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Moto Zajednica

izbor kacige ...

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  • дипл.инж.саобраћаја, 157 postova
  • Lokacija: Lazarevac
  • Motocikl: R 1150 GS

... molim za pomoc u odluci ...

CABERG:

http://www.motooprema.eu/proizvodi/kacige/integralne/caberg/v2r_mat_black-black-silver

... ili SHARK:

http://www.maxmoment.rs/artikli/detalji/sr_latin/133/proizvod_id/127/_/IntegralneFull-Face

 

sutra idem u kupovinu, pa bi mi svaki vas savet u ovom trenutku dobro dosao ... hvala unapred ...

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  • Drug član, 1947 postova
  • Lokacija: Prokuplje
  • Motocikl: Strom 650 xt

Na Sharp testu caberg ima 5 zvezdica a shark ima 4. Znaci sa te strane caberg je malo bolja. Za ostalo ne znam, nisam ih nosio.

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  • U prolazu, 41 postova
  • Lokacija: Pancevo
  • Motocikl: BMW R100 RT

 ;) IXS HX  337 , Flip-up,sa integralnim tamnim vizirom,aprila 2008 u BSZ -u placena 220 eura,-prezadovoljan sam ! -Izuzetno zahvalna pri VELIKIM  vrucinama,u gradskoj voznji .-

post-8085-12879097116852_thumb.jpg

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  • BJB Maxi Scooter Club, 743 postova
  • Lokacija: Beograd

A ja shark.

Shark je od fibera a caberg plastika, tj termo plastika.

Pored ovog sharka ova caberg deluje bas jeftino.

 

U časopisu Motocyclist je izašao veoma zanimljiv tekst koji se bavi time da li su u statistički najčešćim nezgodana bolje karbonfiber ili obične plastične kacige. Tekst je ovde (http://www.motorcyclistonline.com/gearbox/motorcycle_helmet_review/index.html), a zanima vas sekcija "How hard is hard?", ali pošto je tekst ogroman (mada je za svaku preporuku pročitati ga celog), evo najvažnija tri pasusa sa zaključkom:

 

"Conventional helmet-biz wisdom says fiberglass construction is somehow better at absorbing energy than plastic—something about the energy of the crash being used up in delaminating the shell. And that a stiffer shell lets a designer use softer foam inside—which might absorb energy better.

 

Our results showed the exact opposite—that plastic-shelled helmets actually performed better than fiberglass. In our big 3-meter hit—the high-energy kind of bash one might expect would show the supposed weaknesses of a plastic shell—the plastic helmets transferred an average of 20 fewer Gs compared with their fiberglass brothers, which were presumably designed by the same engineers to meet the same standards, and built in the same factories by the same people.

 

Why is this? We're guessing—but it's a really good guess: The EPS liner inside the shell is better at absorbing energy than the shell. The polycarbonate shells flex rather than crush and delaminate, and this flexing, far from being a problem, actually lets the EPS do more of its job of energy absorption while transferring less energy to the head."

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