On a bright sunny day in the august of 1849,the streets of Venice was crowded with happy faces celebrating Festa Della Madonna Della salute, little did they know that soon the sky above them will not only put an end to their festivity but would also lead to their country surrendering to Austria.
For the first time in the history of wars pilotless harder balloons were used to drop bombs in the enemy’s territory. The technology was fully developed after World War 1 and came to be known as “DRONES” several years later, unmanned aerial vehicles UAVs more popularly known as DRONES are rapidly growing in popularity.
If you have a property that’s more than just a front yard and backyard and if you want to be kept abreast of the happenings in your surrounding at any time of the day, you‘ll likely need to install a bunch of cameras and in some cases a dozen cameras, not only is this expensive but they end up violating your privacy constantly.
Drone system is an on demand operation system, the drones fly out only when you need it to and it looks wherever it needs to, it’s much easier to install and it uses a comprehensive coverage. If a drone flies out and encounters an intruder on your property, be sure that they won’t be staying for long.
Unmanned aerial vehicles, flying mini robots, miniature pilotless aircraft, “DRONES” as they are popularly known are one of the major technological advancements of today. Over the past few years drones have become central to the functions of various businesses and governmental organizations, as demand for the same technology grows across many fields.
Revolutionizing the way vital infrastructure and assets are inspected and monitored, changing the way visual data is collected and analyzed. In an economic impact assessment the association for unmanned vehicle systems international estimated that by 2025 more than 100,000 jobs will be created in the unmanned industry. This shows the significant contribution of UAVs development.
Industries that require aerial imaging for data collection can benefit from the introduction of drone technology. This is why Beat Drone Academy RPAS Ground School aims to provide students with the information they need to successfully pass the test and earn the certificate so they contribute significantly in the unmanned industry.
The fast pace of drone technological innovations is tremendous and its use has great potential to support and address some of the most pressing challenges in various fields in terms of access to actionable real time quality data. While flying drones can be done for professional and recreational reasons, the last few years has seen a significant increase in the adoption, use and expansion of drones across industries, increasing work efficiency and productivity.
From a military innovation to an exciting hobby to a technology that is transforming commercial industries, the use of drones has rapidly changed over the past years and future opportunities in the field are limitless. Drones have been around for more than 2 decades but their roots date back to WW1, when both the US and France worked on developing unmanned airplanes.
Drone technology is constantly evolving and in recent years has seen some groundbreaking progress. Drone technology can be broken down into 7 generations;
Generation 1: They are basic remote controlled aircraft of all forms.
Generation 2: They have static designs, fixed camera mount, video recording and still photos and manual piloting control.
Generation 3: They have static designs, 2 access gimbal, HD video, basic safety models and assisted piloting.
Generation 4: They have transformative designs, 3 access gimbals, 10 HDHP Video or higher value instrumentation, improved safety models and auto pilot modes.
Generation 5: They have transformative designs, 3600 gimbals, 4G Video or higher value instrumentation, and intelligent piloting mode.
Generation 6: They are commercially suitable, safe with regular standard based design, platform and payload adaptability, automated safety modes, intelligent piloting models and full autonomy airspace awareness.
Generation 7: They have complete commercial suitability, full compliance safety and regulatory standard space design, platform and payload interchangeability, automated safety modes, enhanced intelligent piloting models and full autonomy, full airspace awareness, auto action take off land and mission execution.
The generation 7 drones are already on the way and will be a game changing addition to drone technology. Nigeria unveiled $195 million worth of boats, vehicles and aircraft to spearhead the government’s fight against piracy in the Gulf of Guinea.
The equipment will enable security forces to patrol the waters off the country’s coast more effectively and restore confidence to vessels operating in the area. Nigeria borders on an expanse of the Atlantic Ocean that’s become the most perilous part of the world for sailors, accounting for almost all kidnappings at sea in recent years.
Nigeria is “restoring sanity to our waters,” says Bashir Jamoh, director-general of the Nigerian Maritime Administration & Safety Agency, who is coordinating the project. Through a program known as Deep Blue, the government deployed two special-mission vessels, two aircraft, three helicopters, four drones, 16 armored vehicles and 17 interceptor boats. Which will be operated by the Nigerian military. While military drones have been used for over a decade, the predator UAV is among the most well-known. Small or portable drones are now being used by ground forces on a regular basis as target deploys for combat missions, research and development, and for surveillance purposes. Drones have been a part and parcel of the military forces worldwide, according to a recent report by Goldman Sachs, military spending will remain the main driver of drone spending in the coming years.
Goldman estimates that the global militaries will spend $70billion on drones by 2020 and these drones will play a vital role in the resolution of future conflicts and in the replacement of the human pilots.