Trucking Jobs in Ancient Oaks, Pennsylvania

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Truck Driving Jobs in Ancient Oaks, Pennsylvania

Local Trucking Companies in Pennsylvania:

Many truck drivers enjoy living OTR for weeks and months at a time; however, others don’t. If you’re one of the truckers who wish you could spend more time at home, you should give a local trucking job a try! Local trucking jobs allow you to spend more time at home with your family! We’d love to help you find a terrific local trucking job, so be sure to complete our secure online driver job application!

 

Trucking Companies in Ancient Oaks, Pennsylvania

FFE
 

Your 10-Codes of the Day

10-26 = Disregard Last Information/Cancel Last Message

10-50 = Break Channel

10-2 = Receiving Well

10-16 = make pickup at (location)

10-33 = Emergency Traffic at this station

Your Truck driving Definitions of the Day

Dolly

See Converter Dolly.

VIN (Vehicle Identification Number)

Assigned by the manufacturer, this number is unique to each vehicle and appears on the vehicle's registration and title.

Disc Wheel

Single-piece rim/wheel assembly of stamped and welded steel or forged aluminum, anchored by 8 or 10 nuts to a hub. A "Budd wheel" is a ten-hole, stud-piloted disc wheel; a design originated by the Budd Corporation.

IVHS (Intelligent Vehicle Highway Systems)

Blanket term for a wide array of technologies, including electronic sensors, computer hardware and software and radio communications. The purpose of IVHS is to increase efficiency of use of existing highways, reducing travel time, fuel consumption, air pollution and accidents. There are five functional areas: Advanced Public Transportation Systems (APTS) Advance Traffic Management Systems (ATMS) Advance Traveler Information Systems (ATIS) Advanced Vehicle Control Systems (AVCS) Commercial Vehicle Operations (CVO) A more recently coined term, Intelligent Transportation Systems (ITS), encompasses both IVHS and modes of transportation other than highway, such as rail. (see AVI, AVL, WIM)

Gear Ratio

Number, usually expressed as a decimal fraction, representing how many turns of the input shaft cause exactly one revolution of the output shaft. Applies to transmissions, power takeoffs, power dividers and rear axles. Example: If 2.5 revolutions of an input shaft cause one revolution of the output shaft, the gear ratio is 2.5:1.

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