2. o Portable low-cost aerial drone that can be used for reconnaissance o Relay real-time video and data, like location, heading, battery life o Take high-resolution pictures of the ground in flight o Store photos and some flight data in non- volatile memory, á la “blackbox” system. o Control drone manually via a control unit

4.  PCB manufacturing: - Emissions of heavy metals, radioactive elements into air - Organic and inorganic compounds in waste water  PCB area was minimized to reduce our particular environmental impact

5.  Sensors and other IC Manufacturing - Hazardous chemicals required - Poisonous elements such as antimony, arsenic, palladium, lead are also used  ROHS certified products were used - This limits use of lead, mercury, cadmium

6.  Lithium-Polymer Battery - Limited number of charging cycles -Significantly more volatile than Ni-Cd/ Ni-MH batteries  Recharge only when necessary, with help of battery management IC  Financial incentive for recycling batteries

7.  Foam (Polystyrene) -Non biodegradable -Type of plastic  Recycle responsibly  Attach warning labels

8.  Misuse - The UAV could be used for spying - Invasion of privacy  Warning labels  Mention in user manual

9.  Injury - UAV has considerable momentum - Can cause personal injuries  Warning labels  Age limit  Alternative control system, whenever necessary

10. The UAV will be thoroughly tested to the following regards: - Software integrity - Mechanical faults due to rough handling - Steady flight in good weather

11.  Questions?