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Czech Aerospace Research Centre – Prague Science and Technology Park
Beranových 130
199 00 Praha – Letňany
Tel.: +420 225 115 111
E-mail: vtp@vzlu.cz
WWW: https://www.vzlu.cz/vtp/
Park location on the map: here
Reg.nr.: 00010669
Director: JUDr. Petr Matoušek (petr.matousek@vzlu.cz)
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Operating data of the park
Membership in STPA: YES
State of the park: accredited
Partner in project SPINNET: NO
Launch day: 10.3. 2010Founder(s): Czech Aerospace Research Centre
Owner(s): Czech Aerospace Research Centre
Operator(s): Czech Aerospace Research CentreType of entity: Joint stock company (JSC)
Criteria for acceptance of innovation firm: individual -
Description of the park
Introduction
Science and Technology Park VZLÚ Prague is placed in Prague – Accredited Science and Technology Park VZLÚ Prague is placed in Prague – Letnany near Metro station named Letnany (C line) and near PVA – Prague Exhibition Centre. Founder, owner and operator of the Park is Výzkumný a zkušební letecký ústav, a.s. (Czech Aerospace Research Centre, VZLÚ). The Park is a part of regional inovative infrastructures and plays active role in development of knowledge economy and industry with main focus on Aerospace, Defence and Security. Innovative neighborhood is also suitable for automotive industry, railway industry, power engineering and civil engineering. In the Park there are available several spaces for wide range of activities – offices, laboratories, workshops and stores. The Park offers a lot of services which are needed by innovative companies, e.g. consulting in R&D, consulting in industrial property rights, support of R&D results transfer, education, information technology as well as consulting in law or economics, etc. Available are also conference and meeting rooms with capacity up to 60 seats, completely equipped with presentation technology. Inovative business is supported also in form of science and technical workshops (e.g. aerodynamics, composites, strength and durabiloty of structures) which are focused on transfer of knowledge. The Park accomplished number of a succesful transfers of technology, e.g. infusion technology for manufaturing of composite structures (multiply), technology of friction stir welding, algorithms for aerodynamics calculations etc. On the occasion of the celebration of the centenary of the founding, the Research and Experimental Aviation Institute opened a new building called „C3T – Czech Center for Competitive Technologies.“ The building will serve both the Research and Experimental Aviation Institute (VZLÚ), which will thus replace some laboratories and other experimental workplaces in the already inadequate spaces, as well as innovative companies that have special infrastructure requirements, especially in fields focused on space technology.
Description of technology transfer
VZLUSAT-1 a Czech nanosatellite of a CubeSat
Application of composite technology for aircraft propellers manufactures
A true innovation in batteries – efficient energy storage
Bonding technology of PTFE sealing into suction pipeline of aerial engine
Technology of preparation and application of paint systems containing MWCNTInnovative entrepreneurship training
Organization of excursions and opponency of projects
Advisory services
technological advisory, patent advisory, certification advisory, financing advisory, legal advisory, education (courses for enterpreneurs), secretarial services, telephone exchange, telephone, fax, text processing, reception, conference space, computer for technical usage, workshops, laboratories
Innovation infrastructure
The Park is a part of regional inovative infrastructures and plays active role in development of knowledge economy and industry with main focus on Aerospace, Defence and Security. Innovative neighborhood is also suitable for automotive industry, railway industry, power engineering and civil engineering.
Cooperation with universities
The Czech Technical University in Prague
Brno university of technology
University of Chemistry and Technology Prague -
Services provided to innovation companies
by STPexternalConsultancy
business planstechnological advisorypatent advisorycertification advisoryfinancing advisoryaccountinglegal advisorymarketing advisoryeducation (courses for enterpreneurs)by STPexternalTechnical servicessecretarial servicestelephone exchangetelephone, faxcopytext processingreceptionbuffet, cantineconference spacecomputer for technical usageworkshopslaboratoriesaccess to data banksexhibition spaceby STPexternalFinancingequitycreditssubsidiesother forms -
Service expenses
STP service costsonly according to actual costsonly fixed payment tarifffixed payment and additional charge for usein lumps: rent, security, cleaning, phone, postOher costs (p.a.)acc. to usagefixed CZK/m2heatingelectricityotherstotalRent (p.a.)CZK/m2office space3300production space1650others1000 -
Statistical data
innovationotherinstitutionsTOTALCompanies548659Employees7016520255Rented area m2488022140110028120STPLand area232981 m2Built up park area84130 m2Utility area31051 m2– Rented area28120 m2= Remains for rent2931 m2 -
Innovation companies
HE3DA s.r.o.
Reg.nr.: 28949935
HE3DA Ltd. is an innovator in applied research and commercialization of battery technologies. The company’s 3D technology and Li-battery production processes are based on three dimensional electrodes using lithium nano-materials (patented HE3DA® technology).Tel.: + 420 225 115 306
E-mail: info@he3da.cz
WWW: http://www.he3da.cz/Technologies:
0200 – Power engineering
0202 – Power engineering, power electronics (other)
0204 – Solar engineering
0206 – Storage techniques
1104 – Nanotechnology (other)
Branches:
29 – Manufacture of machinery and equipment n.e.c.
31 – Manufacture of electrical machinery and apparatus n.e.c.
73 – Research and development
NIMDA Co. Ltd. – organizační složka
Reg.nr.: 26718481
Development and manufacturing for military and defenceJosef Havlík
Tel.: +420-225115419
Fax: +420-225115424
E-mail: info@nimda.cz
WWW: http://www.nimda.czTechnologies:
1404 – Rail- and road-traffic engineering
9000 – Hydraulics and Mechanics
Branches:
29 – Manufacture of machinery and equipment n.e.c.
73 – Research and development
Prusa Research s.r.o.
Reg.nr.: 24213705
The Czech Producer of 3D Printers.E-mail: info@prusa3d.cz
WWW: http://www.prusa3d.czTechnologies:
0300 – Production and process engineering
9003 – Design
9007 – Fabrice from Plasticine
9011 – Software development
Branches:
73 – Research and development
SPEEL Praha, s.r.o.
Reg.nr.: 49703374
Research and development of avionics systemsFax: +420-286923721
E-mail: info@speel.cz
WWW: http://www.speel.czTechnologies:
0801 – Measurement and control
0900 – Microelectronics
0904 – Information storage technology
1000 – Microsystems engineering
1402 – Aviation engineering
1404 – Rail- and road-traffic engineering
9900 – Other
Branches:
31 – Manufacture of electrical machinery and apparatus n.e.c.
62 – Air transport
73 – Research and development
Stratosyst s.r.o.
Reg.nr.: 08135738
There is an unused potential that stratosphere can provide us for exploring our universe because thick bottom atmosphere blocks out most of the infrared wavelengths. Currently the cost for obtaining infrared data is high becouse the only method is observation from satellites. Also, the number of orbital infrared observatories is low so this makes the procedure for obtaining customer-specific data is very time-consumig. The advantage of stratosphere observation by Stratosyst is that space sky can be observed for an extremely long period of time in conditions comparable to space satellites for a fraction of the cost. Moreover, the hardware will be recovered after the end of each mission. The prototype will be a fully functional infrared observatory which will stay in the stratosphere (higher than 20km) and maintain the position over extended period of time. Position of the platform will be feedback-controlled by GNSS data.Martin Farkač
Tel.: +420776355314
E-mail: info@stratosyst.com
WWW: http://www.stratosyst.com/Technologies:
0400 – Information and communications technology
9001 – Controlling Systems
9010 – Monitoring Systems
Branches:
72 – Computer and related activities
73 – Research and development
93 – Other service activities
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Subject:Full Fairing for Main Rotor Head of the LifeRCraft demonstrator (LATTE)Country:FranceType of cooperation:common project
Description: The project solved within the European program of the joint technology initiative JTI Clean Sky 2 is focused on the development and production of a composite structure of the head cover of the main rotor of a high-speed helicopter for AIRBUS Helicopters. The output of the project will be a flight cover designed for ground and flight tests of the helicopter prototype, which now bears the name RACER. The project is led by the Polish aviation research institute ILOT, VZLÚ participates in the structural design, strength calculations, material and functional tests of the covers and the construction of production fixtures. LA composite provides the production of flight parts. Contact web:Contact e-mail:Subject:ESTECCountry:NetherlandsType of cooperation:common projectDescription: Project AMBIC – The aim of the proposed mission is to build a constellation of microsatellites for the observation of the Earth for government purposes, demonstrating the real capabilities of the Czech Republic. Contact web:Contact e-mail:Subject:ESTECCountry:NetherlandsType of cooperation:common projectDescription: „CubeSat and Small Satellite Position Control System
The goal of the project is to develop an attitude control system (3U or larger) with an overlay study for small satellites (10-100kg). In this project, an implemented ACS CubeSat system will be developed and verified with an ACS computer with a real-time operating system (RTOS) with ACS algorithms using magnetotorques and reaction wheels as actuators and a Star Tracker (STR) for positioning up to TRL5.“Contact web:Contact e-mail:Subject:OFELIECountry:FranceType of cooperation:common projectDescription: The aim of the project is to develop a revolutionary, environmentally friendly open-fan propulsion technology for the SMR class of aircraft, which could reduce engine CO2 emissions by 20% and contribute to a 30% reduction in aircraft-level CO2 emissions. Define and demonstrate at TRL5 level an open fan architecture that achieves 20% CO2 savings and noise reduction. VZLÚ participates in the creation of the so-called open fan in the form of measuring and calculating the aerodynamic characteristics of the propeller and measuring the stability of the swirling flutter. Subject:AMBERCountry:ItaliaType of cooperation:common projectDescription: The project deals with the development of new propulsion systems, specifically the development of a hybrid-electric propulsion system for regional aircraft with the aim of decarbonizing them. VZLÚ participates in the delivery of a modified test stand (pylon) for hybrid electric units, including strength analysis, design and manufacture of the adapter and beam structure supporting the drive unit. Subject:AI4HYDROPCountry:NorwayType of cooperation:common projectDescription: The goal of the project is to create a holistic dynamic AI-based framework for the safe operation of UAVs in urban and restricted areas by defining the procedures and required technologies. In the project, the VZLÚ addresses current issues of ATM in the field of technical specifications of drones, the effects of the surrounding environment (cities, controlled spaces and legislation) and the philosophy of automatic selection and approval of flight plans in operation based on knowledge from national projects VERTIMOVE and MiYa. Subject:AREANACountry:BelgiumType of cooperation:common projectDescription: The project responds to the call for „synergies in aerospace research between Horizon Europe, AZE and national programmes“ by providing advanced new approaches to support the European aerospace research ecosystem. It includes three interconnected but thematically distinct parts – synergies between European, national and regional research and innovation programs in the field of aviation, preparation for the upcoming Aerodays 2025 and, last but not least, VZLU activities within the AZEA alliance (Alliance for Zero Emissions Aviation), and this by carrying out mapping and analyses, including the identification of potential technological and administrative gaps in research, innovation and standardization. Subject:ESTECCountry:NetherlandsType of cooperation:common projectDescription: The goal of the QUVIK (Quick Ultra-Violet Kilonovae surveyor) satellite project is to prepare the first Czech space telescope to monitor neutron star collisions, or neutron stars and black holes. Among other things, the observations can tell a lot about the formation of elements heavier than iron that are formed during collisions. These include, for example, gold or platinum. The telescope will also enable the observation of exoplanets, i.e. planets that orbit stars other than the Sun. Combined with other observations from other observatories, scientists can thus find out exactly how these planets lose their atmospheres. It will also be possible to observe very hot stars, supernovae, star clusters, radiation from the cores of galaxies, when a supermassive black hole rips apart a star at the center of a galaxy. Contact web:Contact e-mail: