Systems fitted out the wagon with all of the necessary drone operations gear. The talented young conservationist was in charge of the WWA’s most advanced research project.
“Now put the goggles on,” Johnny said.
Sandra picked up the wireless Fat Shark Dominator HD video goggles and slipped them over her eyes. They were lightweight but huge, like a telephone handset attached to her face. Of course, she couldn’t “see” out of them—they didn’t have any lenses. The Fat Shark was a video projection system—a wearable digital theater.
“Now take this.” Johnny handed her the flight controller.
“Fantastique!”
“Quite the view, eh?”
“Like a bird. I can see everything.”
Sandra’s entire field of view was filled with a perfect HD first-person video (FPV) image on the screen, which was also simultaneously recorded on a hard drive in the Rover. The forward-looking bird’s-eye POV through the spinning propeller was mesmerizing. She tapped another toggle and a real-time map of Limpopo Park appeared on her video screen. A blue dot indicated the GPS location of the Silent Falcon, and a red dot indicated the position of a recently GPS-tagged rhino, part of the last herd in Mozambique, about five kilometers away.
“Now rotate the camera,” he said. “The god’s-eye view is even cooler.” The Silent Falcon was equipped with a rotating gimbal that housed the optical and infrared cameras, along with a laser pointer.
“This is perfection, Johnny!” Sandra rotated the camera through its entire range of motion, like she’d done on simulated practice sessions before, but this was her first real-time flight with the Silent Falcon.
The WWA recently made arrangements with Mozambique’s Wildlife Department to take over rhino observation-and-research duties. The cash-strapped, ill-equipped bureaucracy had become rather lax in its conservation responsibilities in the last few years, particularly in regard to the endangered rhino population, now perilously small and reduced to just a dozen adults. The sad truth was that some of the poorly paid Mozambican park rangers were known in the past to have colluded with poachers to gather up the rhino horns so prized by wealthy Chinese for their supposed powers as aphrodisiacs and medicinals. But even the honest park police were increasingly tasked with counterterror duties, and wildlife considerations took a backseat to the new security priorities set in Maputo.
The quiet exchange of cash to the appropriate government ministers gave Sandra’s privately funded NGO the chance to get into the GLTP and begin monitoring the rhinos. Fortunately, poachers hadn’t been seen on the Mozambique side of the Limpopo in over a year, so the human threat to those magnificent animals wasn’t her main concern.
Tracking rhino migration patterns and feeding grounds was theprimary focus of Sandra’s research. Her dream was to introduce more rhinos into the local population and restore the herds that once roamed freely here.
The joy in her face at that moment was palpable, and Johnny had just handed her the high-tech key to her dream. He had no idea it was possible to be this happy for someone else.
Pearce Systems’ research director, Dr. Kirin Rao, selected the solar-powered sUAS because it had a fourteen-hour flight time and a nearly silent propulsion system, both features that made it a perfect platform for wildlife observation. Rao paired up the hand-launched surveillance drone to a control station and a video camera system with an editing suite installed in the cargo area of the oversize Land Rover, but the Silent Falcon could also be easily flown with the handheld controller that Pearce Systems provided. With detachable wings, the Silent Falcon could be quickly disassembled for transport, and just as easily reassembled in the field. Along with spare parts, extra batteries, a charging station, and all the other equipment needed to operate it, the solar-powered drone system