Product features
Friendly
Thanks to the materials with which it is manufactured, reducing the environmental impact.
- 7075 recycled aluminum
- Plastic PLA
- Additions of Expanded Polypropylene (EPP)
- Bamboo propellers
Key Elements
It has a hybrid microsystem of renewable energies, constituted of a flexible solar panel and a wind turbine of reaction, which allows to increase its energy autonomy and flight time.
Portability
Folding arms that allow to reduce its volume, facilitating to the rescuer its translation and storage.
Payload
It can carry loads of up to 1500 grams, without losing aerodynamic efficiency.
Design concept
Inspired by race cars and combat jets, giving it an aerodynamic profile that improves its efficiency, as well as giving it an attractive physical appearance, transforming it into a product of novel and exceptional appearance.
The frame
The structure where the electronic components are housed, has perforations whose function is to decrease the weight and, in turn, to serve as a fit between the pieces.
Micro wind turbine of reaction
Which is behind the protective metal mesh, is located on the front of the drone, because the wind hits head on by the horizontal displacement.
The solar panel thin film
Allows that in case of discharging the vehicle during the flight, it can land autonomously, recharge the battery 100% through the solar panel, and then return to the take-off point.
The phosphorescent PLA housings
The orange color is the used because of its excellent identification in almost any terrain and good refraction of solar radiation.
The battery
It has the capacity to supply power to a cell phone or other device, through a USB port located in the casing that covers it.
Hybrid system
NISSEP contemplates the use of a hybrid microsystem of renewable energies: solar and wind, to increase the energy autonomy and flight time. In case the vehicle needs to unload during flight, it can land autonomously. It is able to recharge the battery to 100% through the solar panel that is installed. Then it can be able to return to the take-off point.
Capsule
NISSEP allows to send relief material to the victim’s by means of a capsule where the elements are stored, while the rescue team arrives. In case of not being recovered, the capsule is biodegradable, allowing it to decompose under the conditionsthat occur in nature.
INTELENER SRL 2017 – WEB DESIGN BY MOISÉS CARMONA – NISSEP RPA PROJECT BY ADRIANA RIVAS AND MOISÉS CARMONA
