HIT, targeting the urgent needs of major national strategies, hascomprehensively deepened the reform of its scientific research systemand mechanisms. It has strengthened organized research and plannedahead to develop a new batch of key national technologies. This hasled to a significant number of important scientific researchachievements, contributing to the country's high-level self-relianceand strength in science and technology and the development ofstrategic national scientific and technological forces. HIT continuesto be a leader in China's space industry.
HIT has continued to participate in a series of research projects,including Shenzhou, Tiangong, Tianhe and Tianshou, and hascontributed hundreds of scientific and technological achievements tomanned spaceflight, providing strong technical support for thecompletion of China's space station.
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The small robotic arm of the Wentian experimental module successfully completed its first single-arm support mission for astronauts togo outside the cabin. |
Arm hanging device and transfer member. |
Space docking mechanism ground test series equipment. |
HIT has developed more than 50 sets of special flight test equipment,which provide an important reference for the development andoptimization of spacecraft. |
The performance ground simulation test system of the field transformation mechanism helped the Wentian experimental module to successfully relocate. |
The first 3-meter box bottom mass production line of a carrier rocketjointly built by the university has achieved the delivery of the100th filled and drawn over all box bottom. |
The new generation of lightweight multi-scale ablation-resistant and heat-resistant composite materials and their applications for spacecraft have been selected as one of the “Top Ten Scientific and Technological Advances in Chinese Universities”. |
A light,efficient and flexible thermal insulation composite protective structure has been developed to solve the problem of thermalprotection in the engine compartment, and its performance index has reached the international leading level. |
Metal rubber components are prepared to meet the requirements of different working conditions and different structures and effectively solve technical problems such as damping and vibration reduction under extreme working conditions in the aerospace field. |
The X5 color ultrasound imaging system is the first piece of Chinese-made medical imaging equipment to enter the Tianhe spacestation. The picture shows astronauts using color ultrasound inthe space station. |
The university has made breakthroughs in key technologies such as the movement and transfer of lunar exploration robots and ground simulation. Many technological achievements of the Harbin Institute of Technology have strongly supported China's first extraterrestrial body sampling return mission and the world's first lunar back sampling mission.
In February 2021, HIT helped Chang'e-5 completeChina's first sample return mission from an extraterrestrial body. |
The lunar soil drilling sampling device ensures that Chang'e-5 can completethe autonomous sampling of deep lunar soil, setting a new worldrecord for the single sampling volume of unmanned autonomousdrilling. The intelligent support and inversion system for lunarsurface sampling strongly helped Chang'e-6 make decisionson the operation control tasks of the lunar surface drillingsampling system. |
The manufacturing technology of high modulus, high toughness and high stability aluminum matrix composites and their complex thin-walled large-size components provide technical support for thedevelopment of large lunar surface sampling mechanical armstructural components of Chang'e-6. |
The Lunar Exploration and Space Engineering Center of the China National Space Administration has for the first time approved lunar samplesfor the sampling and exploration engineering team — a jointresearch team from the Harbin Institute of Technology to carry outscientific research. |
The university has been deeply involved in the Mars explorationprogram, overcoming a number of key technological bottlenecks,leading the development of several key subsystems, and successfullycontributing to the smooth implementation of China's first Marsexploration mission.
The mobile system of the Mars rover and the transfer ramp mechanismensured the successful transfer of the Zhurongrover and the mobile mission of the Mars surface. |
A lock and unfold mechanism for the Chinese national flag has been developed,enabling the Chinese national flag to unfold dynamically undercontrol on Mars for the first time. |
The instrument-grade aluminum-based silicon carbide composite materialis used for the dual-axis antenna drive mechanism of the Zhurongrover. |
Special functional materials with the properties of radiation resistance,low volatility and high and low temperature alternation wereapplied to the first Mars exploration. |
As the first university in China to independently develop andsuccessfully launch a satellite, and the first institution in theworld to send a satellite into lunar orbit, the university has becomea new base for innovative research and development of spacecraft thataligns with international standards. To date, the university hasindependently developed and successfully launched 35 satellites,including those for remote sensing, navigation, communication,technical testing, and lunar exploration.
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On September 6, 2022, the S4 experimental satellite of Weili Space's low-orbit satellitenavigation enhancement system was successfully launched. It is thefirst navigation satellite of the university, marking a new breakthrough in the field of navigation satellites for small satellite research at the Harbin Institute of Technology. |
On June 9,2023, the Longjiang-3 satellite was successfully launched. It is China's first newflat-panel low-orbit broadband communication satellite, which hasmade breakthroughs in key technologies such as regenerativelow-orbit satellite-to-ground high-speed communication andflat-panel satellite platform, providing technical support forChina's satellite internet construction. |
On March20, 2024, the Tiandu-2satellite was successfully launched. It is the second lunar orbitsatellite developed by the university after Longjiang-2,which will provide preliminary technical verification for theestablishment of the Earth-Moon 'Queqiao network'. | |
HIT has successfully developed nearly 30 kinds of nationalmetrological standard devices and large-scale ultra-precisionmeasuring instruments and equipment, forming a systematicultra-precision measuring system, whose precision level is at theinternational cuttingedge. It is graduallybecoming an important research and development and industrializationbase of ultra-precision instruments in China.
Vibrat ionisolation device for ultra-largeultra-precisionmeasurement platform. |
Lithography mask table debugging. |
C919 large aircraft engine assembly concentricity measuring instrument. |
The ultrasonic surgical knife system with fully independentintellectual property rights has broken the foreign monopoly andhas been widely used in various minimally invasive and opensurgeries. |
HIT has successfully developed minimally invasive surgical robot systemsfor cavity, spine, cochlea and prostate, and made breakthroughs ina number of key technologies of surgical robots. |
Shape memory polymer composites. |
Ultra black coating and film. |
Green brazing flux. |
Phosphorized germanium zinc crystals. |
Cyberspace security situation visualization platform. |
Distributed optical fiber intelligent border monitoring system. |
An integrated sea, air and space ocean observation system. |
Marine oil drilling platform motor. |
The keytechnology of ocean buoy lidar wind measurement ensures the datasecurity of hydro-meteorological observation in China's sea areas.The picture shows the ocean buoy lidar wind measurement system. |
China hasbuilt a three-dimensional observation and communication networkplatform in the South China Sea. The picture shows that for thefirst time in China, a floating platform has been used to realize5G networking. |
The flexible cable net structure scheme of active reflector surface isproposed, which solves the technical problems of constructingactive reflector surface structure system of FAST. |
It helpedcomplete the world's largest size and the world'sfirstinternational nuclear containment thermal pressure coupling modeltest. |
The 10,000-ton multi-functional experimental system of ChinaConstruction is the world's first six-degree-of-freedommulti-functional engineering structure experimental equipment witha vertical loading capacity of more than 10,000 tons. It is calledthe 'prophet' of building performance. |
The technical system of building health monitoring and seismic designguarantees the safety of buildings, which has been applied to morethan 20 landmark buildings such as Guangzhou Tower, Ping An Centerand SEG Tower. |
A number of advanced technologies have been used to transform the NationalAquatics Center into a convertible venue for both Olympic Games. |
The teamled by Professor Fan Feng from HIT of Civil Engineering at theHarbin Institute of Technology used large-span complex structureanalysis and health monitoring technology to effectively supportthe smooth progress of the renovation and upgrading project of thevenue for the opening ceremony of the Asian Winter Games, andaccurately evaluated the safety of the large-span steel structureunder the load of the performance suspension, providing technicalsupport for the safety assessment of the venue structure. |
The electronic ectopic compensation water treatment technology hasachieved a breakthrough from '0' to '1' andcompleted the first international surface water ecologicalpurification project in Nanning, Guangxi. |
Beijing Chang 'an Street durability renovation project. |
