Relying on the American Transportation Research Institute (ATRI)’s 2019 Top Industry Issues report, Mr. Murray discussed critical issues in the trucking industry and how they impact both carriers and consumers.
14. Operational Costs of Trucking
Collects and analyzes
real-world motor
carrier operational
data
Covers data from
2008-2017
Calculates costs by
mile and by hour
Sector, regional
analyses included
15. Ops Costs Dataset
Dataset comprised of:
178,926 truck-tractors
Average age 9.2 years, avg miles/year 89,804
4,773 straight trucks
Average age 4.9 years, avg miles/year 24,067
360,434 trailers – age varies by type
Average equipment trade cycle:
Truck-tractors – 7.6 years/695,000 miles
Trailers – 14.3 years
21. Truck Driver Age Demographics
4.5%
18.2%
22.1%
26.0%
22.3%
7.0%
0.0%
5.0%
10.0%
15.0%
20.0%
25.0%
30.0%
35.0%
20-24 yrs 25-34 yrs 35-44 yrs 45-54 yrs 55-64 yrs 65+ yrs
2018
Truck transportation Construction Professional /Business Services All U.S. Industry
22. Congestion and Trucking
Trucking Industry Support for ATRI’s GPS Data Initiative
Anonymity
Win-Win for Industry and Government
Targets Major Problem Areas/Focuses Investment
Focuses on Freight Needs
Trusted Third Party with In-Depth Industry Knowledge
Analysis for Weather, Incidents, Truck Parking
So what specifically can truck GPS data tell us?
29. Cost of Congestion
Congestion on U.S.
NHS cost trucking
industry $74.5B in
2016
Lost productivity =
1.2 billion hours
Equates to 425,533
commercial drivers
sitting idle for
entire year
30.
31. 2019 Top 10 Truck Bottlenecks
Rank Location
Average
Peak
Speed
Y-o-Y
Change in
Average
Peak Speed
1 Fort Lee, NJ: I-95 at SR 4 23.0 -7.65%
2 Atlanta, GA: I-285 at I-85 (North) 22.9 -7.35%
3 Atlanta, GA: I-75 at I-285 (North) 27.4 -9.91%
4 Los Angeles, CA: SR 60 at SR 57 34.5 1.05%
5 Houston, TX: I-45 at I-69/US 59 24.2 -9.46%
6 Cincinnati, OH: I-71 at I-75 36.2 -7.42%
7 Chicago, IL: I-290 at I-90/I-94 17.6 -16.74%
8 Nashville, TN: I-24/I-40 at I-440 (East) 28.1 -11.75%
9 Atlanta, GA: I-20 at I-285 (West) 38.3 -5.06%
10 Los Angeles, CA: I-710 at I-105 26.8 -12.35%
32. Hours-of-Service Flexibility
Would flexibility in
HOS rules provide
opportunity to
improve congestion?
Depending on time of
day – 40 mile trip can
range from 40
minutes to over 93
minutes
Cost for one trip
ranges from $42.32 to
$99.11
33. Two Trips Modeled Current
HOS and 6/4 Split
Driver B – Flex HOS
Rules – logged 45.5
minutes less drive
time and 75.5
minutes less on-
duty time
34.
35. Crash Predictor 2018 Update
Analysis of over
435,000 driver
records to identify
behaviors (prior
crashes, violations,
convictions) most
predictive of future
crash involvement
Updates earlier
Crash Predictor
Models from 2005
and 2011
36. Top 10 Crash Predictor Behaviors
If a driver had:
Crash likelihood
increased:
A Reckless Driving violation 114%
A Failure to Yield Right of Way violation 101%
A Failure to Keep in Proper Lane conviction 83%
A Failure to Use / Improper Signal conviction 82%
A Past Crash 74%
An Improper Lane / Location conviction 72%
An Improper Pass conviction 70%
A Reckless / Careless / Inattentive / Negligent
Driving conviction
69%
An Improper or Erratic Lane Changes conviction 66%
An Improper Lane Change violation 63%
37. Impact of Gender
Female drivers
safer than males in
every statistically
significant
behavior
Men 20% more
likely to be
involved in crash
than women
Event
Relative to
Females,
Likelihood for
Males
Increased By:
Reckless / Careless /
Inattentive /
Negligent Driving
conviction
88%
Seat Belt violation 78%
Failure to Obey
Traffic Signal / Light
conviction
73%
Speeding 1-15 Miles
Over Speed Limit
conviction
70%
38. Stable Predictors of Crash Risk
Across all three ATRI Crash Predictor
Models, the top five stable predictors of
crash risk are:
1. A Past Crash
2. An Improper Lane / Location conviction
3. A Reckless / Careless / Inattentive / Negligent
Driving conviction
4. An Improper or Erratic Lane Changes conviction
5. An Improper Lane Change violation
39. Impact of Nuclear Verdicts
Research Tasks
Literature review
Stakeholder interviews
Identify/obtain
appropriate data sets
Analysis and develop
trends,
recommendations
13 stakeholder
interviews conducted
to date
Insurance
Defense attorneys
Plaintiff attorneys
Potential data sources
LexisNexis
Westlaw
Tractor-Trailer Torts
CaseMetrix
PACER (Public Access
to Court Electronic
Records)
American College of
Transportation
Attorneys
Motor Carrier insurers
Survey data collection
in collaboration with
transportation
attorneys
40. Detention Time Impacts
Multi-year analysis
of detention impacts
on industry safety
and productivity
Based on over 1,900
driver and motor
carrier surveys
collected in 2014
and 2018
41. Detention Getting Worse
Between 2014 and
2018, drivers reported
27.4% increase in
delays of 6+ hours
Nearly 40% increase
in drivers reporting
majority of
appointments delayed
due to customer
actions
42. Detention Costs Fleets and Drivers
Average excessive detention fee per
hour charged by fleets was $63.71,
less than $66.65/hour from ATRI’s
Operational Costs of Trucking
20% of smaller fleets (<50 power
units) do not charge detention in order
to stay competitive with larger fleets
45. Truck Parking Diary Report
Truck Parking Diaries
Drivers kept 14 days of
parking activity
Includes when, where, how
long to find a spot, how many
spots occupied by non-CMVs,
lost productivity, etc
148 completed diaries were
returned between June and
September 2016
2,035 days of truck parking
activity
4,763 unique stops
50. Dry Van Average Length-Of-Haul is Down
Source: ATA
796 miles
51. E-Commerce Impacts on Trucking
Industry
Examines growth of
e-commerce,
impacts on trucking
E-commerce sales
grew from less than
1% of total U.S.
retail sales in 1999
to more than 9% in
2017
52. Trucking Industry Impacts
“Last Mile Fulfillment Centers” represented
73% of industrial real estate market in 2017
Single-unit truck registrations increased by
7.8% between 2007-2016
Compared to 4.4% growth in combination truck
Average trip lengths decreased 37% since
2000; urban VMT increased
Intrastate and local hauls for e-commerce
could serve as training opportunity for 18-20-
year-old drivers
55. Top Issues Key Autonomous Truck Benefit
Hours-of-Service Allows for driver rest and productivity to occur simultaneously.
Compliance, Safety,
Accountability
Will decrease raw SMS scores, though percentile scoring needs to
change.
Driver Shortage
Driving more attractive with higher productivity, less time away from
home, and additional logistics tasks; fewer drivers may be needed.
Driver Retention Companies with autonomous technology may attract and retain drivers.
Truck Parking
If "productive rest" is taken in the cab during operations, less time will
be required away from home at truck parking facilities and fewer
facilities will be needed.
Electronic Logging Device
Mandate
Modifications will be necessary depending on level of autonomy.
Driver Health and Wellness Driver could be less sedentary; injuries could be reduced.
The Economy Carriers that use AT may see productivity and cost benefits.
Infrastructure / Congestion
/ Funding
Urban congestion could be mitigated through widespread use of
autonomous vehicles (including cars).
Driver Distraction
Drivers will not be distracted from driving if vehicle in autonomous
mode.
56. Safety by the Numbers…
Where is U.S. DOT?
Tort Issues will destroy the Best of Ideas
Negligence vs Liability
Drivers/Carriers to OEMs/Suppliers
Insurance is King
Public Perceptions…
Please Define “Autonomous”
Reign in “driverless car” PR
Smart Trucks Already Exist
DATP for a Reason!
CV vs AV = 5.9 vs Better?
ROIs & BCAs Will Solve All…
Most Issues Not Technology-Related
57. Most Issues Not Technology-Related
ROIs and BCAs are completely
unknown
What is going on with ATs?
Massive churning
Dust settles with highly automated trucks
73. 2019 Top Research Priorities
Standardizing Truck Parking Information
Systems
Rethinking Mileage-Based Safety Metrics
Analyzing Younger Driver Safety in
Intrastate Driving
Revising the ROI of Truck Safety
Technologies
Impact of “Nuclear” Verdicts on Trucking
Tolls: Who Pays and Where Does the
Money Go?