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2024
THEFUTUREOFAUTOMOTIVEMOBILITY,2024
TheCASEparadigmconfrontsreality
2
CONTENT
FOREWORD3
EXECUTIVESUMMARY4
1.MOBILITYPROFILE&CAROWNERSHIP8
2.NEWMOBILITYSERVICES12
3.AUTONOMOUSDRIVING16
4.ALTERNATIVEDRIVETRAINS&
CHARGINGINFRASTRUCTURE20
5.DIGITAL’SIMPACTONSALESMODELS28
CONCLUSION:STEERINGAWAYFROM“CASE”32
RICHARDPARKIN
Partner,Automotive&GrowthPracticesParis
DR.PHILIPPSEIDEL
Principal,Automotive&SustainabilityPracticesMunich
ThisReportwouldnothavebeenpossiblewithoutthecontributionsofOskarHelsingQvistandAnn-Laure
DeClerq.WearealsogratefultoAliaumedelaRochefoucauld,NicolaBorgo,andAdrienGauthierfortheir
contributionstosurveydesignandanalysis.WewouldfurtherliketoacknowledgeallthosewhocontributedtothereviewofthisReport,especially:Dr.KlausSchmitz,Francois-JosephVanAudenhove,andSimonVessey.
ARTHURD.LITTLE
3
FOREWORD
ThisfourtheditionoftheArthurD.Little(ADL)“FutureofAutomotiveMobility”globalend-userstudybuildsuponpreviouseditionstodeliverinsightsbasedonextensiveprimarycustomerresearch.Firstconductedin2015,thestudyidentifiesdisruptionsandtrendsforthefuture,
providingtheintelligencethatindustryactorsneedtomeetchangingcustomerrequirementsindifferentpartsoftheworld.Forthisedition,weanalyzedasampleof
over16,000usersfromanunprecedented25countries,whichcollectivelyaccountsforover80%ofglobalnewcarregistrations.
Ourresearchshowsthatthesimpleviewofunidirectionalprogresstowardaconnected,autonomous,shared,andelectric(CASE)worldisincreasinglyuntenable,asboth
producersandconsumersreassesscostsandbenefits;italsoconfirmstrendsidentifiedinpreviouseditionsofthisstudy.Theimmediateworldofautomotivemobilitywillbeconnected,assisted(notautonomous),private,andinaprotractedtransitiontoelectric.
Moreover,weseesignificantandincreasingdivergencebetweenthematuremarketsoftheUS,Europe,and
NorthAsia,whichareatpeakmotorization,andthemoredynamic,yetprice-sensitive,marketsoftherestofAsiaandtheMiddleEast.
RichardParkin
Partner
AutomotiveandGrowthPractices
4
REPORT:THEFUTUREOFAUTOMOTIVEMOBILITY,2024
EXECUTIVESUMMARY
POWERINGTHROUGH
CURRENTAUTOMOTIVECHALLENGES
Duringtheearly2000s,manyautomotive
industrycommentatorspredictedthatwewouldbewellonourwaybynowtolivinganddrivinginaCASEworld.
Ataponoursmartphonescreenwouldsummonazero-emission,driverlessvehicletoourdoor,readytowhiskustoourdestinationincomfort,withconnectedappskeepingusinconstant
touchwiththeworldaroundus.Attheendofourjourney,thevehiclewouldglideawaytoitsnextpassenger,leavingusfreefromworriesabout
ownership,maintenance,andparking.
However,previouseditionsofthe“Futureof
AutomotiveMobility”study,alongwiththe
actionsofOEMs,confirmthatexpectationsofaCASEfuturehavenotyetuniversallytranslatedintoreality.Whilecarsarenowconnected
andwellonthewaytobeingelectric,theyareassistedratherthanautonomousandremainindividual(orprivate)ratherthanshared.Theindustryincreasinglyrecognizesthis:launchdatesforfullyautonomousvehicleshavebeenpushedbackorcanceled,andstrategiesareshiftingfromfullautonomytopromoting
advancedassisteddriving.
Thiseditionofthestudyaddressesthefollowingfivetopics:
1.Usermobilityprofilesandcarownership
2.Newmobilityservices
3.Autonomousdriving
4.Alternativedrivetrains,includingelectricvehicles(EVs),andcharginginfrastructure
5.Theimpactofdigitaltoolsonsalesmodels
Basedonouranalysis,thesectorneedstoactonfourkeychallenges,inparticular:
1.Driversmustbeconvincedtoembracemoresustainablemotoringandmovefrominternalcombustionengine(ICE)vehiclestomeet
requirementstoreducestill-increasing
transportcarbondioxide(CO2)emissions.
Thischangeisnotonlycriticalforachieving
decarbonization;italsodeliversreturnsonthegrowinginvestmentmadebytheindustryintransitionalhybridandbatteryelectricvehicle(BEV)technologies.
2.Companiesmustmeetregulatorychallengeslinkedtodecarbonization,suchastightenedemissionsregulations,whichincludelow
emissionszonesandbansonthesaleofICE
vehicles,whileensuringtheyreapthefinancialbenefitsofgovernmentincentives,suchastheUSInflationReductionAct(IRA).Atthesame
time,theymustnavigategrowinggeopoliticalrivalriesbetweentheUS,Europe,andChina,
whichaffectoperations,especiallyglobalsupplychains.
ARTHURD.LITTLE
5
3.Existingmanufacturersneedtoaddresstheimpactofnewdisruptors,suchasChineseEV-nativeOEMsjoiningthelikesofTeslatoincreasecompetitionanddecreasebrand
loyalty,whichintensifiespressureonpricingandspeedofinnovation.
4.Bothmanufacturersandretailersmust
continuetodigitizetheirsalesoperations
toensurethatcustomerscanmove
betweendigitalandphysicalpurchasing
optionsaccordingtotheirpreferences.
Whilemassivestrideshavebeenmadewithproducts(e.g.,connectedcarsandsoftwarearchitecture),opportunitiesremainintermsofsaleschannelsandcustomerexperience.Understandingthecustomerdimensionis
centraltosettingtherightstrategy.
CASEMEETSREALITY
Revaluatingthejourney
Forthepast15years,theautomotiveindustry’sfuturehasbeenframedaroundtheconceptofCASE:
-Connected.Fullydigital,connectedvehiclesconstantlysharedatatoenablenewservices,includingentertainment,safety,navigation,fuelefficiency,andmaintenance.
-Autonomous.Level4(L4)andLevel5(L5,highdrivingautomation/fulldrivingautomation)
vehiclesoperatewithahighdegreeof
autonomyandareessentiallyself-driving.
-Shared.On-demand,sharedmodels
increasinglyreplaceindividualcarownership,reducingcostsforusersthroughincreased
assetutilizationandopeningnewrevenuestreamsforOEMs.
-Electric.Electricpowertrainsbecome
dominant,replacingICEvehiclestoreduceemissionsandtransformthedriving
experience.
EXPECTATIONSOFA
CASEFUTUREHAVE
NOTYETUNIVERSALLYTRANSLATEDINTO
REALITY
HowfardowntheroadtoCASEarewe?
Combiningourglobalcustomerresearchwithothersourcesshowsapicturethat
issubstantiallydifferentfromtheoneweexpectedjustafewyearsago:
-Connected.Whilethishasbecomethe
standardinareassuchasnavigation,
entertainment,safety,maintenance,and
service,theconnectedinterfaceisoftenthe
owner’ssmartphoneratherthantheconnectedservicesofferedbythemanufacturer.
-Autonomous.Thereislimitedcustomer
interestinhigher-levelL4/L5autonomy,duetoongoingsafetyconcerns.L2/L3(partial
drivingautomation/conditionaldriving
automation)deliversthebenefitsthatmostcustomerswant,withoutrequiringchangestotheregulatoryenvironmentneededforL4/L5.Atthesametime,OEMshaveadvanced
farlessonautonomythanoriginallyplanned,primarilyduetootherdemandsoncapital,
suchascreatingnewsoftwarearchitecturesanddevelopingEVs.
-Shared.Carsharing,whilegrowing,remains
atonly3%oftheglobalsharedmobilitymarket(US$3billionofa$100billionmarket).Ithas
failedtotakeoffasoperatorafteroperatorhasstruggledtodevelopaviablebusinessmodel,primarilyduetolowutilizationand
highchangeovercostsbetweendrivers.
Moreover,carOEMshaveprogressivelyexitedthebusiness.1Ridehailingviadigitalapps
hasinsteadseenthefastestgrowthand
heaviestuse.Forallthetalkofwidespread
de-motorization,thischangeremainslimitedtowealthy,Western,urbanareaswherehigh-qualitypublictransportisinplace.
1ADLhashighlightedtheunderlyingcauses,togetherwiththepotentialroleofcarsharingwithinthebroaderecosystem,intherecentReport“SharinginSuccess.”
REPORT:THEFUTUREOFAUTOMOTIVEMOBILITY,2024
-Electric.BEVisbecomingthemainstream
technology,asbatterycostsdeclineandrangeincreaseswhileinfrastructurecontinuesto
improve.NorthernEurope(Norwayandthe
Netherlands)andChinaleadBEVadoption.
However,therearesignificantnumbersof
ICEholdouts,especiallyintheUS,andmanycustomersarechoosinghybridsoverpureEVs.
Navigatingthefuture
UnevenprogresstowardCASEpointstothe
challengestheautomotiveindustryfaces
nowandinthefuture.Inadditiontomaking
investmentstoelectrifypowertrainsand
redefinevehiclesoftwarearchitectures,it
mustcopewithdisruptionbynewentrants,
heightenedsustainabilitypressures,and
changingcustomerneeds.Theseconsiderationsaresetagainstthebackdropoftightening
regulations,geopoliticalturbulence,and
potentialnationalandregionaltariffsonanindustrythatstrivestooperateglobally.
Aboutthe“FutureofAutomotiveMobility”Report
ThisisthefourtheditionofADL’sglobalautomotivecustomerstudy.Ithasbeensignificantly
extendedfromtheprevious2021editiontocover25countries,with57%oftheglobalpopulation
responsiblefor82%ofworldwidecarregistrations.Thestudysurveyed16,000customers,10%of
whomdidnothaveadriver’slicense,todeliver
adeeperperspectiveonalternativemobility.
Analysisisthereforebasedon10millionindividualobservations,comparedwherenecessaryto
abaselineof8millionfrompreviousstudies.
Respondentswereoftenaskedtorankpreferencesonafive-pointscale(e.g.,from“notlikelyatall”
to“verylikely”).Tosimplifytheinterpretationoftheseresults,wecreatedasingleweightedscale,rangingfrom-100to100:
--100—allrespondentsanswered“notlikelyatall”
-0—preferenceswerebalanced;asmany
respondentsanswered“l(fā)ikely”as“notlikely”ortwiceasmanyrespondentsanswered“notlikely”asanswered“verylikely”
-100—everyrespondentanswered“verylikely”Inaddition,tofacilitatethereadingofthisReport,wherenumbersintheillustratedfiguresare
morethan20%abovetheglobalaverage,we
highlighttheminblack/whitebold.Wheretheyaremorethan20%below,wehighlightthemin
redbold.
6
ARTHURD.LITTLE
7
8
REPORT:THEFUTUREOFAUTOMOTIVEMOBILITY,2024
1.MOBILITYPROFILE&CAROWNERSHIP
MOTORIZATIONIS
ACTUALLYGROWING
Despiteearlierpredictionsthattheimportanceofcarownershipcarwilldecrease,thenumber
ofvehiclesontheworld’sroadsisgrowing,not
shrinking.Globally,usersbelievethathavingtheirownvehiclewillbeequallyormoreimportantin10years’time(seeFigure12)comparedtotoday.Thisoutlookisdrivenbythreetrends:
1.Large-scaleincreasesincarownershipin
developingmarkets,duetoeconomicgrowth.ThetraditionalS-curverelationshipbetweenGDPpercapitaandcarsperhousehold
continuestohold,withrapidgrowthincar
ownershipabove$5,000GDPpercapita,
reachingaplateauataverageannualincomesabove$20,000percapita(seeFigure2).
Figure1.Importanceoffuturecarownership
Whilenosinglevariablealonecanexplainmotorizationrates(populationdensity,publictransportationavailability,and
incomedistribution,amongothers,playarole),realGDPgrowthisthenumberonefactorbyfar.
2.Greaterrelianceoncars,aspeopleageandtheirlivingconditionsandmobilityneeds
entailshiftsinpreferences(seeFigure3).
3.Carownershipasanecessity,whereitisthecheapestand/oreasiestformofmobility;forexample,intheUS,mostlylow-incomegroupsreportthattheywouldnotgiveuptheircars,whilethoseinruralcommunitiesandsmaller
townsdrivethefurthestonaverageperyear.
Theseelementsofspatialstructureandpublictransportationinfrastructureexplainthe
differentlevelsoftheplateau(e.g.,0.7carspercapitaintheUSversus0.4to0.6inmostOrganisationforEconomicCo-operationandDevelopment[OECD]countries).
Doyouexpect,in10years,possessingacarwillbeasimportanttoyouasitistoday?
Weightednetimportancescore(scale:-100to100)
.<0
>20
.0to20
Norway
-4
Sweden
1
UK
0
Belgium
-8
France
-6
Türkiye
32
Japan
5
China
21
US
8
Poland
4
Germany
0
Spain
-4
India
38
Italy
-10
UAE
21
CzechRepublic
9
SouthKorea
1
f
Thailand
17
Mexico
25
KSA
35
Vietnam
27
Morocco
14
Indonesia
10
Singapore
-3
Malaysia
10
SGlobal23
Source:ArthurD.Little
2ForallfiguresinthisReport,valuesareweightedbycountrycarsales.
ARTHURD.LITTLE
9
Figure2.S-curverelationshipbetweenGDPpercapita
(2022$atmarketexchangerates)andcarsper1,000inhabitants
1,000
.
800
Carsper1,000people
600
.
400
(魯)
200
0
$1,000
$10,000
$100,000
GDPpercapita(logarithmicscale)
Note:Includespassengercars+LCVs(lightcommercialvehicles)
Source:ArthurD.Little,WorldBank,S&PGlobal
Figure3.Attitudestowardfuturecarownershipbyage
Doyouexpect,in10years,possessingacarwillbeasimportanttoyouasitistoday?
Weightednetlikelinessscore(scale:-100to100)
oldl1.l---ulll…,l
-15
5423
<45years
18172017
8810
25
14
2830
>45yearsold
37
16
34
-7-3-9-4-6
-19-20-17
2015201820202023201520182020202320152018202020232015201820202023
-13-14-10-15
Note:Notallregionsreportedduetodifferencesincountriesstudiedbyregionsince2018
Source:ArthurD.Little
10
REPORT:THEFUTUREOFAUTOMOTIVEMOBILITY,2024
Amongoursample,expectationofde-
motorizationisnotwidespread;itislimitedtoWesternEuropeanddenselypopulated
areasinAsia(e.g.,SingaporeandHongKong).
Expectedde-motorizationisessentiallya
wealthy,urbanphenomenon,withhigh-qualitypublictransportationaprerequisite.Three-
quarters(76%)ofthoseinEuropeancitieswith
apopulationofover5millionarepreparedto
giveuptheircar,comparedto62%intownswithunder250,000people.ADL’s“FutureofMobility”cityranking3isledbycitiessuchasSingapore,Stockholm,Amsterdam,andCopenhagen,
whichhavehighlymature,cost-effectivepublictransportandstrongsupportforalternative
mobilitytypeslikecycling.
Relatedly,thereisaninversecorrelation
betweencitysizeandcarusage.Incities
withover250,000inhabitants,aroundhalfofrespondentsdriveunder6,000kmayear.
Insmallertownsandsuburbanenvironments
(under250,000),peoplewhodrivebetween
6,000and15,000kmarethemajority.Two-thirds(67%)ofthoseintownswithapopulationof
under10,000driveover6,000kmeachyear.
Youngpeopleexpecttheimportanceofhavingacartobehigherin10years,eveninmature
marketssuchasEuropeandNorthAmerica.Onlytheolderagegroup(over45)inEuropeandNorthAmericaexpecttode-motorizeastheyage
(referbacktoFigure3).
WHATDODRIVERSWANTINTHEIRNEXTCAR?
Whendecidingontheirnextvehicle,customersinmaturemarketsaremuchmorelikely
tochooseausedcarcomparedtothosein
emergingregions,suchasChinaandIndia
(seeFigure4).Thisispartlyaspirationalintermsofadesiretoownanewvehiclebutisalsodue
totheavailabilityofqualityusedvehicles.
Maturemarketshaveaplentifulsupplyofa
broadrangeofusedcars,oftensourcedfromawell-developedleasingmarketandbackedbyatrustedusedvehicledistributionbrand.Theseconditionsdrivehighertrustinthequalityofusedvehiclesandinusedcarsaleschannels.
CUSTOMERSINMATURE
MARKETSAREMUCH
MORELIKELYTOCHOOSEAUSEDCARCOMPARED
TOTHOSEINEMERGINGREGIONS
Figure4.Futurecarownershipplans
Whatisyourplanregardingcarownershipand/oruseforyournextcar?
1%7%
17%
32%
36%
96%
78%
61%
52%
10%
4%
90%
20%
84%
89%
75%
GlobalChinaSEAIndiaMEEuropeUSNEA
BuynewcarBuyusedcarPrivateleasingCompanycarPrivatecarsubscriptionSharedmobilityserviceOthermodesoftransport
Note:TofacilitatethereadingofthisReport,wherenumbersaremorethan20%abovetheglobalaverage,wehighlighttheminblack/whitebold.Wheretheyaremorethan20%below,wehighlighttheminredbold.
Source:ArthurD.Little
3VanAudenhove,Fran?ois-Joseph,etal.”FutureofMobility3.0:ReinventingMobilityintheEraofDisruptionandCreativity.”ArthurD.Little,March2018.
ARTHURD.LITTLE
11
12
REPORT:THEFUTUREOFAUTOMOTIVEMOBILITY,2024
2.NEWMOBILITYSERVICES
Thereisnogeneraltrendawayfromcarownershiportowardsharedtransportationvisibleinour
data.Thestudyshowsalackofinterestingivinguppersonalcarownership,asitisstillconsideredessentialformany,particularlyinareaswithoutgoodpublictransportation.Owningacarisalsoanaspirationforpeopleunder45astheymove
intomiddleageandforthoseinless-motorizedpartsoftheworld.
Whenaskedwhatwouldpersuadethemtogiveuptheirpersonalcar,respondentscitednew,
lower-costmobilityservices(50%)andhigh
availabilityofsuchservices(38%).However,28%wouldnotconsidergivinguptheircarunderanycircumstances.
Amongalternativemobilitymethods,traditionalchoicesofpublictransportorridehailing(whichnolongeronlyincludestaxis)remainthemostpopular.
Carmanufacturingisthereforenotunderthreatfromde-motorizationinthevastmajorityof
markets.However,tighteninglegislationand
increasingurbanizationcouldreducecardemandoverthelongerterm.Toincreasetheirshare
ofmobilityandusernumbers,publictransportauthoritiesandoperatorsshouldfocuson
improvingtheavailabilityandqualityoftheservicestheyoffer.
TRYINGNEWSERVICESISUNUSUAL
Whenitcomestoexperimentingwithnew
services,China(upto50%)andIndia(upto45%)havethehighestpercentagesofurbanresidentswhohavetriedcarandridesharing.However,asshowninFigure5,neitherserviceismainstream,aslessthan50%ofrespondentshavetried
them.Traditionalpublictransportremainsstrong,especiallyinEuropeandChina.
Figure5.Typesofnewmobilityservicestriedbyurbandwellers,byregion
Whichtypesofnewmobilityserviceshaveyouused?
Onlyurbanrespondents(in%)
Ridehailing
80
60
40
20
Sharingof
personal
transportation
device
Carsharing
sshare
2-wheelersharing
Localunderground/metro,tram,busservice
Public
transportation
Ridesharing
Localtrainservice
0
ChinaSEAIndiaMEEUUS一NEA
Source:ArthurD.Little
ARTHURD.LITTLE
13
Infact,themostoftenexperiencednewmobilityserviceforurbanrespondentsisridehailing,
triedby50%-75%ofpeopleineveryregionorcountryexceptEuropeandNortheastAsia.
Globally,thoseinthe30-44agerangearetheheaviestexperimenters,withabout45%tryingride,car,ortwo-wheelersharing,comparedtoonlyabout5%ofpeopleover60whohavetriedmostservicetypes(seeFigure6).
NEWMOBILITYSERVICESFOCUSONRIDEHAILING
Therearesignificantregionaldifferencesin
theuseofnewmobilityservices,influenced
bycarownershipratesandaccesstoreliable,
comprehensivepublictransport.UrbandwellersinIndia,SoutheastAsia,andtheMiddleEast
makeanaverageof14to17journeyseach
monthusingnewmobilityservices,comparedtoresidentsofEurope,theUS,China,and
NortheastAsia,whomakedramaticallyfewer,between11and12(seeFigure7).
Figure6.Typesofnewmobilityservicestriedbyurbandwellers,byage
Whichtypesofnewmobilityserviceshaveyouused?
Onlyurbanrespondents(in%)
Ridehailing
50
40
Ridesharing
20
10
0
Carsharing
2-wheelersharing
Localtrainservice
Public
transportation
Localunderground/metro,tram,busservice
Sharingof
apersonal
transportation
device
sshare
30
<30years30-44years45-60years>60years
Source:ArthurD.Little
Figure7.Averagemonthlyusageofnewmobilityservices
Howmanytimesdoyouusenewmobilityservicesinanormalmonth?
Onlyurbanrespondents
4.4
3.63.73.6
4.54.5
3.9
3.9
4.1
3.8
3.5
3.33.3
3.0
2.7
2.32.3
3.32.92.9
3.53.6
2.42.3
3.93.8
3.6
2.2
2.9
2.5
2.5
3.1
GlobalChinaSEAIndiaMEEuropeUSNEA
CarsharingRidehailingRidesharing2-wheelersharing
Source:ArthurD.Little
14
REPORT:THEFUTUREOFAUTOMOTIVEMOBILITY,2024
Globally,ridehailingusageoccurs,onaverage,3.5timespermonth,withusagebeinghigherinallpartsofAsiaandlowerintheUS(2.9
journeys)andEurope(2.3journeys).CarsharingisthemostpopularnewmobilityserviceintheUS,withuserstakinganaverageof3.3monthlyjourneys.
WHATDRIVESADOPTIONOFNEWMOBILITYSERVICES?
Whenaskedwhytheychoosenewmobility
services,respondentslistedflexibility(62%),cost(52%),andtheenvironment(44%)as
theirtopthreereasons,asshowninFigure8.
Flexibilitycoversarangeofareas—customersdon’tneedtoownormaintainavehicle,battletrafficincongestedurbanareas,orfind
parking;theycanalsoswitcheasilybetween
differenttransportmodes.FlexibilityisclearlythenumberonereasonforusingnewmobilityserviceseverywhereoutsideEurope(wherecostslightlyoutweighsit)andtheUS(wherecostisalmostasimportantasflexibility).
Incomehadaminorimpactonthereasonsforchoosingnewmobilityservicesamongurbanrespondents.However,costunsurprisingly
increasedinimportanceforlower-incomegroups,whileflexibilityandenvironmentalconsiderationsdecreased:
-Very-high-incomegroups—66%cited
flexibilityasthekeyreason,47%saidcost,and51%citedtheenvironment.
-Low-incomegroups—58%choseflexibilityasakeyfactor,55%citedcost,and44%citedtheenvironment.
Whenaskedwhatchangestonewmobility
serviceswouldencouragepeopletogiveuptheircars,themajorareasrespondentshighlightedgloballyarecost(50%)andavailability(44%).
Twenty-eightpercentwouldnotgiveuptheircarsunderanycircumstances.Thereare
significantregionaldifferences:77%ofChineserespondentsrequiregreateravailabilityto
replacetheircarswithmobilityservices;75%ofIndiansciteimprovedeaseofuse;andnearlyhalf(49%)ofUSrespondentsand37%ofthoseinEuropewouldnotgiveuptheircarunder
anycircumstances.Essentially,toincrease
theadoptionofnewmobilityservices,peoplerequirelowercosts,higheravailability,greaterflexibility,improvedreliability,andincreasedquality.Thiscombinationofrequirements
forhigherserviceandlowercosttypically
makesthe“shared”elementofCASEunviableeconomically.
Figure8.Reasonsforchoosingnewmobilityservices
Whatmotivatesyoutousenewmobilityservices?
Onlyurbanrespondents
甩,
71%
73%
69%
62%
59%
56%
49%51%
44%
41%
34%
51%45%
56%
34%
60%
50%
49%
44%
44%
43%
54%
52%
67%
GlobalChinaSEAIndiaMEEuropeUSNEA
FlexibilityCostEnvironment
Source:ArthurD.Little
ARTHURD.LITTLE
15
16
REPORT:THEFUTUREOFAUTOMOTIVEMOBILITY,2024
3.AUTONOMOUSDRIVING
THELEVELOFTRUSTINAUTONOMOUSDRIVINGTECHNOLOGYHAS
NOTSIGNIFICANTLYINCREASEDOVER
THEPASTFIVEYEARS
Fiveyearsago,thefirstL4/L5productioncarsforprivateuserswereprojectedtobeavailablebythesecondhalfofthedecade,withrapid
ramp-upthereafter.However,traditionalOEMshavepushedtheirprojectsback,withnew
entrantssuchasAppleandAlphabeteither
downgradingordiscontinuinglong-term
projects.OEMsandoperatorsarenowlimited
topilotingoperationscarriedoutunderspecialpermitsandmorecontrolledconditions.
WHATDRIVESDIFFERENCES
INAUTONOMOUSACCEPTANCE?
Despitetechnologi
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