ABOUT US. and production.

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Debra Hensley
7 years ago
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2 ABOUT US Lapis Aerospace and Electric Vehicle Technologies LLC. was established in 2015 by experts in their fields. Lapis Team, with 8 years of technical infrastructure in Unmanned Systems and Electric Vehicles sectors, has started working on their first multirotor prototype in 2013 and proceeds successfully with the aim of becoming leader in countrywide unmanned systems and electric vehicles industries with completely indigenous design, software and production. Our existing products are consist of rotary wing Unmanned Aerial Vehicles Hexacopter Scorpion-A and Quadcopter Spider.which are indigenous design and production. Our indigenous Auto-Pilot and Ground Control Station are used for both system. R&D activities for fixed wing UAV and multicopters are in progress. Besides, we have some ongoing projects to meet requests of our customers with special design and production.

3 Spider (Quadcopter) 5 kg take-off weight (with maximum payload) 1 kg capacity of payload 30+ minutes flight time with payload Flying ability in ca km/h wind HD video transfer (3+ km) / Analog video transfer (5+ km) 20 m/s flying speed (72 km/h) Fast battery charge (1.5 hours) 3750 m altitude above MSL Spider Scorpion-A (Hexacopter) 16.5 kg take-off weight with maximum 4 kg payload and 40+ minutes flight time 60+ minutes flight time with 1.5 kg payload Flying ability in ca km/h wind Real-time video transmission (10+ km) 15+ m/s flying speed (54 km/h) Fast battery charge (1.5/2 hours) 3750 m altitude above MSL Spider Scorpion-A (Naked, Test Fligt)

4 Our Auto-Pilot System Completely indigenous design and software Stable and safe flight through precise navigation and robust control algorithms Auto-pilot system with back-up Situational awareness through self-check during start-up and flight Feature of disallowing autonomous flight when flight conditions are not satisfied Return home mode in emergency or link lost situations Multiple route tracking and property of route switching Auto pilot supported manual flight in emergency situations

Our Ground Control System Instant monitoring of all flight and sensor information on Turkish operator interface Ability to work offline with Google Earth Maps Realtime video transfer and record

5 Our Ground Control System Instant monitoring of all flight and sensor information on Turkish operator interface Ability to work offline with Google Earth Maps Realtime video transfer and record (Digital and Analog) km video and data transfer Automatic user reminders for pre-flight controls and periodic maintenance Auditory and visual warnings Design with or without case in accordance with usage area Adaptive user interface on handheld computer and tablet GCS Applicaiton Interface Portable GCS with its Antenna Unit

6 OUR CAPABILITIES All Types of Aircraft Design Aerodynamic Design and Analysis Modeling and Simulation Flight Control and Navigation Algorithms Design Solid Modeling and Structural Analysis Machining and Composite Technologies Embedded Hardware Design Embedded Hardware - Software Image Processing Algorithm Design Windows/Linux Based Interface Design Fixed Wing/Rotorcraft/Multirotor Mechanical Design Production/Integration/Flight Test

Control Design of Unmanned Aerial Vehicles (UAVs)

Control Design of Unmanned Aerial Vehicles (UAVs) Roberto Tempo CNR-IEIIT Consiglio Nazionale delle Ricerche Politecnico di Torino tempo@polito.it Control of UAVs UAVs: Unmanned aerial vehicles of different