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Research Blog

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Actualizado: 28 nov 2021

SPIE Future Sensing Technologies




The widely use of the Unmanned Aerial Vehicle (UAV) in the last decade has promoted the use of different detection technologies that can be adapted to the different conditionswork in ambient indoor/outdoor. The object detection observed under rainy conditions is a challenge to which they have proposed some solution as use of the Radar. Due to the atmosphere’s capacity to absorb the wavelengths in the near-infrared spectrum, the SPI-NIR is a solution of lowcost. The SPI systems in recent years have improved, reaching processing times close to real-time , which offers an advantange for its integration in systems enables autonomous navigation of Unmanned Aerial vehicles (UAVs), where its necessary to have fast response times of vision systems for navigation applications and it doesn’t need to have a highquality image.




  • Foto del escritorCarlos Osorio

Actualizado: 28 nov 2021

Catatumbo CS-3 third solar vehicle of Venezuela. Currently in the phase of building.

Technical characteristics: Dimensions 4.4x1.6x1.09, weight 250kg, cell arrangement 6m2 with a power of 1920W with an efficiency of 20%, two brushless synchronous motors of 3KW, maximum speed 120km/h, Bus DC 72V LIPO battery with an autonomy of 8hs, electronic differential, telemetry system.




  • Foto del escritorCarlos Osorio

Actualizado: 13 ene 2023

Käi CS-2 second solar vehicle of Venezuela, built-in 2011, participated in the Atacama Solar Challenge, where 5th place traveling a distance of 1300km.

Technical characteristics: Dimensions 3.2x1.2x1.08,weight 120 kg ,cell arrangement 6m2 with a power of 1920W, brushless synchronous motor of 4.5KW, maximum speed 70km/h, Bus DC 72V LIPO battery with an autonomy of 4hs and telemetry system.



 

https://www.youtube.com/watch?v=p5VQPq6sasc





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