Zurich, Switzerland – December 26, 2024 – Landmines, remnants of past conflicts, continue to claim lives and devastate communities. With over 60 million landmines still buried worldwide, the threat remains persistent and deadly. Thousands of civilians are affected annually, and traditional clearance methods are slow, costly, and hazardous.
Quarero Robotics, under the leadership of Marcus Köhnlein, Dr. Raphael Nagel (LL.M.) , and Dr. Tillmann Lauk (LL.M.) , is driving innovation in autonomous robotics to create safer, more efficient, and cost-effective solutions. Our mission and vision are simple:
“Make the world a safer place for everyone and predict crime before it happens”
The Global Impact of Landmines
According to the United Nations, over 15,000 people are killed or injured by landmines each year, 80% of whom are civilians. Clearing a single square kilometer can take up to a decade and costs billions globally. These sobering realities drive the mission of Quarero Robotics: to develop innovative, autonomous robots that accelerate demining efforts, reduce costs, and save lives.
Enter the Quarero Stingray
The Quarero Stingray is a state-of-the-art autonomous robot equipped with cutting-edge technology to detect and neutralize landmines. Designed for efficiency and safety, the Stingray incorporates features that set it apart from traditional methods:
- Compact & Agile Design: Its adjustable height (0.6m–1.5m) and narrow width (0.6m) enable it to navigate tight spaces and challenging terrains.
- All-Terrain Mobility: Wheels engineered for smooth operation across deserts, forests, and snow.
- Durability in Harsh Conditions: Operates reliably in extreme temperatures (-20°C to +50°C).
- Unmatched Efficiency: Continuous operation for up to 10 hours with fast charging capabilities.
- Smart Sensor Suite: Ground-penetrating radar, thermal imaging, and ultrasound sensors ensure precise detection of both metallic and non-metallic threats.
- Autonomous Intelligence: Real-time decision-making, GPS navigation, and encrypted communications minimize human intervention in high-risk areas.
This innovative robot not only enhances safety but also makes landmine clearance more accessible to countries with limited resources, allowing for faster recovery of affected regions.
Here are some of the ideas that showcase the big vision we have for the Quarero Stingray, demonstrating its potential to tackle a broad spectrum of challenges:
1. Public Safety & Emergency Response
- Active Shooter Response: Deliver protective shields or medical supplies to affected areas.
- Crowd Management: Monitor large gatherings or events for safety concerns.
- Search and Rescue Missions: Navigate rubble or difficult terrain to deliver first-aid kits and locate survivors.
- Flood Rescue: Transport life-saving equipment in flooded areas.
2. Industrial Applications
- Hazardous Environment Monitoring: Detect gas leaks, radiation, or extreme heat in industrial settings.
- Pipeline Inspections: Travel across deserts or tundras to inspect pipelines and detect damage or leaks.
- Mining Operations: Monitor underground mining conditions and detect unsafe geological situations.
3. Disaster Management
- Avalanche Rescue: Use ground-penetrating radar and thermal sensors to locate trapped victims.
- Earthquake Response: Deliver supplies and aid in locating survivors in areas of collapsed structures.
- Volcanic Monitoring: Collect data from volcanic sites in extreme heat and toxic environments.
4. Environmental Conservation
- Anti-Poaching Patrols: Monitor wildlife reserves using AI-based detection systems.
- Reforestation Assistance: Transport and plant trees as part of ecological restoration projects.
- Biodiversity Studies: Collect and analyze data to track flora and fauna in challenging environments.
- Carbon Monitoring: Measure emissions and pollutants in remote or industrial areas.
5. Scientific Research
- Arctic and Antarctic Expeditions: Support researchers by carrying supplies in freezing temperatures.
- Volcanic Research: Navigate and collect data in hazardous volcanic zones.
- Meteorological Studies: Deploy portable weather stations for data collection in extreme climates.
6. Healthcare and Pandemic Response
- Mobile Disinfectant Robot: Disinfect public spaces in high-traffic areas.
- Vaccine and Medical Supply Delivery: Transport temperature-sensitive supplies in challenging conditions.
- Epidemic Control Assistance: Monitor and disinfect contaminated zones remotely.
7. Logistics and Transportation
- Remote Area Deliveries: Supply goods and medicine to hard-to-reach locations like mountainous villages.
- Warehouse Automation: Carry loads of up to 100 kg and optimize logistics in industrial environments.
- Construction Site Deliveries: Transport materials across rough and uneven terrain.
8. Environmental Monitoring
- Landmine Detection: Identify hidden landmines in post-conflict zones using ground-penetrating radar.
- Gas Leak Detection: Detect hazardous leaks in industrial plants or pipelines.
- Flood and Drought Management: Monitor water levels in rivers or reservoirs to provide early warnings.
- Microplastic Detection: Analyze soil and water for pollution and contaminants.
9. Agriculture and Forestry
- Precision Farming: Monitor soil, water, and crop health with multispectral imaging.
- Anti-Desertification Operations: Plant vegetation in arid zones to restore ecosystems.
- Forestry Maintenance: Transport saplings and monitor reforestation projects.
10. Remote and Rugged Terrain Operations
- Mountain Operations: Deliver essential gear or assist in infrastructure projects in extreme elevations.
- Desert Patrols: Navigate arid environments to monitor ecosystems or infrastructure.
- Icy Terrain Navigation: Assist in operations like glacier monitoring or northern logistics.
11. Urban Smart City Applications
- Waste Monitoring: Identify and flag improper disposal of garbage in urban settings.
- Smart Utilities Monitoring: Use sensors to monitor energy or water usage.
- Mobile Infrastructure: Provide temporary power or data relay in emergencies.
12. Construction and Maintenance
- Bridge and Tunnel Inspections: Operate on challenging surfaces to inspect infrastructure integrity.
- Extreme Weather Repairs: Repair systems or deliver equipment in stormy or high-heat conditions.
- Heavy Load Carrier: Transport tools, parts, or building materials weighing up to 100 kg.
13. Advanced Modular Features
- On-the-Fly Adaptability: Change modules quickly to switch between transportation, surveillance, or analysis tasks.
- Fleet Coordination: Operate as part of a multi-robot team for synchronized operations.
- Data Collection Hubs: Function as portable centers for environmental, industrial, or agricultural data gathering.
A Safer and More Cost-Effective Future for All
The Quarero Stingray is not just a robotic solution for landmine clearance; it represents a new way of thinking about how autonomous technology can address the challenges of today and tomorrow. With its combination of advanced sensors, autonomous operation, and adaptability, the Stingray is helping create a safer, more efficient, and more sustainable future. And with its cost-effective nature, this technology is more accessible than ever, bringing life-saving solutions to regions that need them most.
At Quarero Robotics , we are just getting started. As we continue to expand the potential of our technology, we remain committed to making the world safer and more connected through innovation, vision, and hard work. With the Quarero Stingray leading the way, the future is full of promise, progress, and limitless potential for all.
About Quarero Robotics
Quarero Robotics is a startup for security robots that specializes in robotics as a service. Founded in Switzerland in 2021, Quarero AG initially aimed to promote collaboration between students and companies and facilitate the exchange of theoretical and practical knowledge. Within a short period of time, success skyrocketed and the company’s valuation exceeded 20 million CHF. Driven by this momentum, a clear trend towards robotics emerged. In January 2023, Quarero AG entered into a close partnership with the University of Furtwangen, focused on security robots. This collaboration marked the creation of Quarero Robotics.
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The post Burying the Past — Robots Take on the 60 Million Landmine Challenge first appeared on Presslink Media.