“SmartAerospaceMastery”InvitationLetterforthe11thChinaGraduateFutureFlightVehicleInnovationCompetitionToAllGraduateEducationInstitutions,InaccordancewiththearrangementsofChinaGraduateInnovationandPracticeSeriesCompetitions,weherebynotifythedetailsconcerningthe11thChinaGraduateFutureFlightVehicleInnovationCompetition,themed"SmartAerospaceMastery,"asfollows:I.CompetitionOverview"TheChinaGraduateFutureFlightVehicleInnovationCompetition"(hereinafterreferredtoasthe"Competition")isoneoftheflagshipeventswithinthe"ChinaGraduateInnovationandPracticeSeriesCompetitions".ItisundertheguidanceoftheDepartmentofDegreeManagementandGraduateEducationoftheMinistryofEducation,organizedbytheChineseSocietyofAcademicDegreesandGraduateEducation(CSADGE),inconjunctionwiththeChildrenandYouthScienceCenterofChinaAssociationforScienceandTechnology(CAST),andco-hostedbytheChineseSocietyofAstronautics(CSA)andtheChineseSocietyofAeronauticsandAstronautics(CSAA).Adheringtothephilosophyof“InnovationReshapestheFuture”,theCompetitionfocusesonflightvehicletechnologicalinnovation,aimingtoenhancegraduatestudents'capabilitiesinscientificresearch,engineeringpractice,andinterdisciplinarycollaborationwithintheaerospacefield.ThiseditionoftheCompetitionishostedbytheZhuhaiMunicipalPeople'sGovernment,incollaborationwithBeijingInstituteofTechnology,Zhuhai.II.ParticipationEligibility1.StudentsaffiliatedwithChinesehighereducation/researchinstitutions(includingHongKong,Macau,andTaiwanregions):•Currentgraduatestudents•Undergraduatestudentsholdingvalidgraduateprogramadmissionoffers2.InternationalParticipants:•Currentgraduatestudentsatoverseasuniversities•InternationalgraduatestudentscurrentlyenrolledatChineseuniversities3.ExtendedEligibility:Full-timeacademic/professionalstaffathighereducation/researchinstitutionswithin1yearofgraduategraduation4.CorporateTrackProvision:Corporateprofessionalsexpresslyencouragedtoparticipate(eligibilityextendedtothosewithin5yearsofgraduategraduation)Teamsareencouragedtocompeteinateamformat.Eachteammayconsistofupto5members,withcross-institutionalcollaborationpermitted.Sino-foreignstudentteamsarestronglyencouraged.ThiseditioneaturesanInterdisciplinaryTrack,promotingparticipationfrommulti-disciplinaryteams(interdisciplinaryteamsmayincludeupto8members).III.Theme,Topics,andSubmissionRequirements（1）ThemeSmartAerospaceMastery（2）ChallengeTopics1.Regulartrack1.1OverallandSubsystemDesignofAviationAircraftOveralldesignofvarioustypesofaircraftflyingintheatmosphere.Andthedesignofnewconfigurations,layouts,materials,structures,payloads,andcontrolsubsystemsforaviationaircraft.RegistrationLink：https://cpipc.acge.org.cn/platformEnWebsite/fillRegister/2c90801896f7594701973e0259da7ac81.2IntegratedandSubsystemDesignofSpacecraftThisencompassestheoveralldesignandmissionplanningforflightsinEarth'satmosphere,Earthorbitalspace,cis-lunarspace,anddeepspace,aswellasthedesignofsubsystemssuchasnewconfigurations,materials,propulsionsystems,andpayloads.RegistrationLink：https://cpipc.acge.org.cn/platformEnWebsite/fillRegister/2c90801896f7594701973e03207a7ad91.3KeyTechnologiesofPropulsionSystemsforFutureFlightVehicleTomeetthedemandfornewpowersystemsinfutureflightvehicle(includingaircraft,spacecraft,missiles,rockets,etc.),analyzeapplicationscenario,developandverifythekeytechnologiesoftheoveralldesign,subsystem(suchaspower,thrusters,etc.),corecomponents(suchascathodes,nozzles,valves,etc.),testingdevices,simulationmodels,andotheraspectsforvariousnewpropulsionsystems.RegistrationLink：https://cpipc.acge.org.cn/platformEnWebsite/fillRegister/2c90801896f7594701973e045e8f7aec1.4SpecialTopiconNewEnergyAircraftTechnologyToaddressthetechnicalrequirementsoflong-endurance,high-payload,andhigh-energy-efficiencyforaircraft,thisresearchfocusesonnovelenergyapplicationsincludingsolarenergy,hydrogenenergy,laserpowertransmission,microwavepowertransmission,andadvancedenergystoragebatteries.Thestudyencompassesaircraftsystemdesigntechnology,energy/structureintegrationtechnology,hybridenergypropulsiontechnology,andenergymanagementtechnology.Theoutcomesshouldincludecompletedtechnicalsolutiondesigndemonstrationsorprototypedesigns.RegistrationLink：https://cpipc.acge.org.cn/platformEnWebsite/fillRegister/2c90801896f7594701973e05f4287b021.5AerospaceFlightVehiclesforEfficientTransportationFocusingontypicalscenariossuchasglobalhigh-speedreachingandlarge-scalespaceentryandexit,theconceptandapplicationmodeofanewtypeofaerospacetransportationflightvehiclethatsupportsefficientcrossdomainflightandefficientround-tripintospaceareproposed.Theoverallschemeoftheflightvehiclesystem,aswellasthedemonstrationanddesignofsubsystemssuchasaerodynamics,power,structureandmechanisms,thermalprotection,navigationandguidance,anddecisioncontrolshouldbeaccomplished.RegistrationLink：https://cpipc.acge.org.cn/platformEnWebsite/fillRegister/2c90801896f7594701973e066e607b0f1.6SpecialTopiconAir-WaterCross-MediumVehiclesThistopicfocusesontheintegratedoperationscenariosofairandwater,andproposesaconceptandapplicationmodeofanaircraftwiththeabilitytoenterandexitwatermultipletimes.Thekeytasksincludetheoveralldesignoftheaircraft,thelayoutofair/waterdynamicscoupling,cross-mediapowerconversion,pressure-resistantandanti-corrosionmaterials,biomimeticvariantmechanisms,cross-mediacommunicationandnavigation,etc.Thesetechnologiesaimtomeettherequirementsofmilitary-civilianintegrationscenariossuchaslow-altitudesurfaceinspectionandunderwaterdetectionandrescue,promotingtheinnovativedevelopmentofair-seacollaborativeequipment.RegistrationLink：https://cpipc.acge.org.cn/platformEnWebsite/fillRegister/2c90801896f7594701973e06e2ad7b171.7DeepSpaceProbeDesignTheoveralldesignofthespacecraftfortheexplorationofthemoon,planets,andsmallbodies,aswellasthedesignofsubsystemssuchaslandingandtakeoff,surfaceattachmentandlocomotion,autonomousperceptionandmissionplanning,andpayload.Providethetechnicalschemeortheprototype.RegistrationLink：https://cpipc.acge.org.cn/platformEnWebsite/fillRegister/2c90801896f7594701973e0860227b221.8CooperativeTechnologyofUnmannedAerialVehicle(UAV)SwarmForfuturecooperativeoperationscenariosofunmannedaerialvehicle(UAV)swarms,satelliteconstellations,cross-domain/cross-mediumswarms,andmanned/unmannedswarms,designtechnicalsolutionsformissioncooperative,intelligentcooperativesensing,cooperativenavigationandpositioning,cooperativemissiondecision-making,cooperativemissionplanning,cooperativeguidanceandcontrol,aswellasswarmhealthmonitoringandeffectivenessevaluation.RegistrationLink：https://cpipc.acge.org.cn/platformEnWebsite/fillRegister/2c90801896f7594701973e08e30f7b281.9MicrosatDesignandApplicationTechnologiesMicrosatarewidelyutilizedinfieldssuchasEarthobservation,communication,scientificresearch,andtechnologyvalidation.Inanticipationoffuturelarge-scaledeploymentandon-orbitapplicationsofsmallsatellites,itisessentialtodesigntheoverallarchitecture,subsystems,andapplicationscenarios,includingon-orbitremotesensingcommunication,situationalawareness,on-orbitservices,anddataprocessing.RegistrationLink：https://cpipc.acge.org.cn/platformEnWebsite/fillRegister/2c90801896f7594701973e0957a77b352ChallengeTrack2.1Air-GroundCollaborativeIntelligentObstacleAvoidanceandInspectionTechnologyThistrackfocusesonthedevelopmentofautonomouscontrolsystemsforunmannedaerialvehicles(UAVs)andgroundvehicles,withapplicationsinautonomouscollisionavoidanceinnovationandlineinspection(e.g.,urbanpowertransmissionlines,elevatedtrafficroutes,undergroundutilitytunnels,etc.).ThetasksincludeautonomousUAVtakeoff,UAV/groundvehicleautonomousinspection,collaborativepathplanningandobstacleavoidance,andUAVprecisionlandingtoachievecoordinatedinspectionmissions.Thecompetitionconsistsofasingle-roundfinalwithnopreliminaryrounds,andinterruptionsduringtheeventarenotpermitted.RegistrationLink：https://cpipc.acge.org.cn/platformEnWebsite/fillRegister/2c90801896f7594701973e0a9f767b412.2DynamicProgrammingandDecision-MakingforMulti-TargetVisitinLowEarthOrbit(LEO)RegionThetechnologyformulti-targetvisitinLEOregionisakeycapabilityforon-orbitservices,environmentalremediation,debrisremoval,andsituationalawarenessmissions.Spacecraftplatformsbasedonelectricpropulsionareanimportantmeanstoachievelow-costandhigh-efficiencymulti-targetvisits.Asthedemandforautonomousspaceoperationsincreases,theabilitytoperformefficientdynamicplanningwithinashorttimeframebecomesacriticalmetricforevaluatingplanningalgorithms.Againstthisbackdrop,achallengecompetitiontitled“DynamicProgrammingandDecision-MakingforMulti-TargetVisitinLowEarthOrbitRegion”isorganized.Participatingteamsarerequired,ontheprovidedcomputingplatform,togeneratemulti-targetvisitstrategieswithinagiventimeframe,basedonrandomlygeneratedinitialconditionsofthespacecraftplatform,controlparameters,spacetargetdatabaseandinitialstates,usingtheirowndesigneddynamicprogramminganddecisionalgorithms,followedbyfeasibilityverification.Thiscompetitiondoesnothaveapreliminaryroundandtakesplaceduringthefinal.Itemploysasingle-roundformat,meaningeachpairofteamswillcompeteonce,andeachmatchconsistsofthreegamesagainsteachother.RegistrationLink：https://cpipc.acge.org.cn/platformEnWebsite/fillRegister/2c90801896f7594701973e0ba1047b4b2.3UnmannedFighterAircraftVirtualCombatA2v2aircombatsimulationinavirtualenvironmentwillbeconductedforkeyairspacedefenseandattack.Thecompetitionusesaspecifictypeofunmannedfighterjetastheplatform,equippedwithairborneradar,short-rangeair-to-airmissiles,andavirtualcannon.Eachteamwillloadtheirintelligentalgorithmintoaself-providedembeddedcomputingdevice(connectedviaUSBtoasimulationserver).Thealgorithmcontrolsoneaircraftbyreceivingserver-providedinformationandsendingcommandsforaircraftmaneuvers,radaroperation,andweaponusage.Thissemi-physicalsimulationaimstoguidefuturereal-flighttestsofintelligentcomputingdevicesThistrackoperateswithoutpreliminaryroundsandrunsconcurrentlywiththefinalrounds.Thecompetitionadoptsasingleround-robinsystem,whereineveryparticipatingteamcompetesagainsteachotherexactlyonce.Rankingsaredeterminedbyoverallwinrate.Incasesofidenticalwinrates,therankingisdecidedbasedonhead-to-headresults.RegistrationLink：https://cpipc.acge.org.cn/platformEnWebsite/fillRegister/2c90801896f7594701973e1acf687bc03Cross-disciplinaryTrack3.1ExplorationofEmergingLow-AltitudeEconomyModelsThistrackfocusesontheinnovativedesignoflow-altitudeaircraftandtheexplorationofpracticalandgroundbreakingfunctionsforlow-altitudeflightoperationsacrossvariousscenarios,suchastransportationandlogistics,tourismandculturalexperiences,andemergencyresponse.Participantsareencouragedtodevelopnovelbusinessmodels—suchassharedaerialmobilityplatforms,integratedthree-dimensionaltransportationsystems,andaeriallogisticsnetworks—topromotethelow-altitudeeconomyasanewengineforhigh-qualitydevelopment.RegistrationLink：https://cpipc.acge.org.cn/platformEnWebsite/fillRegister/2c90801896f7594701973e1b91477bc94CorporateTrack4.1eVTOLPowerSystemConfigurationDesignTheresearchincludes,butisnotlimitedto,thefollowingthreedirections:(1)PureElectriceVTOLConfiguration:Underfixedpayloadconditions,studydifferentaircraftconfigurations(suchasmultirotor,ductedfan,compoundwing)tominimizebatterycapacityandmaximizerange.(2)HybridPowerArchitectureforeVTOL:Studyhybridpowerschemes,includingpowerconfigurations(rangeextender,parallelhybrid,battery-engineconfiguration,fueltype)andaircraftconfigurations,toproposeefficientpowersystemsforlong-enduranceeVTOLs.(3)MotorDriveSystemStructureforeVTOL:Focusonmultirotororductedelectricdrivesystems,andstudymotor,controller,structure,andprocessunderairorliquidcoolingconditions,aimingforthehighesttorque-to-weightratioandsystemefficiency.RegistrationLink：https://cpipc.acge.org.cn/platformEnWebsite/fillRegister/2c90801896f7594701973e1c49117bd5（3）SubmissionRequirementsEntriesarecategorizedascreativeorphysical.Allregisteredteamsshallelectronicallysubmittheprojectreportthroughthedesignatedcompetitionportalnolaterthan10:00PM(BeijingTime),September1,2025.Thereportshallinclude:-Innovationdifferentiationmatrix;-Comparativetechnologicaladvantageanalysis;-Technicalimplementationblueprint.Theprojectreportservesasthedefinitiveevaluationmaterialforthecompetition.Supplementarymaterials—includingdesignspecifications,digitalmodels,animations,videos,andresearchdocumentation,etc.—maybesubmittedalongsidetheprojectreport.Forentriescontainingphysicalprototypes:•PreliminaryStage:Videodocumentationisrequired.•FinalStage:On-sitephysicaldemonstrationorvideopresentation(whereapplicable)ismandatory.Thecompetitionprohibitssubmissionscontainingclassifiedmaterialsorworksembroiledinintellectualpropertydisputes.Participantsshallbearfulllegalliabilityforanyviolationsthereof.Previouslyawardedentriesfrompastcompetitions,iflackingsubstantialinnovation,willbedeemedsubstantiallysimilarderivatives.Suchworks,uponexpertvalidation,shallbedisqualifiedfromawardeligibility.IV.CompetitionScheduleTheCompetitionconsistsoftwostages:apreliminaryroundandafinalround.PreliminaryRoundwillbeconductedthroughonlineassessment.FinalRoundrequireson-sitedefenseandphysicaldemonstrations.(Note:ChallengeTrackwillnotimplementPreliminaryRound.)31May2025:Officialcompetitionannouncementreleased.31May-31August2025:Onlineregistration.TheregistrationforcompetingteamswillcloseonAugust31at10:00PM(BeijingTime).Theregistrationlinkcanbefoundintheintroductionsectionforeachchallengetopic.31May-1September2025:Eligibilityreview&preliminarysubmission.ThesubmissiondeadlineforpreliminaryroundentriesisSeptember1at10:00PM(BeijingTime).Thesubmissionlinkwillbesentviaemailtotheaddressyouprovidedduringsystemregistration.Foranyquestions,pleasecontactthecontestorganizeratgrd@bitzh.edu.cn.2-19September2025:Remoteevaluationofentriesbyexpertpanels.26September-9October2025:Finalistshortlistpublished.EarlyNovember2025:On-sitefinalsatBeijingInstituteofTechnology,Zhuhai.V.AwardsThiseditionoftheCompetitionwillrecognizeoutstandingentrieswiththefollowingawards：FirstPrize(withthetop3winnersreceivingtheChampion,FirstRunner-up,andSecondRunner-upawardsrespectively),SecondPrize,andThirdPrizefortheparticipatingentries.Additionally,an"OutstandingOrganizingUnit"awardwillbeselectedandpresentedtoeligibleorganizingentities.1.Prizes:-Champion:CNY50,000perentry-1stRunner-up:CNY40,000perentry-2ndRunner-up:CNY30,000perentry-FirstPrize:CNY10,000perentry(excludingthetopthreerankedentries)-SecondPrize:CNY3,000perentry-ThirdPrize:Honorarycertificate(nomonetaryreward).2.AwardQuantities:Theexactnumberofawardsineachcategorywillbedynamicallydeterminedbasedonthetotalnumberofqualifiedsubmissionsreceived,ensuringproportionalrepresentationofexcellence.VI.AdditionalInformationFordetailedinformationonentrysubmissionrequirements,appealandarbitrationprocedures,disciplinaryactions,intellectualpropertyrightsandconfidentiality,competitionschedule,andotherrelevantmatters,pleaserefertothe"Guidebookforthe11thChinaGraduateFutureFlightVehicleInnovationCompetition-“SmartAerospaceMastery"(Attachment2).TheOrganizingCommitteeofChinaGraduateFutureFlightVehicleInnovationCompetitionreservesfinalauthorityonruleinterpretationandadjustments.ForsubsequentupdatesanddetailsregardingtheCompetition,pleasestaytunedtotheofficialwebsiteandWeChatofficialaccount.1.OfficialWebsite：https://cpipc.acge.org.cn/cw/hp/32.ContactEmail：grd@bitzh.edu.cn3.WeChatOfficialAccountQRCode：GraduateEducationatBIT,ZhuhaiWeChatOfficialAccount4.StaffandContactInformationforthe11thCompetition：OrganizingCommitteeContacts:XIAOWenying:+86-10-68914502(OverallCoordination)WANGRu:+86-756-3622786(CompetitionOrganization)HEHongwen:+86-10-68915135(ExpertEvaluation)SONGKan:+86-756-6846150(Registration&SubmissionforChallengeTopics1.1-1.9)BAIJing:+86-756-3622728(Registration&SubmissionforChallengeTopics2.2-2.3,3.1,4.1)FENGJiwei:+86-15210617963(Registration&SubmissionforChallengeTopic2.1)QIMin:+86-756-3835202(Registration&SubmissionforInternationalParticipants)LIUYueping:+86-756-6846170(Media&Publicity)SecretariatContacts:WUMinjie,WANGXiaojiao:+86-29-88460213(GraduateSchoolofNorthwesternPolytechnicalUniversity)TheOrganizingCommitteeofChinaGraduateFutureFlightVehicleInnovationCompetitionJune12,2025Attachment1“SmartAerospaceMastery”InvitationLetterforthe11thChinaGraduateFutureFlightVehicleInnovationCompetitionAttachment2“SmartAerospaceMastery”TechnicalGuidelinesforthe11thChinaGraduateFutureFlightVehicleInnovationCompetitionAttachment3“SmartAerospaceMastery”ReferenceTemplateforProjectReportsofContestEntriesforthe11thChinaGraduateFutureFlightVehicleInnovationCompetition

“智驭空天”第十一届中国研究生未来飞行器创新大赛参赛邀请函各研究生培养单位：根据中国研究生创新实践系列大赛工作安排，现将“智驭空天”第十一届中国研究生未来飞行器创新大赛有关事项通知如下：一、赛事简介“中国研究生未来飞行器创新大赛”（以下简称“大赛”）是“中国研究生创新实践系列大赛”主题赛事之一，是由教育部学位管理与研究生教育司指导，中国学位与研究生教育学会和中国科协青少年科技中心主办，中国宇航学会、中国航空学会联合主办。大赛以“创新改变未来”为理念，围绕飞行器技术创新，旨在通过竞赛和激励的方式，提高广大研究生在航空航天领域科研创新能力、工程实践能力，为业界发掘培养复合型、高素质拔尖创新人才。本届大赛由珠海市人民政府、北京理工大学（珠海）承办。二、参赛对象参赛对象为中国（含港澳台地区）高校、科研院所的在读研究生和已获得研究生录取资格的本科生、国外大学在读研究生和国内大学在读国际研究生，以及研究生毕业1年以内的高等院校及科研单位的在职人员。特此鼓励企业在职人员积极参与企业赛道报名，参赛资格可放宽至研究生毕业5年以内。鼓励以团队形式参赛，各参赛队每队最多不超过5人，允许跨单位组队，鼓励中外学生联合组队；本届大赛设有交叉赛道，鼓励各参赛单位组织不同学科学生组队参赛（交叉团队每队参赛人员可最多不超过8人）。三、主题、赛题及作品提交（一）主题“智驭空天”（二）赛题1.常规赛道1.1航空飞行器总体及分系统设计各类在大气层内飞行的航空飞行器总体设计，及其新构型、新布局、新材料、新结构、新载荷、新控制等分系统设计。1.2航天飞行器总体及分系统设计各类天地往返飞行、地球轨道空间、地月空间、深远空间的航天飞行器总体设计和任务设计，及其新构型、新材料、新动力、新载荷等分系统设计。1.3未来飞行器动力系统关键技术专题面向未来飞行器（包括飞机、航天器、导弹、火箭等）对新型动力系统的需求，进行应用场景分析，开展各类新型航空航天动力系统的总体设计、分系统（如电源、推力器等）、核心部件（如阴极、喷管、阀门等）、测试设备、仿真模型等关键技术研究与验证。1.4新能源飞行器技术专题针对飞行器长航时、大载荷、高能效的技术需求，开展应用太阳能、氢能、激光传能、微波传能，以及先进储能电池等新型能源的飞行器总体设计技术、能源/结构一体化技术、混合能源动力技术，以及能源管理技术等研究，完成技术方案设计论证或原理样机设计。1.5空天高效运输飞行器专题面向全球极速达到、大规模进出空间等典型场景，提出支持跨域高效飞行与天地高效往返的新型空天运输飞行器概念与应用模式，完成飞行器系统总体方案以及气动/动力/结构机构/防热/导航制导以及决策控制等分系统方案论证与设计。1.6空水跨介质飞行器专题聚焦空水一体化作业场景，提出具备多次稳定出入水能力的飞行器概念与应用模式。重点完成飞行器总体方案设计、气/水动耦合布局、跨介质动力转换、耐压防腐材料、仿生变体机构、跨介质通信导航等关键技术，满足水面低空巡检、水下探测救援等军民融合场景需求，推动空海协同装备的创新发展。1.7深空探测器设计专题面向月球与行星和小天体探测的飞行器总体设计以及着陆与起飞、表面附着与运动、自主感知与任务规划、有效载荷等分系统设计，完成技术方案设计论证或原理样机研制。1.8无人飞行器集群协同技术专题面向无人机集群、卫星集群、跨域/跨介质集群、有人/无人集群等未来集群协同作业应用场景，完成任务协同方案、智能协同感知、协同导航定位、协同任务决策、协同任务规划、协同制导控制以及集群健康监测与效能评估等技术方案设计。1.9微小卫星设计及应用技术专题微小卫星广泛应用于地球观测、通信、科研及技术验证等领域。面向未来大规模微小卫星部署及在轨应用，完成微小卫星总体、分系统以及包括在轨遥感通信、态势感知、在轨服务、数据处理等应用场景以及应用方案的设计。2.挑战赛道2.1空地协同智能避障与巡检作业技术本赛道以飞行器和地面车辆进行自主感知避撞技术创新以及线路（如城市电力输电线路、高架桥交通线路、线下管廊线路等）巡检作业为应用背景，进行飞行器和地面车辆自主控制系统开发，通过飞行器自主起飞、飞行器/地面车辆自主巡检、飞行器/地面车辆协同路径规划及避障、飞行器定位降落等任务，实现协同巡检作业任务。本赛道不设初赛，决赛期间为一轮制比赛，比赛过程不能中断。2.2航天器近地空间多目标访问的动态规划和决策近地空间多目标访问技术是空间在轨服务、环境治理、碎片清除、态势感知等任务的关键技术之一，而基于电推进技术的航天器平台是实现低成本、高效率多目标访问的重要手段。随着航天自主性需求的提高，如何在短时间内高效率动态规划能力是衡量规划算法优越性的重要指标。在此背景下，设置“航天器近地空间多目标访问的动态规划和决策”挑战赛题。参赛队需在赛方提供计算平台上，针对随机生成的航天器平台初始状态、平台控制参数配置、空间目标库及初始状态，在给定时间内利用自行设计动态规划和决策算法生成多目标访问策略，并通过可行性校验。本赛道不设初赛，在决赛期间进行，采用单循环制，即任意两支参赛队之间都有且仅有1场比赛，每场比赛对抗3局。2.3无人战斗机虚拟对抗在虚拟环境中举行2对2空战，进行要地空域攻防。比赛以某型无人战斗机为空战平台，装备有机载雷达、近距空空导弹和航炮。每支参赛队将智能算法灌入自己准备的智能计算设备中，通过USB接口与仿真服务器相连。每个计算设备的智能算法控制一架飞机：接收服务器提供的信息，同时向虚拟环境发送飞机、雷达和武器的操控指令。通过这种方式，进行任务计算设备的半实物仿真对抗，对后续智能计算设备的装机实飞对抗产生技术牵引。本赛道不设初赛，在决赛期间进行，采取单循环制对抗赛，即任意两支参赛队伍都有且仅有一次对抗，由总赢率进行排名，总赢率相同时，根据胜负关系确定排名。3.交叉赛道3.1低空经济新业态探索本赛道聚焦低空飞行器设计创新，探索低空飞行活动在交通物流、文旅体验、应急救援等场景下的创新性实用功能，开发共享飞行平台、综合立体交通、空中物流网络等新型商业模式，推动低空经济成为高质量发展新引擎。4.企业赛道4.1eVTOL动力系统构型设计研究内容不限于以下三个研究方向：（1）纯电动eVTOL构型研究：在飞机载重量一定条件下，通过飞机构型（多旋翼、涵道、复合翼等）等为变量，研究以电池电量最小、续航里程最大为目标的飞机构型；（2）混合动力eVTOL动力架构设计：研究混合动力方案，包括动力配置（增程式、并联混动式、电池电量与发动机功率配置、燃料类型等）、飞机构型（多旋翼、涵道、复合翼等），提出长续航eVTOL高效动力架构；（3）eVTOL用电机驱动系统结构研究：可选取多旋翼电驱动系统或者涵道式电驱动系统，主要研究在风冷或者液冷情况下的系统结构（电机、电控、结构、工艺），以期达到最大扭矩重量比、最高系统效率。（三）作品提交作品分为创意类和实物类作品。每支报名团队必须在2025年9月1日前，通过大赛网站提交参赛作品的项目报告书，报告书包括方案创新点，与现有技术相比的优势，具体方案描述等内容。项目报告书为比赛最终评比材料。设计方案、数字模型、动画、视频、研究报告等可作为附件一并提交。如作品包含实物模型，在初赛时提供视频材料，决赛时进行实物展示或视频演示。大赛不接受涉密作品和存在知识产权纠纷的作品参赛，如出现涉密或涉知识产权纠纷作品，由参赛选手承担相应责任。往届曾经参赛的获奖作品，如无重要创新，将视为雷同，经专家认定，将不具备获奖资格。四、大赛安排大赛分为初赛与决赛，初赛采用网上评审形式，决赛采用现场答辩和实物展示等形式（挑战赛道不设初赛）。1.2025年5月31日：发布大赛通知。2.2025年5月31日—8月31日：网上参赛报名。参赛队注册、报名截止到8月31日22:00，境外参赛队员注册请通过邮件（grd@bitzh.edu.cn）联系大赛承办单位。3.2025年5月31日—9月1日：资格审核与初赛作品提交。参赛团队队长所在单位需对本单位参赛队伍进行资格审核。参赛队所在单位审核及初赛参赛作品提交截止到9月1日22:00，通过大赛官方网站进行，网址为：https://cpipc.acge.org.cn/cw/hp/3。4.2025年9月2日—9月19日：大赛初赛作品评审，组织专家网上进行初赛作品评审。5.2025年9月26日—10月9日：公布大赛决赛入围名单。6.2025年11月初：在北京理工大学（珠海）举行现场决赛。五、奖项设置本届大赛面向参赛作品设置一等奖（前3名为冠军、亚军、季军奖）、二等奖、三等奖，面向组织单位评选“优秀组织单位”。奖金设置：冠军50000元/项，亚军40000元/项，季军30000元/项，一等奖10000元/项，二等奖3000元/项，三等奖可获得荣誉证书。奖项数量：根据提交参赛作品的数量另行确定。六、其他事宜作品提交要求、申诉仲裁、纪律处罚、知识产权与保密、大赛时间安排等其他相关事宜详见《“智驭空天”第十一届中国研究生未来飞行器创新大赛指南》（附件2）。大赛最终解释权归中国研究生未来飞行器创新大赛组委会所有。本届大赛后续相关事宜敬请关注大赛官方网站及微信公众号。1.大赛官网：https://cpipc.acge.org.cn/cw/hp/32.大赛邮箱：grd@bitzh.edu.cn3.大赛微信号二维码：北京理工大学珠海校区研究生教育大赛官微4.问题咨询与交流：为方便各培养单位组织人员、指导教师以及参赛选手之间的沟通与联系，欢迎扫码进入QQ群。各单位组织教师QQ群：参赛队队长交流QQ群：5.第十一届大赛工作人员及联系方式：承办单位联系人：肖文英010-68914502（总体协调）王茹0756-3622786（决赛竞赛组织）何洪文010-68915135（专家评审）宋侃0756-6846150（1.1-1.9等赛题的报名、作品提交）白静0756-3622728（2.2-2.3、3.1、4.1等赛题的报名、作品提交）冯吉威15210617963（2.1等赛题的报名、作品提交）漆敏0756-3835202（境外高校选手和境内国际学生报名、作品提交）刘月萍0756-6846170（媒体宣传）秘书处联系人：吴敏洁王晓姣029-88460213（西北工业大学研究生院）中国研究生未来飞行器创新大赛组委会2025年5月31日附件1：“智驭空天”第十一届中国研究生未来飞行器创新大赛参赛邀请函附件2：“智驭空天”第十一届中国研究生未来飞行器创新大赛指南附件3：“智驭空天”第十一届中国研究生未来飞行器创新大赛参赛作品项目报告书参考模板附件4：中国研究生创新实践系列大赛-用户手册

各参赛单位、参赛队：“未来之光超算杯”第十届中国研究生未来飞行器创新大赛全国总决赛已于2024年11月27日至29日在深圳北理莫斯科大学圆满结束。参赛作品经过线下专家评审、专委会评议，并报大赛组委会表决通过，共评出冠亚军各1项、并列季军2项、一等奖23项、二等奖70项、三等奖135项、优秀指导教师138人、优秀组织单位51个，现将获奖名单予以公示（见附件）。如有异议，请通过邮件或书面形式实名向大赛组委会秘书处反映。公示时间：2024年12月3日-2024年12月6日联系邮箱：grd@bit.edu.cn附件：“未来之光超算杯”第十届中国研究生未来飞行器创新大赛决赛获奖名单公示中国研究生未来飞行器创新大赛组委会2024年12月3日