Exhibitor List
Explore the companies, organizations, research groups and student teams exhibiting at UTES 2026. Click an exhibitor to learn more.
Industry & Organizations
Research & Innovation
Student Teams & Projects
SSC Space
www.sscspace.seSSC Space is a leading global provider of advanced space services in space-to-Earth connectivity, mission operations, system engineering, and science and launch services. We enable successful space projects in Earth observation, telecommunications, security, meteorology, navigation and positioning, scientific research, and many other applications.
The Rainforest
www.thernfrst.io
The Rainforest is Saab’s internal startup dedicated
to disruptive innovation and the rapid development of next-generation
technologies.
During UTES 2026, The Rainforest will showcase a
3D-printed 7-meter-long unmanned aerial vehicle (UAV)
together with an interactive customer interface that allows visitors
to order a flight service in the same intuitive way as booking an Uber,
demonstrating the future of autonomous aviation services.
Barcelona Drone Test Centre
www.barcelonadronecenter.com
At BCN Drone Center, we help manufacturers, operators, and end users
bring their UAS projects to market with expert guidance, cutting-edge
solutions, and regulatory support.
With a collaborative and forward-thinking mindset, we navigate the
complexities of this highly regulated sector, ensuring your project
succeeds in today’s competitive international markets.
Polisen
www.polisen.se
The Swedish Police Authority (Polisen) is responsible for maintaining
public safety, preventing and investigating crime, and supporting a
secure society through collaboration with citizens, government agencies
and industry.
At UTES 2026, Polisen will present how unmanned aerial systems (UAS),
drones and emerging technologies are supporting modern policing,
public safety, incident management and operational capabilities while
contributing to the safe integration of drones into Swedish airspace.
BOID
www.boid.se
Boid is a research-based product design studio in
Gothenburg specializing in strategic design, innovation, and
user-centered product development. By combining research, business
insight, and design methodology, Boid helps organizations transform
ideas into sustainable digital and physical products.
With a strong focus on understanding user needs, market contexts, and
emerging technologies, Boid develops solutions that are both commercially
viable and technically feasible. Their expertise spans multiple sectors,
including medical technology, the forest industry, mobility, aerospace,
autonomous systems, and the energy sector.
Nordic Drone Motors
Nordic Drone Motors is a Swedish manufacturer of drone
propulsion systems founded in 2025 and headquartered in Linköping.
The company develops high-performance electric motors using European
components, with the objective of strengthening Europe’s technological
independence and supply resilience for both civil and defence drone
applications.
The company is currently developing its first product, the
NDM2810, designed for 7–8 inch drones. Looking ahead,
Nordic Drone Motors plans to establish a complete family of motors
covering drones in the 3–15 inch size range, supporting the next
generation of unmanned aerial systems.
Frost Unmanned
Frost Unmanned AB develops and manufactures unmanned
systems in Sweden. The company has two platforms:
Arrow 600, an unmanned surface vessel for maritime
surveillance, and Tracer 160, a fixed-wing UAS for
reconnaissance and intelligence gathering.
The systems are designed, built and tested at the company’s facility
outside Gothenburg, with in-house composite production, systems
integration and flight and sea trials. Frost Unmanned works with
government agencies, defence customers and industry partners across
the Nordics and the rest of Europe.
Airolit
Airolit is a Swedish aerospace company that develops
and manufactures secure, industrial-grade unmanned aerial systems
(UAVs) for defence, security, energy and research applications.
Designed and built in Sweden, Airolit’s drone platforms combine
reliability, advanced technology and comprehensive customer support
to deliver safe and effective operations in demanding environments.
The company’s solutions are engineered for professional users who
require dependable performance, secure operation and mission flexibility.
By combining innovative Swedish engineering with robust manufacturing,
Airolit provides UAV systems that support critical operations across
both public and private sectors.
Rymdstyrelsen
Swedish National Space Agency
Rymdstyrelsen – Swedish National Space Agency is
Sweden’s government agency responsible for state-funded national and
international space activities in research and development.
The agency supports Swedish space research and technology development,
coordinates Sweden’s participation in international space cooperation,
and represents Swedish interests in organisations and programmes
including the European Space Agency (ESA).
Gothenburg-Stallbacka Airport
www.gsairport.se
Gothenburg-Stallbacka Airport is a regional airport
strategically located in the heart of West Sweden. The airport supports
scheduled, cargo, private and essential-service aviation and has served
as a contingency airport since 2020.
With a strong focus on sustainability, modern infrastructure and the
future of aviation, the airport is developing its capabilities to
support greener and more innovative air transport solutions.
Simplex Motion
www.simplexmotion.com
Simplex Motion is a Swedish technology company based
in Gothenburg that develops and manufactures compact, energy-efficient
electric motors and integrated motion-control solutions.
The company develops drone motors and electronic speed controllers
(ESCs) for UAV and UAS applications, designed and manufactured in Sweden.
Its technology combines high efficiency, low weight and precise motor
control to improve flight performance, reduce noise and increase flight
time for next-generation unmanned aerial systems.
Lindholmen Science Park
www.lindholmen.se
Lindholmen Science Park is a leading Swedish
collaborative environment where industry, academia and the public sector
work together to drive research, innovation and experimental development.
Based in Gothenburg, Lindholmen Science Park initiates and leads
collaborative programmes and projects in areas including mobility, AI,
digitalisation and resilient infrastructure. Its work supports the
development of future transport and autonomous technologies, bringing
research and industry together to turn innovation into practical
solutions.
Eira Systems
eirasystems.com
Eira Systems develops resilient autonomy for defence
ground vehicles operating in challenging off-road and contested
environments. Its technology is designed to support missions where
GNSS, maps and communications may be degraded or unavailable, including
frontline logistics and casualty evacuation.
The company’s Eira X is a full-scale autonomous
unmanned ground vehicle demonstrator used to develop and validate its
autonomy and mobility technologies. Eira’s capabilities include
terrain understanding, resilient navigation and human-in-the-loop
autonomy, enabling operators to supervise autonomous missions and
intervene when required.
Synclair Vision
www.synclairvision.com
Synclair Vision is a Swedish technology company
developing intelligent camera systems that enhance situational awareness
and ISR capabilities for unmanned aerial systems and other demanding
operational environments.
The company’s technology combines wide-angle imaging,
multi-view extraction and real-time AI analysis to provide
comprehensive coverage from a single camera system. Its software
eliminates wide-angle distortion, creates multiple digitally stabilized
views and enables AI to detect anomalies, track targets and generate
actionable intelligence across the complete field of view.
Based in Linköping, Sweden, Synclair Vision develops modular camera
solutions that can be adapted and integrated into different platforms
and mission requirements.
Naviation AB
naviation.se
Naviation AB is a Swedish technology company focused
on operational technology and solutions that help organizations make
better, faster and more informed decisions.
The company works with technologies for situational awareness,
data collection and operational decision support, helping turn
information from complex environments into useful insights for
real-world operations.
Naviation combines technology with practical operational experience,
supporting organizations that need reliable information and effective
decision-making in demanding environments.
Mapro Systems
maprosystems.se
Mapro Systems AB is a Swedish technology company
developing autonomous agricultural robots and innovative machinery
for the future of farming and forestry.
Based in Alunda, Sweden, the company combines practical experience
with engineering and automation to develop solutions for precision
agriculture. Its autonomous robotic platforms are designed to operate
around the clock, reduce soil compaction and support more efficient
and sustainable farming.
Mapro Systems develops autonomous robotic platforms for agricultural
and forestry applications, with a focus on precision, automation and
enabling operators to supervise multiple machines.
Space Greens
Space Greens is a Swedish deep-tech startup
developing microalgae-based technologies for sustainable
resource production on Earth and in space.
By combining biotechnology, photobioreactor
engineering, sensors and automation, Space Greens
aims to develop intelligent biological systems capable of
producing nutritious biomass, generating oxygen, capturing
CO₂, and supporting water and nutrient recycling.
The company’s vision is to transform microalgae cultivation
into reliable, increasingly autonomous systems
for resource-constrained environments, from terrestrial
applications to future long-duration space missions.
World UAV Federation – Sweden
World UAV Federation (WUAVF) is an
international organization dedicated to advancing
unmanned aerial vehicle (UAV) technologies and
strengthening cooperation across the global drone industry.
Through its international network, WUAVF promotes
innovation, knowledge sharing, professional
standards, education and responsible UAV development.
The federation connects companies, researchers,
industry associations and public-sector stakeholders
to encourage collaboration and support the growth
of unmanned technologies.
World UAV Federation – Sweden represents
this international perspective at UTES 2026,
highlighting opportunities for cooperation,
technology exchange and the development of a
connected and sustainable unmanned systems ecosystem.
Website: www.wuavf.org
GLOBALYX
GLOBALYX is a technology and innovation
company that empowers organizations to transform, scale
and create meaningful impact through the intelligent
integration of emerging technologies.
The company connects
artificial intelligence, immersive experiences,
data intelligence, robotics and sustainability innovation
to solve complex challenges and build a more intelligent
and sustainable future.
Our Purpose: To connect technology,
intelligence and sustainability to build a better
future for organizations, communities and the planet.
Website: www.globalyx.com
Fluid Dynamics
Chalmers University of Technology
The Fluid Dynamics Division within the Mechanical Engineering Department
at Chalmers University of Technology conducts research and education in
fluid mechanics, aerodynamics, turbulence, computational fluid dynamics,
multiphase flows and sustainable transport technologies.
The division collaborates with academia, industry and public
organizations to advance innovative solutions for aerospace, maritime,
automotive and energy applications while educating the next generation
of engineers and researchers.
Physics & Astronomy
Chalmers University of Technology
The Department of Physics and Astronomy at Chalmers University of
Technology conducts research and education across fundamental and
applied physics, astronomy, materials science, nanoscience, quantum
technology and space-related research.
The specific division and exhibition focus will be added later.
REVERE Lab
REVERE at Chalmers
REVERE is a vehicle research laboratory at Chalmers University of
Technology that performs collaborative research projects with industry
and supports academic researchers and students.
The laboratory operates research vehicles equipped with sensors,
data-loggers and auxiliary systems for experimental research. Its areas
include vehicle automation, active safety, perception, vehicle dynamics,
logistics, drones, maritime applications, infrastructure monitoring and
wildlife observation.
RAIL Laboratory
chalmers-rail.github.io
Robot Athletic Intelligence Lab (RAIL) at Chalmers
University of Technology develops next-generation physical and athletic
intelligence for robotic systems, including underactuated robots,
legged machines and humanoids.
The lab combines multibody dynamics, optimal control, reinforcement
learning and AI to develop highly dynamic and intelligent robots.
Its research supports applications ranging from advanced automation
and rehabilitation to challenging environments and future space
exploration.
CHASS – Center for Heterogeneous Adaptive Swarm Systems
is a research center hosted by Linköping University focused on
next-generation intelligent and adaptive drone swarms.
CHASS brings together leading Swedish expertise in AI, autonomous
systems, computer vision, communication, control and aeronautics to
develop technologies for coordinated drone swarms. Its research includes
autonomous decision-making, sustainable modular drone platforms and
human-swarm interaction, supporting applications such as emergency
response, infrastructure monitoring and protection of critical
facilities.
Hydrogen-Powered UAV
Chalmers University of Technology
Hydrogen-Powered UAV research at Chalmers University
of Technology is developing lightweight hydrogen fuel-cell technology
specifically for drone applications.
Researcher: Dhelipan Mahenthiran
The work focuses on a lightweight, high-power-density,
air-cooled hydrogen fuel-cell stack designed for UAVs, where
minimizing weight while maintaining sufficient power output is critical.
The technology is being integrated into a drone prototype to demonstrate
the potential for substantially longer flight endurance compared with
conventional battery-powered platforms.
Hydrogen fuel cells generate electricity continuously while supplied
with hydrogen and air, offering the potential for longer missions and
rapid refuelling for future unmanned aerial systems.
AMES – Air Mobility Emergency System is a Chalmers-led
research project developing and demonstrating Advanced Air Mobility
technologies for future emergency-response applications. The project
investigates how autonomous aerial vehicles can operate safely within
complex environments alongside both manned aviation and autonomous
ground traffic.
AMES brings together research in autonomous flight, communication,
navigation, sensor systems, propulsion and vertiport technologies through
the development of a full-scale experimental aerial platform.
A major project reveal will take place during UTES 2026,
giving attendees the opportunity to see the next stage of AMES
development first-hand.
Chalmers AeroTeam
www.chalmersaeroteam.se
Chalmers AeroTeam (CAT) is a multidisciplinary team of engineering
students at Chalmers University of Technology in Sweden with a shared
passion for aeronautics. The team designs, manufactures and tests its
own aircraft to compete in international flying competitions against
universities from around the world.
Beyond competitions, CAT is building a national network of students
interested in aerospace engineering, promoting collaboration and
inspiring the next generation of engineers while increasing interest
in aeronautics among young people.
CAESAR
caesar-chalmers.se
CAESAR (formerly
Chalmers Rocketry Group) was founded in 2021 as a
student organization at Chalmers University of Technology for students
with a passion for rocketry and space technology. The association
provides hands-on engineering experience through the complete design,
manufacturing and testing of high-performance rockets.
CAESAR’s long-term vision is to bring Chalmers one step closer to
developing and launching a rocket capable of surpassing the
Kármán line. Through multidisciplinary collaboration,
the team gives students practical experience in aerospace engineering,
propulsion, avionics, structures, systems integration and launch
operations.
Chalmers Formula Student
www.chalmersformulastudent.se
Chalmers Formula Student is a multidisciplinary
student engineering team at Chalmers University of Technology that
designs, manufactures and tests a Formula racing car before putting
its engineering solutions to the test in international Formula Student
competitions.
The team develops around 95% of the car in-house,
giving students hands-on experience across aerodynamics, chassis,
suspension, electric powertrain, electronics, embedded systems,
control and autonomous driving. The project brings together students
from different engineering disciplines to solve complex technical
challenges in a demanding real-world development environment.
Through Formula Student, team members gain practical experience across
the complete vehicle-development process — from design and simulation
to manufacturing, integration, testing and competition.
Marine Technology
Chalmers University of Technology
Marine Technology at Chalmers University of Technology
conducts research and develops technologies for future marine systems,
with activities spanning marine engineering, hydrodynamics, propulsion,
ship design and autonomous marine technologies.
At UTES 2026, Marine Technology will showcase technology related to
autonomous and unmanned marine systems.
View the exhibited technology ›