2014 fall far horizon future truck revised

Conﬁdential and Proprietary, © 2013, Tech-I-M, LLC
Far Horizon of
Future Truck
TMC Fall 2014
Paul Menig

Agenda Items
• TMC Far Horizon

• 2020 CAFE and Green House Gas Update

• 21st Century Truck Partnership

• Connected and Automated Vehicles

• Wearable Computers

• Other Items of Interest

Timeline — To Inﬂuence Future Trucks
2011 2013 20172015 20212019 20252023 2027 2027
Phase 1 Regulations
DOE SuperTruck
Phase 2 Regulations (NPRM March 2015)
NAS Interim Report
NAS Final Report
Survey Fleets
ComVec Presentations
TMC White Papers
@ Phase 2 Regulations Effective
@ New Vehicles
@ New Vehicles
@ New Vehicles
✔
✔
✔
✔

National Academy First Report

Engine or Whole Vehicle—Who Cares?
PACCAR?
…

NHTSA/EPA Research: Engine Tech

NHTSA/EPA Research: Vehicle/Trailer

Daimler

EPA Certiﬁcation Options
Potential Certification Options
(1) Full Vehicle Simulation
(5) Vehicle Simulation + Powertrain-in-the-loop/ Engine
Standard
(4) Engine-in-the-loop Simulation (two variations)
(6) Full Chassis Dyno Test
(3) Controllers-in-the-loop Simulation
+ TCM/ECM
Simulation
Hardware
Model Fidelity and Validation Challenges Increase
Test Cost and Capital Investment Increases
TCMor +
+
(2) Vehicle Simulation + Engine Standards
6
Vehicle simulation is one of the key certification elements
regardless which option is selected

Environmental Impact Statement
Environmental Impact Statement for New Medium and Heavy
Duty Vehicle Fuel Efficiency Improvement Program Standard
Action
Notice of intent; request for scoping comments.
Summary
NHTSA plans to prepare an Environmental Impact Statement (EIS) to analyze the potential environmental
impacts of new fuel efficiency standards for commercial medium- and heavy-duty on-highway vehicles and
work trucks (potentially covering engines, chassis, vehicles, and/or trailers manufactured after model year
2018) that will be proposed by the agency pursuant to the Energy Independence and Security Act of 2007.
This document initiates the scoping process for determining the scope of issues to be addressed in the EIS
and for identifying the significant environmental issues related to the proposed action. Further, it discusses
cooperating agencies, the environmental review process, and the agency's tentative planning and decision-
making schedule. NHTSA invites the participation of Federal, State, and local agencies, Indian tribes,
stakeholders, and the public in this process to help identify the significant issues and reasonable alternatives
to be examined in the EIS, and to eliminate from detailed study the issues that are not significant.
http://www.regulations.gov/#!documentDetail;D=NHTSA-2014-0074-0001
Cummins
Volvo
Oshkosh
Great Dane
OOIDA
Daimler Trucks
ATAEnvironmental Defense Fund

HD Supplier Meeting This Week

CARB Does it Again?!
Transport Topics 6/2/2014

21st Century Truck
Partnership

Partnership Members

Improve Fuel Economy
Class%8%Truck%Energy%Balance%
Base%Tractor+Trailer%Configura3on% Configura3on%Achieving%21CTP%Goals%
Payload% 11,800%kg%(26,000%lb)% 11,800%kg%(26,000%lb)%
Total%Mass% 27,220%kg%(60,000%lb)% 25,220%kg%(55,600%lb)%
Fuel%ConsumpDon% 14.7%gal/1,000%tonHmiles% 9.0%gal/1,000%tonHmiles%
Fuel%Economy% 5.8%mpg% 9.4%mpg%
Fuel%Input% Total%Input%=%343%kW%
Engine%Losses%(193%kW,%ηeng%=%0.43)%
Idling%Fuel%Use%(3.6%kW)%
Total%Input%=%211%kW%
Engine%Losses%(105%kW,%ηeng%=%0.50)%
Auxiliary%Power%Unit%(0.8%kW)%
Engine%Output% Total%Output%=%146%kW%
Accessory%Loads%(15%kW)%
Drivetrain%Losses%(10%kW)%
Total%Output%=%105%kW%
Accessory%Loads%(8%kW)%
Drivetrain%Losses%(5%kW)%
TracDve%Power%% Total%Power%=%121%kW%
Aerodynamic%Losses%(61%kW,%CD%=%0.60)%
Rolling%Resistance%(44%kW,%CRR%=%0.007)%
InerDa/Braking%Losses%(16%kW)%
Total%Power%=%92%kW%
Aerodynamic%Losses%(53%kW,%CD%=%0.52)%
Rolling%Resistance%(32%kW,%CRR%=%0.0055)%
InerDa/Braking%Losses%(7%kW,%60%%regen%efficiency)%

6 Focus Areas
Partnership+Focus+Areas+
•  Technology+goals+focus+on+
six+key+areas+
for+heavy+duty+vehicles+
– Engine+Systems+
– Heavy>Duty+Hybrid+Systems+
– Vehicle+Power+Demands+
– Idle+ReducEon+
– Safety+
– Eﬃcient+OperaEons+
13+

Engine Systems
Partnership+Goals:+Engines+
14+
Improve(Efficiency(of(Engine(Systems(
!  Develop+and+demonstrate+an+emissions(compliant(engine(
system+for+Class+7;8+highway+trucks+that+achieves+50%+brake+
thermal+efficiency+in+an+over;the;road+cruise+condiGon,+
improving(the(engine(system(fuel(efficiency(by(about(20%(
(from+approximately+42%+thermal+efficiency+today).+(2015)+
!  Research+and+develop+technologies+which+achieve+a+stretch+
thermal(efficiency(goal(of(55%+in+prototype+engine+systems+in+
the+lab.+(This+efficiency+gain+would+be+equivalent+to+an+
addiGonal+10%+gain+in+over;the;road+fuel+economy+when+
prototype+concepts+are+fully+developed+for+the+market.)+
(2015)+
!  Through+experiments+and+models+with+FACE+fuels+and+other+
projects,+determine(the(most(essen>al(fuel(proper>es,(
including(renewables,(needed(to(achieve(55%+engine+brake+
efficiency.+(2014)+
!  Iden>fy(alterna>ves(to(fossil(petroleum(based(fuels(and(
technology(pathways+(vehicle,+fuels,+and+infrastructure)+to+a+
sustainable,+long;term+fuel+supply.+

Heavy Duty Hybrid Systems
Partnership+Goals:+Heavy+Hybrids+
15+
Reduce&Heavy&Hybrid&Component&Costs&to&Promote&Market&
Penetra8on&
!  Ability+to+a9ain&fuel&consump8on&reduc8ons&(compared+
to+today’s+conven<onal,+non>hybridized+heavy>duty+
vehicles)+in+a+commercially+viable+manner.+
!  Develop+a+hybrid+system+with+a+design+life+of+15+years.+
!  Achieve+cost&targets&for&energy&storage&($45+per+kW+and/
or+$500/+kW>+hour+for+an+energy+baMery+by+2017;+$40+per+
kW+and/or+$300/+kW>+hour+for+a+power+baMery+by+2020;+
and+cost+of+overall+baMery+pack+should+not+exceed+cost+of+
the+cells+themselves+by+more+than+20%+by+2016)+and+for+
e>machines+($23/kilowaM+by+2016).+

Vehicle Power Demands
Partnership+Goals:+Power+Demands+
!  Develop+and+demonstrate+advanced+
technology+concepts+that$reduce$the$
aerodynamic$drag+of+a+Class+8+highway+
tractor;trailer+combina=on+by+20%.+
Evaluate+a+stretch+goal+of+30%+reduc=on+in+
aerodynamic+drag.+(2021)+
!  Develop+and+demonstrate+low+rolling+
resistance+=res+that+can+reduce$vehicle$
rolling$resistance$and$wheel$weight+for+a+
Class+8+tractor;trailer.+Demonstrate+35%+
reduc=on+in+rolling+resistance.+(2021)+
!  Develop+and+demonstrate+technologies+
that+reduce$essen9al$auxiliary$loads$by$50%+
for+Class+8+tractor;trailers.+(2021)+
!  Develop+and+demonstrate+engine,+
transmission,+and+driveline+systems+that+
enhance$engine$cycle$opera9ng$eﬃciency$
and$reduce$fric9on$losses.+(2021)+
!  Develop+and+demonstrate+lightweight+
material+and+manufacturing+processes+that+
lead+to+a+10%$reduc9on$in$tare$weight$for+a+
tractor/trailer+combina=on.+Establish+a+
long;term+stretch+goal+of+reducing+
combined+vehicle+weight+by+20%.+(2021)+
!  Increase+heat;load+rejected+by+thermal+
management+systems+by+20%+without+
increasing+radiator+size.+Develop$and$
demonstrate$technologies$that$reduce$
powertrain$and$driveline$losses$by$50%.$
(2021)$
16+
Contours$of$Velocity$Magnitude$
(Simula9on)$
Reduce$Parasi9c$Losses$to$Regain$Horsepower$in$Class$8$
Trucks$

Idle Reduction
Partnership+Goals:+Idle+Reduc5on+
17+
Reduce&Idling&Fuel&Use&and&Emissions&by&85%&
!  +Promote+the+incorpora5on+of+idle&reduc9on&(IR)&equipment&on+new+trucks+
as+fuel+saving+devices+as+they+are+iden5ﬁed+through+the+DOE+SuperTruck+
Ini5a5ve.+
!  Establish+a+na5onwide+mul5Gmode+IR&educa9on&program.+
!  Work+with+OEM+truck+manufacturers+to+obtain&data&on&the&number&of&new&
trucks&being&ordered&with&IR&op9ons.+
!  Conduct+a+ﬂeet+survey+to+gather&data&on&the&amount&of&inCuse&idling&hours&
that+are+accumulated+by+type+of+heavyGduty+vehicle.+
!  Analyze+data+from+the+EPA&SmartWay&Transport&Partnership+to+measure+
fuel+savings+and+emissions+reduc5ons+associated+with+the+various+type+of+
IR+equipment+available.++
!  Develop+improved+IR&systems&to&minimize&fuel&required,&cost,&and&weight&
to+meet+hotel+func5ons+in+sleeper+cabs.+

Safety
Partnership+Goals:+Safety+
!  The+21CTP+will+work+collabora;vely+with+
DOT+to+enhance+safety+primarily+through+a+
variety+of+crash+avoidance+strategies+that+
include+on#board(vehicle(technologies(as+
well+as+opera;onallyCfocused+programs+
designed+to+reduce+crash+risk.+The+overall+
goals+of+this+collabora;on+are+to++
!  1)+ensure+that+advancements+in+truck+
design+and+technology+to+improve+fuel+
efficiency+do(not(have(any(nega3ve(
impacts(on(safety;+and++
!  (2)+conversely,+to+ensure+that+efforts+to+
improve(safety(to(not(reduce(efficiency—
and,+where+possible+actually+contribute+to+
improvements+in+overall+motor+carrier+
industry+system+efficiency.++
18+
Contribute(to(reducing(truck(and(bus(accident(fatality(rate(

Efficient Operations
Partnership+Goals:+Efficient+Opera4ons+
!  Develop+and+demonstrate+technologies+that+minimize&the&impact&of&driver&
behavior&for+op4mal+accelera4on+efficiency+by+automa3cally&controlling&vehicle&
accelera3ons+at+a+level+for+which+the+engine+operates+in+its+most+efficient+
opera4onal+state+for+the+current+environment.+Driver+feedback+informa4on+
devices+can+also+be+implemented+as+a+retrofit+op4on+for+exis4ng+vehicles.+
!  Develop+simple&tools&for+the+trucking+industry+that+will+provide+es3mates&of&the&
fuel&savings&poten3al&of&advanced&efficiency&technologies&and&technology&
combina3ons&depending+on+specific+usage+informa4on+of+a+par4cular+fleet+
(measured+drive+cycle+data).+The+tools+will+provide+cost+and+benefit+analyses+for+
the+selec4on+of+technologies+on+a+caseGbyGcase+basis+when+representa4ve+drive+
cycles+for+an+individual+fleet+or+ownerGoperator+are+available+(and+
recommenda4ons+to+the+fleet+for+obtaining+the+drive+cycles+can+be+provided).+
!  Conduct+a+study&to&iden3fy&proposed&ITS/connected&vehicle&technologies&that+
offer+significant+fuel+savings+and+quan4fy+the+reduc4on+in+fuel+consump4on+for+
technologies+that+offer+the+greatest+benefits.+Select+one+technology,+evaluate+
the+benefits+for+fuel+consump4on+as+a+func4on+of+market+penetra4on+and+
iden4fy+the+infrastructure+needs+and+costs+for+deployment+of+the+technology+to+
a+level+at+which+the+benefits+of+vehicleGtoGvehicle+(V2V)+and+vehicleGtoG
infrastructure+(V2I)+networking+are+realized.+
19+

Efficient Operations
Partnership+Goals:+Efficient+Opera4ons+
(con4nued)+
!  Establish+a+real%world)test)corridor+for+commercial+vehicles+focused+
on+improving+Commercial+Vehicle+Opera4ons,+including+Fuel+
Efficiency.+The+test+corridor+should+include+DSRC+and+WiIMax+
technologies+in+the+infrastructure,+would+involve+one+or+more+fleets+
enabled+for+DSRC/WiIMax+capability+and+ouOiPed+with+various+
applica4ons+designed+for+improved+efficiency+of+commercial+vehicles.+
!  Explore+regulatory)changes+to+permit+the+replacement+of+bodyI
mounted+mirrors+with+a+camera%based)system)and+quan4fy+the+fuel+
saving+benefits+associated+with+such+a+change.+
!  Demonstrate+the+fuel)savings)benefits)and+develop+policy+guidelines+
for+extending+the+use+of+long)combina8on)vehicles)(LCVs),+par4cularly+
tripleItrailer+units.+
!  Promote+improved)supply)chain)management)strategies)in+the+
commercial+freight+industry+with+an+objec4ve+to+increase+the+loads+
carried+per+truck+and+reduce+vehicle+miles+traveled+(VMT).+
20+

SUPERTRUCK)INITIATIVE)
Basics)
•  Goals)
–  Develop)and)demonstrate)a)50%)
improvement)in)overall)freight)efficiency)on)a)
heavyGduty)Class)8)tractorGtrailer)measured)in)
tonGmiles)per)gallon)
–  Achieve)50%)engine)thermal)efficiency)at)65)
mph)cruise)condiKon)
–  Show)a)pathway)to)55%)engine)efficiency)
•  CooperaKve)R&D)Agreement))Awards:))
–  Cummins)Inc.)with)Peterbilt))(ARRA)Funded))
–  Daimler)Trucks)North)America)(ARRA)Funded))
–  Navistar,)Inc.))
–  Volvo)Trucks)North)America)
•  Total)project)funding:)DOE)+)Industry)=)$284)
Million)

Summary)of)Progress)
•  Status)of)50%)engine)efficiency:))
–  All)teams)are)on)track)to)meet)the)50%)efficiency)goal)
•  Status)of)50%)freight)efficiency)improvement:))
–  All)teams)are)on)track)and)expect)to)achieve)between)
50%)and)60%)freight)efficiency)based)on)onKroad)
vehicle)evaluaLon.)
•  Technologies)developed)under)SuperTruck)will)
begin)to)enter)the)market)over)the)next)decade.)

Project)Teams)
Cummins/Peterbilt
Daimler Trucks North America
Navistar
Volvo Technology of America
• Highly efficient and clean
diesel engine
• Advanced waste heat
recovery system
• Aerodynamic tractor and
trailer
• Fuel cell APU for idling
reduction
• Engine downsizing
• Waste heat recovery
• Improved aerodynamics
• Electrification of auxiliaries
such as oil and water pumps
• Hybridization
• Combustion efficiency
• Waste heat recovery system
trailer
• Idling reduction
• Hybridization
• Reduced rolling resistance
tires
• Engine efficiency
• Waste heat recovery
trailer
• Idling reduction
• Hybridization
• Reduced rolling resistance
tires
Cummins • Modine •
Eaton • Dana •
Bridgestone • Alcoa •
Delphi • Bergstrom •
Garmin • Exa • Utility
Trailer • US Xpress
PARTNERS
Navistar • Alcoa • AT
Dynamics • Meritor •
Behr America • Michelin
• TPI • Wabash
National • Argonne •
Lawrence Livermore
DTNA • Detroit •
Daimler Research •
Oregon State University
• Great Dane • ARC •
Solar World Industries
America • Schneider •
Wal-Mart
Volvo Technology of
America • Volvo Group
Truck Technology • Volvo
Group Powertrain • Penn
State • Grote Freight Wing
• UCLA • Ricardo •
Hendrickson • Meritor
PARTNERS
PARTNERS PARTNERS
Budget = $77.6 million Budget = $89.1 million
Budget = $79.2 million Budget = $38.0 million

Cummins SuperTruck

Daimler SuperTruck
http://www.truckinginfo.com/news/story/2014/06/daimler-trucks-hits-supertruck-goals-ahead-of-schedule.aspx

Volvo SuperTruck

Navistar
No Update for 2014

ICCT Summary
http://www.theicct.org/sites/default/ﬁles/publications/ICCT_SuperTruck-program_20140610.pdf

ICCT Report

TARDEC 30-Year Strategy
UNCLASSIFIED / DIST. A
TARDEC’s 30-Year Strategy
30-Year Strategy: Changing How We Do Business
•  Shaping the future for the Force of 2025 and Beyond (VS1)
•  Supporting current programs of record across the lifecycle (VS2, VS3)
The Strategy will direct and pace technology discovery, development, demonstration,
and transition to secure Enduring Value and continued battlefield dominance of the
Army’s current and future ground systems
15OPSEC# 25252

Areas with Commercial Vehicle Interest
Unmanned Direct
Fire
Supervision Vehicles
Main Battle System Platoon
Vehicle as a Member
of the Squad
AMAS Unmanned Convoy
[LOE 1.1] Autonomy-Enabled Systems
Non-Traditional Physical
ArchitectureModular Vehicle
Prototype
Module
Interface
AMAS
Situational
Awareness/
Advanced
Controls/
Displays
Plug and Play
Electronic
Architecture (module
and cab)
Advanced
Suspension
Advanced
Structure/Armor
Truck Chassis
Material handling for
on-load/off-load
modules
Multi-mission modules
Joint Vehicle Agnostic
Modular Prototype
[LOE 1.2] Ground System Architecture
360° Situational
Awareness
Mobile Protected
Firepower
[LOE 1.4] Power Density &
Energy Efficiency
Medium
Combat
Heavy
Combat
Tactical
Power Dense, Common, Modular Engine
Power Electronics
(DC-DC, Export Power)
Optimized
Powertrain
Controls
High Voltage
Architecture Integrated Starter
Generator
Vehicle Electrification
Value Stream VS1 Lines of Effort
[LOE 1.3] Protected Mobility
16
Cab-less Trailer
OPSEC# 25252

Capability Demonstrations
Ground Vehicle
Capability Demonstrations
Combat Vehicle Prototyping
360o SA – Degraded Visual Environment
Execution POM EPP EPP+
FY14 FY15 FY16-20 FY21 - 30 FY30+
Future Combat Vehicle
Program of Record
MS ANext Gen Powertrain, Vehicle Architecture, APS/Active Survivability
Future Modular Med/Heavy
Tactical Truck Prototype
Future Medium
Tactical Truck POR
IOC
Modular Med/Heavy Truck SE
Lightweight Modular Vehicle
ONR Modularity Study
UGV/UAS - Extend the Reach CBRN
Experiment
Call for Fire
Experiment
Multi-UGV Extended Range (MUER) Operational
Experiment
Resourced
Opportunity for
Collaboration
Knowledge
Point
Decision
Point
Legend
Water Quality Monitoring
Blackwater Treatment & Grey Water Reuse
Operational Energy Consumption ModelingJOEI Modeling Tool
Manned-Unmanned Teaming
Command and Unmanned
Vehicle Development
System
Demo
Operational
Evaluation
System/Kit Dev.
Virtual Experiment
Autonomy Enabled (AE) BCT w/ Logistic Automation
Requirements
Refinement
System/Kit Development
Virtual Experiments
Performance Assessment /
Safety Release
Operational
Evaluation
DSAT
Operational Experiments
AE BCT Direct Fire
Operation Benefit Study
AMAS
Operational Experiments
Innovation
Workshop
AE BCT Automated Logistic
Operation Benefit Study
12
CD1
CD2
CD5
CD12
CD7
CD4
CD6
TARDEC NAS Brief 13 May 2014

Connected and
Automated Vehicles

Connected Vehicles

What should we call connected vehicles?
• Caravans?

• Convoys?

• Road Train?

• Cooperative Trucks?

• Teaming Trucks?

• Companion Trucks?

• Platooning?

V2V for Commercial Trucks by 2020?
http://www.nhtsa.gov/About+NHTSA/Press+Releases/NHTSA-issues-advanced-notice-of-proposed-rulemaking-on-V2V-communications

Commercial Vehicle ITS

1968 Vienna Convention on Road Traffic
May 2014 amendment approved
http://en.wikipedia.org/wiki/Vienna_Convention_on_Road_Traffic Article 8Vienna Convention 1968 November 8 Convention on road traffic
The amendment agreed last month by the U.N. Working
Party on Road Traffic Safety would allow a car to drive itself,
as long as the system "can be overridden or switched off by
the driver". A driver must be present and able to take the
wheel at any time.
Provided the amendment clears all bureaucratic hurdles, all
72 countries that are party to the convention would have to
work the new rules into their laws. The convention covers
European countries, Mexico, Chile, Brazil and Russia,
although not the United States, Japan or China.
https://treaties.un.org/pages/ViewDetailsIII.aspx?&src=TREATY&mtdsg_no=XI~B~19&chapter=11&Temp=mtdsg3&lang=en

NHTSA’s 5 Levels of Automation
}

New Automated Driving and Platooning Task Force
Scope:
a. Vehicles: Class 8 (ini0ally) plus Class 3-7 vehicles
b. Roadways: typical interstate highways (ini0ally) and other road environments, including select off-road environments
where trucks operate
c. Func0ons: focus is on automa0on of regular driving as dis0nct from crash avoidance
a. NHTSA Level 1 – longitudinal control for platooning
b. NHTSA Level 2 – Eyes On
i. (steering, throRle, brake under computer control with constant driver monitoring)
c. NHTSA Level 3 – Eyes Off
i. (steering, throRle, brake under computer control without constant driver monitoring)
d. Timeframe: Technologies coming to the market in the next 1-10 years

Objec+ves:
a. create awareness within TMC of all relevant ac0vi0es to develop par0ally automated and fully automated driving systems
for heavy trucks, including industry and publicly sponsored R&D, as well as relevant regulatory ac0vity at the state and Federal
levels
b. create an opera0onal understanding of how par0ally and fully automated driving would be applied to heavy truck
opera0ons, considering drivers, maintenance, safety managers, fleet managers, regulators
c. define key terms relevant to automated driving so as to create mutual understanding and avoid confusion
d. based on this knowledge, iden0fy the opportuni0es, new applica0ons, key requirements, and areas of concern in the
evolu0on of automated driving technologies. Iden0fy technology demonstra0ons the carriers would like to see.
e. develop a white paper addressing the above, to include recommended ac0ons that might be taken by industry and
regulators
f. liaise as needed to other TMC task forces, such as the S.12 DSRC Task Force
g. develop technical policy guidance for the Technical Advisory Group, ATA Engineering department and ATA Technology and
Engineering Policy commiRee
Meets Monday, September 22 from 2-4

TARDEC
Unmanned Ground Vehicles (UGV)
•  Autonomous or Semi-Autonomous Systems
•  Congressional Goal: 1/3 Military Fleet Unmanned by
2017
•  Advantages in Combat Vehicles
–  Soldiers out of harm’s way
–  Less protection required – lighter weight
•  Advantages in a Convoy
–  25-60% Reduction in accidents
–  7% Savings or more for Convoy Missions
•  Drafting
•  Improved driving
–  Fuel Savings of $6000 per Truck over 10 years
17OPSEC# 25252

Applying Autonomous to Existing Vehicles
Autonomous Mobility Appliqué
System (AMAS) Demonstration
18
Manned
360° Vision Driver
Warning
Driver Assist/
Active Safety
Optionally-
Driven
Optionally-
Manned
Human-Machine
Interface (HMI)
Human-Robot
Interface (HRI)
Autonomy-
Enabled
•  Feasibility of standardized, affordable
kits to automate existing platforms
•  Increased safety in AMAS enabled
Tactical Wheeled Vehicles (TWV)
•  Simultaneous manpower multiplier;
reallocate TWV operators to other critical
unit functions
AMAS Team will demonstrate the
following capabilities:
Platform Agnostic
Autonomy Kit
Platform Agnostic
Platform
Specific
Data
Logger
Radio
(RNIK)
Dashboard OCI
Commander
OCI
Overall
Vehicle
Controller
Driver Warning/ Driver Assist
Sensors
Steering
Actuation
Brake
Actuation
ESC
IOP
J1939
Autonomy
Computer
Autonomy Kit Sensors
Transmission
By-Wire Active Safety Kit
Unmanned
OPSEC# 25252

Mercedes-Benz Future Truck 2025
http://www.daimler.com/dccom/0-5-1714412-1-1714446-1-0-0-0-0-0-0-0-0-0-0-0-0-0-0.html
http://www.truckinginfo.com/news/story/2014/07/daimler-trucks-unveils-long-term-plan-for-autonomous-driving-trucks.aspx

Mercedes-Benz Future Truck 2025

PACCAR into Driverless Trucks!
Dutch Trucks Will
Drive Themselves
By Philip E. Ross
Posted 17 Jun 2014
Photo: Corbis
Container-bearing trucks at the Port of Rotterdam
The Netherlands has just announced a five-year plan to make the country safe for
autonomous vehicles and vice-versa, with a particular emphasis on trucks. Rules of the road
will be redrafted, infrastructure built, and research funded.
The country thus joins a stampede that, like so many automotive fashions, began in
California, with the unveiling of the Google Car. Nevada joined the charge early, and
Michigan was quick off the mark too, the city of Ann Arbor having just established a center
for autonomous driving. Sweden's Gothenburg, home of Volvo, is doing much the same.
One thing Holland has that few other countries can match is a compact territory coupled to
an enormous transportation hub, which boasts Europe's busiest air, sea and land links. And
trucks seem to be a particularly good match because of their role in the container shipping
model, which has transformed the world economy.
Trucks are, in fact, the last link in the chain connecting production to consumption that
remains fully under the control of a mere human being. Here's how it works: A robot at a
factory in Japan loads a standard container with refrigerators, say, bolts it shut, and places it
on a flatbed truck. The truck takes the box to the most convenient seaport, where a robotic
crane hoists the box onto a ship, where it fits a perfectly matching space in the hold. The ship
—itself mostly robotic, with merely a skeleton crew—steams to the port city of Rotterdam,
where another robotic crane hoists the container onto another truck that takes it to a
retailer, say in Germany. There the box is unbolted and unloaded, again perhaps by robots.
And presto, all the refrigerators are still there; not one has "fallen off the back" of a truck.
That's basically why stuff has gotten so cheap and manufacturing jobs have become so
scarce. A robotic truck would thus merely complete what is already an almost all-robot
system.
The Dutch government says that the first tests will be simple computer simulations. The first
road tests will involve truck convoys, perhaps putting just the lead vehicle under the control
of a human driver. That test will be conducted by a research consortium including DAF, a
Dutch truckmaker, the Port of Rotterdam and Transport & Logistiek Nederland. "The
consortium wants to test autonomous lorries that drive in convoys. The aim of the
consortium is, within five years, to bring technology onto the market that logistics
companies with such lorries can use to drive on public roads."
http://spectrum.ieee.org/cars-that-think/transportation/self-driving/dutch-trucks-will-drive-
themselves/?utm_source=carsthatthink&utm_medium=email&utm_campaign=062514

Peterbilt Autonomous Vehicle Demo
http://www.peterbilt.com/about/media/2014/430/
PETERBILT SHOWCASES AUTONOMOUS ASSIST DRIVING
TECHNOLOGY
DENTON, Texas (September 9, 2014)

Advanced technologies capable of autonomous driving to complement vehicle operators was showcased during the ITS
World Congress in Detroit this week. The innovative system was demonstrated on a Peterbilt Model 579 concept truck.

Peloton Platooning

ZF AutoPark
http://www.ccjdigital.com/zf-unveils-new-automated-transmission-remote-controlled-parking/?
utm_source=daily&utm_medium=email&utm_content=07-09-2014&utm_campaign=CCJ&ust_id=2f87f13eb6&

What are you willing to say?
• Bus driver that I’ve never met,

• “Take my kids to school.”

• Airport automated shuttle

• “Take me to the terminal.”

• Elevator

• “Take me to my ﬂoor.”

• Pilot that I don’t know

• “Fly me to Los Angeles.”

• Truck

• “Take my freight from the shipper to the consignee.”

Apple Watch

Samsung

LG

Pebble

Oil Analysis in Your Hand?
https://www.kickstarter.com/projects/903107259/scio-your-sixth-sense-a-pocket-molecular-sensor-fo

Wearable Computer Concepts
http://appleinsider.com/articles/14/05/05/apple-planning-app-store-like-health-platform-for-connected-medical-devices---report

Clothing with Sensors—shirts and socks
http://appleinsider.com/articles/14/05/12/omsignal-smart-shirts-move-activity-tracking-from-the-wrist-to-the-chest

A Nod to the Future
https://www.hellonod.com

National Freight Advisory Committee
http://www.dot.gov/policy-initiatives/national-freight-advisory-committee/recommendations-us-department-transportations
Six Subcommittees:
1. Conditions, Performance, and Data
2. Safety, Security, and Environment
3. Project Delivery and Operations
4. Research, Innovation, and Technology
5. International Freight Strategies and Operations
6. First and Last Mile
Three elements of MAP-21
1. Barriers: An assessment of statutory, regulatory, technological, institutional, ﬁnancial,
and other barriers to improved freight transportation performance (including
opportunities for overcoming the barriers);
2. Best Practices: To improve the performance of the national freight network; and
3. Best Practices: To mitigate the impacts of freight movement on communities.

FHWA National Freight Network

Independent Contractors Under Attack

Is the Owner/Operator now going, going, gone?

Brute Force Is Sometimes the Option
This is the biggest load ever to be moved
in West Australia.
It weighed over 700 tons with four trucks towing and
two pushing it on the gravel. They were traveling at 4
Km’s per hour on the gravel reaching 6 km’s hour on
the bitumen. The distance to the new mine is 230 km’s.
They drove up to 15 hours a day, taking 6 days to reach
their destination ( including becoming bogged with
four front end loaders having trouble pulling them out)

EU Increased Truck Size
Automotive World

Medical Marijuana Conundrum
http://www.trucknews.com/news/medical-marijuana-and-trucking-a-legal-mineﬁeld-for-carriers/1003055605/?ref=rss&ctid=1003055605

Volume Based Pricing
Transport Topics May 12, 2014

Dimensional Pricing means more weight!

Lube when Needed
With the reservoir full, about 5 liters of lube oil are
removed from the axle housing, lowering the ﬂuid level
and reducing churning losses.
Additional lube oil can be drained from the reservoir
by a cab-mounted ECM and a cable release-drain. The
additional oil adds cooling and lubricating capacity
under heavily loaded operating conditions.
The LogixDrive 17XEVO axle in European trim. It may come to North America in 2015, Meritor says.
http://www.truckinginfo.com/news/story/2014/05/meritor-s-advanced-17x-evo-drive-axle-cuts-lube-oil-churning-losses.aspx
The purpose of the system is reduce lube-related churning losses in the axle housing by
temporarily reducing lube levels under certain driving conditions.
The LogixDrive system uses an oil internal lubricant reservoir to store lube oil
when it's not needed to cool the axle shafts, crown and pinion gears etc. During
periods of high-stress operation, such as ascending or descending hills, the
reservoir opens, releasing several liters of lube into the axle housing to provide
the needed cooling.

If you think headlights are expensive now!
http://www.engadget.com/2014/01/07/audi-sport-quattro-laserlight/
Laser Headlights

Finally — A Bridge Warning System
Why don’t ﬂeet management systems
with GPS on-board have a warning?
Transport Topics 26 May 2014

Car 54 — Where are you?
• GPS — USA Global Positioning System 1995

• GLONASS — Russian Global Positioning System 1995

• GALILEO — European Global Positioning System 2019

Stop—Start—It’s Coming
G.M. announced this week that it
would offer fuel-saving stop-start
technology in the 2015 Chevrolet
Impala sedan. G.M. said the
system, which shuts off the engine
when it would otherwise be idling,
would be available on cars
equipped with a 2.5-liter 4-
cylinder engine. The E.P.A. fuel-
economy estimate for the car is 22
miles per gallon in the city, 31
m.p.g. on the highway and 25
m.p.g. combined. (GM Authority)
http://www.nytimes.com/2014/05/24/automobiles/wheelies-the-gm-
trucks-hiccup-edition.html?partner=rssnyt&emc=rss&_r=0
Chrysler plans to offer its stop-start technology as
standard equipment on certain models of the ’15 Jeep
Cherokee SUV and Chrysler 200 midsize sedan, as the
automaker works to meet tightening U.S. fuel-economy
and carbon-dioxide rules.
Environmental Protection Agency mandates for 2014
calls for vehicle fleets to achieve 31.3 mpg (7.5 L/100
km), followed by 32.6 mpg (7.2 L/100 km) and 34.1
mpg (6.9 L/100 km) in 2015 and 2016, respectively.
The Chrysler 200 equipped with the 2.4L Tigershark
inline 4-cyl. engine and Cherokee with the 3.2L
Pentastar V-6, will come standard with the fuel-saving
start-stop system.
The automaker says the two applications of the
technology in the 200 and Cherokee will reduce CO2
emissions by up to 3%. It will be added to the Cherokee
in the third-quarter and to the 200 in Q4.
First introduced in the Ram 1500 pickup, the
technology is based on a high-speed starter that reduces
crank time for quicker restarts. It’s activated by
algorithms that act on a vehicle’s powertrain and
chassis components, the automaker says.
http://wardsauto.com/auto-makers/chrysler-broaden-use-stop-start-systems?
NL=WAW-04&Issue=WAW-04_20140625_WAW-04_508&YM_RID=paulmenig@te
ch-i-m.com&YM_MID=1473212&sfvc4enews=42&cl=article_18

Commodity? Why Buy One vs. the Other?
Amazon Fire Samsung
Galaxy S5
Apple
iPhone 5s
Microsoft-
Nokia X2

Why Buy One versus the Other?

NTSB Recommendations
• Blind Spot Mitigation

• Side Underride Protection

• Rear Underride Protection

• Improvements in Crash Data for Trailers
http://www.ntsb.gov/doclib/recletters/2014/H-14-001-007.pdf

How obvious, yet doubles productivity!?!
http://www.truckinginfo.com/news/story/2014/09/pierpass-program-reduces-truck-turn-times-at-ports.aspx

http://links.govdelivery.com/track?
type=click&enid=ZWFzPTEmbWFpbGluZ2lkPTIwMTQwOTAzLjM1NjE5MzMxJm1lc3NhZ2VpZD1NREItUFJELUJVTC0yMDE0MDkwMy4zNTYxOTMzMSZkYXRhYmFzZWlkPTEwMDEmc2VyaWFsPTE3MD
Q0MTkwJmVtYWlsaWQ9cGF1bG1lbmlnQHRlY2gtaS1tLmNvbSZ1c2VyaWQ9cGF1bG1lbmlnQHRlY2gtaS1tLmNvbSZmbD0mZXh0cmE9TXVsdGl2YXJpYXRlSWQ9JiYm&&&100&&&http://energy.gov/

Government Reports

Think About It!
Savvy Technology
Powerful Results

NHTSA Level 0 Automation

2014 fall far horizon future truck revised

Recomendados

Recomendados

Más contenido relacionado

La actualidad más candente

La actualidad más candente (20)

Destacado

Destacado (17)

Similar a 2014 fall far horizon future truck revised

Similar a 2014 fall far horizon future truck revised (20)

Más de Paul Menig

Más de Paul Menig (20)

Último

Último (20)

2014 fall far horizon future truck revised