The Stratobus Earth Drone Looks to Ensure Security Down Below
Itai Buenahora — March 21, 2014 — Tech
References: thalesgroup & wired
The StratoBus is an earth-watching dirigible drone that will watch our planet from 13 miles high. This drone-satellite hybrid out of France was crafted to be the size of a football field and made up of carbon fiber.
The high-flying drone floats to the lower stratosphere at an altitude of 13 miles, which developers feel is a perfect position to enable a range of functions that include surveillance, border security monitoring, facilitating navigation and communications reinforcement. All of these functions will be performed from a stationary position with the help of just two self-adjusting electric motors. The ingenious drone is constructed with state-of-the-art solar power systems with panels that rotate, maximizing sun access and coupled with a power amplification system to handle potential surges in any given atmospheric area.
The StratoBus is built to endure year-long missions with a lifespan of five years and is a remarkable advancement in space navigation.
The high-flying drone floats to the lower stratosphere at an altitude of 13 miles, which developers feel is a perfect position to enable a range of functions that include surveillance, border security monitoring, facilitating navigation and communications reinforcement. All of these functions will be performed from a stationary position with the help of just two self-adjusting electric motors. The ingenious drone is constructed with state-of-the-art solar power systems with panels that rotate, maximizing sun access and coupled with a power amplification system to handle potential surges in any given atmospheric area.
The StratoBus is built to endure year-long missions with a lifespan of five years and is a remarkable advancement in space navigation.
Trend Themes
1. Earth-watching Drones - Disruptive innovation opportunity: Develop lightweight, long-lasting drones equipped with high-resolution cameras for continuous monitoring of the Earth's surface.
2. Stratosphere Drones - Disruptive innovation opportunity: Create drones capable of floating in the lower stratosphere for extended periods of time to perform various functions like surveillance and communication reinforcement.
3. Solar-powered Drones - Disruptive innovation opportunity: Design drones with state-of-the-art solar power systems to maximize flight time and reduce reliance on traditional energy sources.
Industry Implications
1. Aerospace and Defense - Disruptive innovation opportunity: Develop advanced drone technologies for border security monitoring, navigation, and communication reinforcement.
2. Renewable Energy - Disruptive innovation opportunity: Integrate solar power systems into drones to reduce carbon footprint and enable longer, more sustainable flights.
3. Surveillance and Security - Disruptive innovation opportunity: Create innovative surveillance drones for monitoring and protecting borders, providing real-time information to security agencies.
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