ProductUpdated on 28 April 2025
Autonomous System Kit for Utility Task Vehicle (UTV)
About
Introduction
In the land vehicles domain, the so-called Unmanned Ground Vehicles (UGVs) are highly useful due to their high load capacity, robustness, and armor. Newly designed UGVs represent a significant investment and are generally designed solely as robots, meaning they do not allow for onboard human driving. The logical alternative is to use existing vehicles, such as UTVs and convert them into unmanned vehicles.
Product
The Autonomous System Kit aims to reduce the cost of deploying UGVs by using existing vehicles. The Kit contains servomotors, sensors and an onboard computer that can be installed ad-hoc in a vehicle, enabling the use of said vehicle without a human driver.
Specifications
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Autonomous navigation: point-to-point and waypoint, follow-me, return-to-home
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Obstacle detection: detection and avoidance of static and dynamic obstacles in route.
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Mapping: 3D LIDAR and camera map
Looking for
- Commercial partners
- Technological partners
- Investment opportunities
Applies to
- Drones
- Chemical, biological and radiological threats
- Crisis response and recovery
- Security against fire
- Security against emergencies
- Border control
- Robotics
- Logistics
- Land vehicles, systems and equipments
Organisation
Similar opportunities
Service
UWB (Ultra Wide Band) Portfolio Solutions
- Research
- Security
- Development
- Border control
- Maritine security
- Disaster management
- Dual use technologies
İdil Gökalp Köse
Project Technical Manager / Systems Engineer at HAVELSAN AŞ
Ankara, ANKARA, Türkiye
Product
- C4ISR
- Security
- Border control
- Security against fire
- Crisis response and recovery
- Security against emergencies
- Aerial Systems and Equipment
- Weather, climatic and geological disasters
Yucel Demir
Entrepreneur at KUZGUN Aerospace INC (established later)
ANKARA, Türkiye
Project cooperation
Dried Vegetation Clearing in Forests Using UGVs to Prevent Fires
- Early - Idea stage
- Research and Innovation Action
- HORIZON-CL3-2025-DRS - DISASTER RESILIENT SOCIETY
- HORIZON-CL3-2025-01-FCT-04: Humanitarian demining / Unexploded Ordnance Disposal (UXO) of civil areas and unexploded ordnance risk education
- HORIZON-CL3-2025-01-DRS-04: Advancing autonomous systems and robotics for high-risk disaster response, strengthening disaster resilience in conflict-afflicted crisis zones
- HORIZON-CL3-2025-01-DRS-02: Open topic on Improving disaster risk management and governance to ensure self-sufficiency and sustainability of operations in support of enhanced resilience
- HORIZON-CL3-2025-01-DRS-03: Open topic on testing / validating tools, technologies and data used in cross-border prevention, preparedness and responses to climate extreme and geological events and chemical, biological or radiological emergency threats
Jorge De León Rivas
Director at Next Level Technologies
Madrid, Spain