Pricing!?:shocked:
Its not where the sensors are, its about energy absorption. ARB designs and tests for this, others do not due to the cost.There are no airbag sensors up there. So IMO every bumper is airbag compatible. Other countries have more specific rules like having to actually crash test them to get the approval sticker.
So why couldn't this (or the other XYZ brands) work on the '10 - '13s? I'm assuming there are necessary modifications to the giant plastic "bumper skin" on either. Is the width of the "grill opening" so to speak different? I'm assuming the frame, and it's mount points are the same. Or is there a structural change behind the updated facade I'm not aware of? I've got a '10 Trail that is about to become an extra vehicle, and I'm putting a build plan together.
The more pressing question for me: Why doesn't anyone design them to put the fairlead up higher? Most of these put it in a low spot where it's easy to damage the winch rope by pinching on a rock. I know most people don't use the winch ever anyway - but some do. I've beat the piss out of my front bumper. And it should be easy enough if you're creative with the design to simply build it so the winch mounts upside down in the exact same physical space, but then and the fairlead is about 4 inches higher and will fit on the flat face rather than cut into the lower face. That's how I'd design one.
Its not where the sensors are, its about energy absorption. ARB designs and tests for this, others do not due to the cost.
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Then why call it airbag compatible? It no relationship with the airbags.
[...]
The air bag triggering system is designed to work in harmony with the frontal crush characteristics of a vehicle. These frontal crush characteristics include the design of the bumper assembly, its mounting system, and other components of the vehicle.
On 4×4 vehicles with independent ladder chassis, the manufacturers often also add ‘sacrificial crush sections’ to the front of the chassis members to ensure that minor impacts (such as hitting a kangaroo) are not read by air bag sensors as major impacts, prematurely deploying the air bag(s).
Such premature triggering of the air bag is potentially quite dangerous, and may in fact cause a more severe accident or an injury that would otherwise have not occurred. Likewise, an air bag deploying later than intended by the
manufacturer could also be dangerous.
[...]
[...]
Monash University’s Department of Engineering was contracted by ARB on this project for some years, and their expertise and testing facilities have been used to evaluate, test and approve ARB bars for air bag vehicles.
The essential design criteria ARB uses to ensure compatibility, is to evaluate the standard vehicle’s frontal crush characteristics, and where necessary to duplicate these characteristics as part of the design of the bar and its mounting system. This results in a design which when correctly installed, ensures that there is no change made to the way the vehicle behaves in a collision, and hence there is no change made to the way the air bags deploy.
[...]
There is little crumple zone in the oem Toyota bumper. It takes place in the frame horns.
Umm... Not true... No airbag deployment. And there was no frame horn damage. (just about $6K of OEM body parts, paint and labor)
SEMI HIDDEN KIT WINCH MOUNTING SYSTEM 4RUNNER WARN100022
Looks like pricing is out. $520.25 for preorders.
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I know this is a Warn Bumper, but i wonder how it could be modified for a smittybuilt winch.....
I know this is a Warn Bumper, but i wonder how it could be modified for a smittybuilt winch.....