Mountain Directory: A Guide For Truckers, RV And Motorhome Drivers
Mountain Directory: A Guide For Truckers, RV And Motorhome Drivers
VITAL INFORMATION FOR ANYONE DRIVING A LARGE OR HEAVY VEHICLE
In an attempt to make mountain driving a little safer for truckers and RV’ers, R&R Publishing Inc. has been collecting and
The printed versions of the Mountain Directory books had almost 240 pages of text and color relief maps. All 240 pages are in the downloadable versions of the Mountain Directory ebooks. Nothing is missing. In the printed versions, mountain pass locations were marked with a yellow triangle on the color relief maps. In the ebook versions, you can click on the yellow triangles and the text appears that describes that location.
of the Mountain Directory East:




4. US 33 (between Harrisonburg, VA and Judy Gap, WV.)
There are three summits along this stretch of US 33. The eastern summit is between Rawley Springs, VA and Brandywine, WV. The east side is 4 miles of 8 to 9% grade. The west side is 4½ miles of 9% grade and both sides have continuous sharp curves and hairpin turns. The highway is two lane on both sides.
The middle summit is between Oak Flat and Franklin, WV. The east side of this hill is 2½ miles of 8% with 25 mph curves. The west side is about 3½ miles of much milder grade. It is 4 to 5% over most of its length. There are some sharp curves near the bottom. The road is two lane on both sides of the hill.
The western summit is between Franklin and Judy Gap, WV. It is 5 miles of steady 9% grade on both sides. Both sides are two lane with sharp curves and hairpin turns. Use caution on this road.
Book Introduction:
Imagine yourself descending a mountain grade in your RV. You didn’t know there was such a long, steep grade on this highway. What a surprise! And things are not going well. You have a white-knuckle grip on the steering wheel. The engine is not holding back all of this weight, the brakes are smelling hot or even smoking, you’re pushing harder on the brake pedal but your speed keeps increasing. All you can see ahead is more mountain. Your mind is racing through all of the available options and none of them are good. “I’ve got to do something,” you say “or I’m not going to make it.” The options include: run into the rock wall, go over the side, hit those trees, or see if you can make the next curve and ride it out. You choose the last option and, if you are lucky, you make it to the bottom in one piece. You pull over and while you are waiting for your heart to stop pounding, you wipe the sweat from your face and you notice your shirt is soaked, your mouth is dry, and your hands are shaking. You are thinking, “If I had known it was going to be like that………….”
Perhaps your rig has difficulty during the steep climbs. The temperature is in the 90’s and the grade is so steep that you can barely climb it in first gear. The engine and transmission temperatures are rising. How far to the top of this hill? You don’t know if it’s one mile or ten. Something smells hot. What to do? Pull over and cool off? But then all momentum is lost. Can you even get started again? You wish you had unhooked the car you’re dragging up this hill behind the motorhome. If you are lucky, you can do that next time. You are wondering how many thousand dollars a new engine and transmission will be.
Many people are under the impression that the grades in the eastern mountains are not as serious as the grades in the western mountains. Apparently this is because the elevations are not as high in the eastern states. But elevation alone is not the problem–it is the change in elevation that makes a grade potentially hazardous. If all other factors are equal, a grade that descends from 4000′ to 1000′ over 10 miles is no different than a grade that descends from 10000′ to 7000′ over 10 miles. Either way you have a 3000′ change in elevation spread over 10 miles. (This example would result in an average grade of almost 6% for 10 miles.)
While every effort has been made to ensure the accuracy of the maps included in this book, it is nearly impossible to include all necessary detail on such small maps. We recommend that these maps be used in conjunction with larger, more detailed road maps.
There are many aftermarket devices that can help heavy vehicles in the mountains. Some will help by increasing horsepower for the climbs. These include turbos and exhaust systems. Other devices, such as engine braking systems can help during the descents. Some products, like gear splitters and auxiliary transmissions can help during the climbs and the descents. Many of these products also improve fuel economy (while delivering more horsepower) and reduce wear and tear on the drive train.
The main ingredients involved in overheated brakes are the length of the grade, the steepness of the grade, and the speed and weight of the vehicle. Reducing any of these will improve the chances of getting down the mountain without overheating the brakes. Most of the time, the only one the driver can change is speed. Reducing speed may keep you alive. Remember the old phrase, “You can go down a mountain a thousand times too slowly, but only once too fast.”



Lesa M.
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