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CTBSSP Synthesis 20: Potential Safety Benefits of Motor Carrier Operational Efficiencies (2011)
Commercial Truck and Bus Safety Synthesis Program (CTBSSPSYN)

Citation Manager

Bergoffen, Gene, Knipling, Ronald R, Transportation Research Board. "Case Study I: Medium-Sized Private and For-Hire Food and General Cargo Carrier." CTBSSP Synthesis 20: Potential Safety Benefits of Motor Carrier Operational Efficiencies. Washington, DC: The National Academies Press, 2011.

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Page
48
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Page
48
Front Matter (R1-R10)
Summary (1-2)
Background (3-4)
Project Objectives, Methods, and Scope (5-6)
Conceptual Framework for Commercial Vehicle Operations Risk Avoidance Strategies (7-8)
Preventive Maintenance (9-9)
Minimizing Loading, Unloading, and Related Delays (12-12)
Optimizing Routing and Navigation (13-15)
Road Selection: Divided Versus Undivided Roads (16-16)
Avoiding Work Zones (17-17)
Avoiding Traffic (18-18)
Efficient Scheduling: Optimal Times for Safe Travel (19-19)
Avoiding Adverse Weather (20-20)
Vehicle Size and Configuration (21-22)
Onboard Computers and Mobile Communications (23-23)
Team Driving (24-24)
Fuel Economy and Safety (25-26)
Monitoring Vehicle Condition (27-27)
General Relationship Between Efficiency and Safety (28-29)
Overview of Survey Approach, Analysis, and Interpretation (30-30)
Motor Carrier Safety-Manager Survey Methods (31-31)
Motor Carrier Safety-Manager Survey Results (32-37)
Other-Expert Survey Methods (38-38)
Other-Expert Survey Results (39-41)
Case Study A: Large Truckload Carrier (42-42)
Case Study C: Large Truckload Carrier (43-43)
Case Study D: Large Truckload Carrier (44-44)
Case Study E: Medium-Sized Regional Truckload Carrier (45-45)
Case Study G: Large Retail Chain Private Fleet (46-46)
Case Study H: Large Utility Private Fleet (47-47)
Case Study I: Medium-Sized Private and For-Hire Food and General Cargo Carrier (48-48)
Case Study K: Small Charter and Scheduled Bus Service (49-50)
Safety-Relevant Carrier Efficiencies (51-53)
Reported Effective Carrier Practices (54-54)
Research and Development Needs (55-57)
References (58-61)
Acronyms (62-62)
Glossary (63-63)
Appendix A - Project Survey Forms (64-64)
Appendix A1 - Safety-Manager Questionnaire (65-66)
Appendix A2 - Other-Expert Questionnaire (67-68)
Abbreviations used without definitions in TRB publications (69-69)

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48 cialized in temperature-controlled food shipments, but now Five Carrier H also hauls other types of cargo, including live animals. It func- Innovative Operational Practices tions largely as a private carrier because its primary operations · Commercial software for PM scheduling and records are under a long-term dedicated contract with a food producer · Trucks equipped with E-Z Pass transponders; drivers and shipper. It is also licensed as a for-hire carrier with truck- use most efficient roads load and scheduled LTL operations. The interviewee's title · Supervisor prepares daily "run sheet" for drivers. is general manager, with duties encompassing driver hiring, · Daily management monitoring of pre- and post-trip training, supervision, equipment, and operations. vehicle inspections · Vehicles equipped with mobile tracking and Carrier I has its own truck maintenance facility and man- communications ages PM using TMT Fleet Maintenance software, commer- cially available from TMW Systems. This software is used to manage PM schedules, parts inventory, fuel and tire usage, and other maintenance schedules and records. Equipment "Knuckle Boom." The company is experimenting with an asset and maintenance activity data are entered once and then Electronic Vehicle Inspection Report system from Zonar. integrated by the software into various user-formatted reports The system uses radio-frequency identification tags attached as an aid to equipment management and budgeting. to key vehicle inspection points to ensure full compliance with inspection requirements and recording of inspection Carrier I strives to minimize deadheads (empty backhauls) steps. The SM emphasizes, however, that it is people and man- using brokers, load boards, and established contracts. It books agement that ensure safety, not electronic aids. backhauls for 95% of its longer-distance trips. Carrier I Vehicles are equipped with Qualcomm mobile tracking charges detention fees to receivers for unloading times greater and communications units. Supervisors do not monitor than 3 hours, though the SM believed that such fees did not them continuously, however, because most daily operations result in significant safety benefits; they "add complexity" to are routine. Vehicles are equipped with onboard computers the business process without solving the problem of excessive capable of recording driving indicators such as engine speed, delays. Drivers are reimbursed for tolls, and generally idling, hard braking, and overspeeding. The company has encouraged to use freeways. Dispatchers are usually aware purchased the software needed to collect and analyze these of drivers' trip experience, and work with drivers to make vehicle and driving data, and is beginning to implement sure they have maps and directions for unfamiliar trips. onboard monitoring. Drivers can buy their own GPS navigation systems. More drivers use general-purpose systems than truck-specific Often crashes and safety problems that appear to be the navigation systems because the former are considerably result of driver error are actually traceable to "system" defi- less expensive (roughly $150 versus roughly $500). ciencies. The SM cited the example of a crash in which a company truck ripped down a terminal gate. The crash was at Carrier I's trucks are equipped with onboard communica- first attributed to driver carelessness, but investigation tions systems, and some vehicle engines have monitoring revealed that the electronic gate opening device did not allow capabilities for fuel usage and idling time. Carrier I is cur- sufficient time for the driver to activate it from outside the rently in "vendor evaluation" to add onboard computers to its vehicle, return to the vehicle, and then drive through. Many entire fleet. This will uniformly equip vehicles with commu- crashes and employee injuries are the result of problems with nications, electronic logs, engine monitoring, and driver per- loading dock and yard physical layout. They can also be formance monitoring (e.g., speeds, rapid decelerations). The related to terminal supervisors' and employees' failure to SM believed that electronic logs would improve compliance, maintain a clean and orderly workspace. Terminal managers reduce driver fatigue, and improve the safety oversight of are evaluated and compared based on detailed and consistent drivers. Efficient and successful companies were believed to record-keeping on accidents and injuries. Most often, an effi- be safer companies, in part because they had the resources to cient terminal is a safe one, although there is a caveat. Some invest in better safety equipment and processes. Efficiencies terminal managers push productivity too hard at the expense result in more company profits to invest in safety and in more of safety. available time to focus on safety. Currently the company pays most local-delivery drivers CASE STUDY I: MEDIUM-SIZED PRIVATE AND FOR-HIRE FOOD AND GENERAL by the hour, but pays longer-haul drivers by the mile. The SM CARGO CARRIER raised the idea that vehicle onboard monitoring equipment might make it possible to shift long-haul drivers partially Carrier I is a medium-sized, short- and medium-distance trans- from pay-by-the-mile to hourly pay, or to a system combin- porter and logistics service provider serving the Mid-Atlantic, ing the two pay methods. That is because onboard monitors Northeast, and Southeast United States. The company had spe- could be used by management to ensure that drivers were