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Drones

Until this century began, motorsports were viewed mostly at ground level, with spectators able to see cars zooming by on a rally stage or a closed circuit. Major events had aerial coverage which required using a helicopter which wasn’t cheap. In-car footage had been available earlier though but usually available only after the event.

Today, spectators and viewers around the world can watch an event from overhead as drones have made it easier and cheaper to capture imagery from above. Even ordinary drones can provide a view that is exciting and give a broader perspective.

As good as watching from a helicopter
One example of drones being used for motorsports is in the unique Extreme E series for all-electric off-road SUVs. The series has so far gone to the Saudi Arabian desert and the long beaches of Senegal, with the next venue to be Greenland. And at each of the first two rounds, viewers have been able to follow the vehicles as they raced over the rough terrain and able to watch exciting overtaking manoeuvres from overhead. It’s as good as having a helicopter of your own to watch!

The company that is covering the Extreme E rounds is Aerios Solutions which not only captures the footage but also broadcasts it live to a worldwide audience. The drones, which are ‘must-have’ for entertainment and audience wow factor, offer a degree of dynamic perspective that no helicopter or plane could possibly achieve. They are event environmentally friendly in that they don’t need fossil fuel to operate, unlike helicopters. Drones run on electricity and their batteries are recharged on-site using Extreme E’s hydrogen fuel cell generators.

Highly skilled drone pilots
Aerios Solutions, a leader in drone filming technology – has 3 champion stunt helicopter pilots on its team. “It’s safe to say we have a pretty experienced crew at Aerios Solutions!” said its Director Martin Taylor. “Two of our crew are actually world champion helicopter stunt pilots, and all of our pilots have extensive experience in the drone industry including working in major film productions.”

The skills of these pilots are required to control the drones that capture the ODYSSEY 21 SUVs in what is likened to ‘Star Wars meets Dakar Rally’ style racing. “As a race series, Extreme E represents so many world firsts. Live sports programming with this level of remote production has not been done in these parts of the world before. In Greenland, we’ll be in a valley with a glacier on the side; in Senegal, we were on a beach next to a lake; and in Saudi, we were literally in the middle of a vast desert canyons. Getting live pictures out of these places with the level of integration we’ve got, just hasn’t been done before,” Extreme E’s Chief Marketing Officer, Ali Russell, proudly explained.

Aerios Solutions came on board as it was well known to Extreme E’s film production company, Aurora Media, in the past. They were an ideal outfit to get the coverage and nobody else is doing anything close – in extreme environments, with augmented reality and really dynamic coverage.

The drones can capture views like these, giving the audience a more exciting perspective of close duels – and the broadcasts are delivered live worldwide.

Operating in remote locations
There is no doubt that it is insanely tricky flying and shooting in Extreme E’s remote locations. However, even before that starts, the logistics are among the main challenges. “Getting a whole live broadcast to such remote areas is a huge challenge. There is absolutely no infrastructure on site before Extreme E arrives there. Every piece of equipment has to be transported to the operating site. Thinking ahead and planning are essential to making the operation a success,” said Taylor.

“Transport around site is difficult, and we normally need 4-wheel drive vehicles just to get to the operating positions. The remote locations have given us some unique challenges, from the baking sun and steep canyons of Saudi Arabia, to even being chased by vultures in Senegal!” he revealed.

“In terms of equipment on-site, we have three main large drones for live broadcast, along with numerous small FPV (First Person View) drones. these are extremely small, extremely quick, lightweight and agile racing drones which we use  for recording fast dynamic, close shots,” Taylor said.

The three actual broadcast drones, made by a company in the Netherlands, are highly modified versions of the Acecore Technologies Neo and Zoe drones. They are large, stable platforms able that carry not only the camera and gimbals, but also the complex broadcast equipment and they can fly in all weather conditions which is pretty important in this championship.

Working together from 3 countries
In total, there are 6 pilots on site, operating three drones simultaneously. There is an engineer on call in the UK, along with Taylor in the broadcast suite in London. To carry out live broadcasting to millions of screens around the world,  the footage is transmitted from the drones to receivers on-site. From there, the signal is transmitted to the director and producer in the broadcast compound and then, via satellite, to the broadcast suite in London. Finally, the signal is transmitted to a technical team in the Netherlands. After all this, the signal travels back to the on-site broadcast team, before finally being transmitted worldwide via satellite.

Even if you consider yourself a fairly competent pilot of a DJI drone, the drones used by Aerios Solutions are extremely complicated to operate. A minimum of two pilots is needed to operate each drone – one pilot controls the drone itself, the other the camera/gimbal.

“The main skills required are a high level of piloting skill. The pilots need to be extremely skilled and experienced in actually flying the drone and, of course, technical skill meaning they need to be able to maintain the drones in the remote areas. Also, team working skills – the pilot and gimbal/camera operator work as a team to get the live broadcast shots. Normally, the gimbal/camera operator directs the pilot, but they work together ‘as one’,” said Taylor.

He added that communication skills are also important. Not just communicating with each other as they chase the vehicles around the course but also with the production team. They are directed from the on-site producer, the on-site director and the production team in London.

Click here for other Extreme E news and articles.

StayAtHome

Unmanned Aircraft Vehicles (UAVs) are increasingly becoming vital tools for armed forces and law enforcement agencies. While there are those which have offensive capabilities, many are used for observation purposes to give authorities a real-time view of the situation in a certain area.

For instance, during the Movement Control Order (MCO) period in Malaysia, the police and army have been using drones – which are also UAVs- not only to detect people not following #stayathome regulations but also to broadcast the regulations in housing areas.

For military purposes, the drones are certainly much larger and more capable than those from DJI (the most popular commercial brand in the world) and are equipped with sensors and other high-tech equipment to enable detailed observation and patrolling.

Scan Eagle UAV
First batch of UAVs delivered to Malaysia

UAVs help defend territorial integrity
Recently, the Royal Malaysian Navy took receipt of the first batch of 6 Scan Eagle UAVs from the USA via the US Embassy in Malaysia. According to a statement from the embassy, ‘the USA and Malaysia have shared a productive, mutually beneficial security cooperation partnership. We continue to do so now during these challenging times and we look forward to working together in the future.’

The UAVs will enhance the Royal Malaysian Navy’s ability to defend the country’s territorial integrity, providing valuable reconnaissance capability in areas like the South China Sea and Straits of Melaka. Navy personnel will receive training to operate the UAVs.

Scan Eagle UAV

Some details about the Scan Eagle
Certainly very much larger than a DJI Mavic drone, the Scan Eagle UAV is built by Insitu Inc., a wholly owned subsidiary of the Boeing aircraft company. The UAV is based on Insitu’s SeaScan miniature robotic aircraft developed for the commercial fishing industry. Military forces of at least 8 countries use the Scan Eagle for day/night intelligence, surveillance and reconnaissance, and there are also numerous civilian and commercial operators around the world.

Scan Eagle UAV

With a fuselage length of 1.55 – 1.71 metres and a wingspan of 3.11 metres, the 18-kg Scan Eagle is said to be able to reach an altitude of 5,950 metres and fly around for 24+ hours. Using petrol or JP5/JP8 fuel, the Scan Eagle can fly at speeds of up to about 110 km/h. It can carry all sorts of equipment, depending on the mission, and cameras available include electro-optic and infra-red types.

It is launched autonomously by a catapult launcher and the route it follows can be pre-programmed or managed by an operator. A patented SkyHook recovery system is used for retrieval which catches the UAV’s wingtip with a rope that hangs from a 15-metre high boom.

Social distance

PISTON.MY

Jaguar has picked an unconventional way to prove how capacious its XJ’s cabin can be through the use of drones. The automaker staged a remote-controlled drone race called ‘Game of Drones’ to demonstrate how much room its flagship long-wheelbase saloon has to offer.

As part of the race, these high-speed mini aircraft, that were piloted by professional drone racers, flew through three cars on a course that was marked out with 13 gates that were the same shape as an XJL rear door.
Considered a marketing ploy, the drones that were travelling at close to 100km/h had to navigate their way through the door-shaped gates lit in Phosphor Blue and Red to highlight two of the XJ’s interior lighting options.

Speaking of this unique drone race, Brett Collis, a champion drone pilot, said, “I’ve been racing drones in competition for years, but this is a first for me. The course was a great test, but the fact we were able to go at such speeds proves how much space the doors of the Jaguar XJL gave us.”

“Despite having to fly through the cabin we were still pushing the drones to their top speeds,” He later added. These ‘to close for comfort’ drone maneuvers were executed to demonstrate the difference that it makes to have five extra inches of legroom with the long-wheelbase car, that that offered with the base car.

Jaguar’s XJ is the largest four door saloon that the company makes and it boasts an ‘exquisite’ interior that is bestowed with the latest technology. It also features airline style reclining seats with massage function, increased headroom, fold-out tables and specially tuned rear suspension to enhance ride comfort.

The car is also equipped with full LED headlights, all-wheel drive and All Surface Progress Control (ASPC), as well as the latest Touch Pro infotainment system. It’s basically Britain’s ultra luxury answer to the Mercedes-Benz S-Class and BMW 7-Series.

Currently, the XJL and its more powerful sibling, the XJR575 are built at Jaguar Land Rover’s Castle Bromwich plant alongside the XE, XF and F-TYPE. In recent years, the model has helped bolster the company’s yearly sales.

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