The VARIANCE Act allows a 10% increase in axle weight limits for commercial vehicles carrying dry bulk goods without increasing the maximum gross vehicle weight.
Eric "Rick" Crawford
Representative
AR-1
The VARIANCE Act allows commercial vehicles transporting dry bulk goods to exceed standard axle weight limits by up to 10%, provided the vehicle's gross weight doesn't increase. This adjustment aims to enhance efficiency in the transportation of dry bulk goods. "Dry bulk goods" are defined as unmarked, unpackaged, non-liquid cargo in a trailer designed for that purpose.
A new piece of legislation, dubbed the "VARIANCE Act," proposes a change to federal highway rules specifically for trucks hauling certain types of cargo. It seeks to amend existing law (Section 127 of title 23, U.S. Code) to allow commercial vehicles carrying 'dry bulk goods' to exceed standard axle weight limits by up to 10%. Importantly, the total weight of the truck and its load (the gross vehicle weight) wouldn't change; the bill only adjusts how that weight can be distributed across the truck's axles. The legislation defines 'dry bulk goods' as loose, unpackaged, non-liquid cargo like grain, sand, or gravel transported in specially designed trailers.
Think of it like rearranging heavy boxes in your car trunk. The total weight stays the same, but putting all the heavy ones in one spot puts more pressure there. This bill allows trucks carrying dry bulk materials to concentrate more weight on individual axles, up to 10% over the current limit per axle, as long as they don't exceed the overall 80,000-pound gross vehicle weight limit standard on the Interstate System. The idea is potentially to allow for more efficient loading, possibly reducing the number of trips needed to move these materials, which could benefit industries like agriculture and construction that rely heavily on transporting goods like grain or aggregate.
While keeping the total truck weight the same sounds reasonable, concentrating more weight onto fewer points can increase stress on road surfaces and bridge decks. Even if the overall load isn't heavier, hitting pavement with a more concentrated force from an overloaded axle can potentially accelerate wear and tear. This raises concerns about potentially faster degradation of infrastructure – think more potholes, cracks, and potentially shorter lifespans for roads and bridges. Ultimately, increased maintenance and repair needs could translate into higher costs, often footed by taxpayers. While the bill aims for efficiency in hauling specific goods, the potential downstream effect on the infrastructure everyone uses is a key consideration stemming directly from the proposed axle weight variance in Section 2.