniform absorption of energy during the entire crash cushion deformation. This prevents force peaks and consequent deceleration peaks, which are common in discontinuous energy absorption systems.

The company says that the energy absorption system is so efficient that it has been considered appropriate to prove the compliance of SMA Crash Cushion even with the stricter tests of the American NCHRP standard.

The Crash Cushion SMA 110, already tested and certified according to EN 1317, was subjected to a lateral and frontal test with a 2tonne pickup, according to the impact scenarios and TL TL 3:37 3:31 of NCHRP 350. In the case of frontal impact, the vehicle was equipped with crush test instrumented dummy able to calculate the biomechanical parameters related to the head, neck and chest and establish the damage and/or injury which would affect the vehicle occupants.

The use of a crush test instrumented dummy is then a direct method for the determination of injury to the occupants of the vehicle.

The ultimate goal of a road safety device is, in fact, to ensure safety of the occupants in case of impact and by using an instrumented dummy we quantitatively verified how the SMA Crash Cushion responds to this purpose.

In fact, the parameters that determine the performance of an impact Crash Cushion according to the 1317 standard, NCHRP and MASH are parameters of the vehicle and literature data show that these are not always related to the injuries to the vehicle occupants.

Ultimately, the SMA 110 Crash Cushion successfully underwent two additional shocks performed according to NCHRP 350. The company says that makes it almost completely compliant with the two main reference standards.

For more information on companies in this article

Related Content

  • REBLOC H4b Gantry: milestone in safety
    April 9, 2024
    The slim profile of the H4b Highway Gantry means it excels in congested areas where there is heavy traffic but little land for traditional gantry systems.
  • KPMG’s Global Automotive Executive Survey 2012
    March 21, 2012
    With China slated to be the world’s biggest market for auto sales and exports by 2025, and demand for electric vehicles expected to be the highest in emerging markets, global auto players should have a clearer vision of the way forward on issues critical to the industry.
  • A resin to the rescue
    February 13, 2012
    In Estonia, Novotrade Invest, which produces hydrocarbon resin HCR-105, has carried out research work on the material that can be used as a bitumen modifier.
  • Hydrocarbon resin bitumen modifier enhances adhesion
    March 14, 2012
    In Estonia, Novotrade Invest, which produces hydrocarbon resin HCR-105, has carried out research work on the material that can be used as a bitumen modifier. Hydrocarbon resin HCR-105 is obtained by thermal polymerisation of hydrocarbon fraction C9 [industrially it is isolated from the C9 aromatic hydrocarbon fraction during petroleum distillation].