drones, as unmanned aerial vehicles (UAVs) or unmanned aircraft systems (UAS), are remotely piloted or autonomous flying vehicles. they come in various shapes and sizes, ranging from small consumer quadcopters to large military surveillance and combat drones.
many consumer drones use a multirotor design, such as quadcopters with four rotors, hexacopters with six rotors, or octocopters with eight rotors. This design provides stability and maneuverability. most drones are controlled by human operators from the ground using a remote control or a specialized device.
some drones can operate autonomously, following pre-programmed flight paths or using sensors and algorithms to navigate and avoid obstacles. drones have a wide range of applications, including aerial photography and videography, surveillance, search and rescue, agriculture, environmental monitoring, and even package delivery.
some drones have a fixed-wing design, similar to traditional airplanes. These drones are often used for longer-range missions and are more efficient in terms of energy consumption. the use of drones is subject to regulations in many countries to ensure safety and privacy. These regulations may include restrictions on flight altitudes, no-fly zones, and registration requirements.
consumer drones have become increasingly popular for recreational use and professional applications, contributing to advancements in technology and a growing industry.
drones equipped with cameras are used for capturing aerial photos and videos for various purposes, including filmmaking, surveying, real estate, and event coverage. UAVs equipped with specialized sensors are used in precision agriculture for tasks such as crop monitoring, irrigation management, and pesticide application. drones can be deployed in search and rescue operations to locate missing persons, assess disaster-affected areas, and deliver essential supplies.
drones are used for environmental research, including wildlife tracking, forest health assessment, and pollution monitoring. UAVs are used to inspect infrastructure such as bridges, power lines, and pipelines, providing a cost-effective and safer alternative to traditional inspection methods.
FPV flight controllers | ,F405/F722,F405/F722 60A | ||||||||
FPV ESC(electronic speed controller), | 60A 4-IN-12-6S ESC | ||||||||
FPV receiver systems, | ELRS 915MHz/ ELRS 2.4GHz/868Mhz | ||||||||
FPV image transmitter systems | 2.5W VTX1000, 1.2G(8KM~10KM), 5.8G(5KM~7KM) | ||||||||
FPV frames, | 10", 470mm, wheelbase,carbon fiber, aerospace aluminum alloy, 167g | ||||||||
FPV brushless motors, | 3115, 900KV | ||||||||
FPV propellers, | 10x4.5x3(1050) | ||||||||
FPV antennas, | 5.8G RHCP 150mm,MMCX, 25*25/φ1.6mm | ||||||||
size | L270mmxW390mmxH480mm | ||||||||
FPV VR goggles, | DJI Goggles2, 5.8G, 40CH | ||||||||
FPV lithium batteries, | 6S1P, 22.2V, 8000mAh,75C | ||||||||
FPV battery charger | M7AC 100W DC300W 15A | ||||||||
FPV camera | 1200W480P RATEL V2,384PX,256PX, 165 wide angle | ||||||||
FPV remote control | FPV MARKII, TX12,ELRS. | ||||||||
FPV tuner | BETAFPV ELRS 915 | ||||||||
FPV screen 9" | dual band display,1.2G~5.8G | ||||||||
maximum speed, | 140km/h | ||||||||
flying time, | ≥35 minutes (no load)≥15 minutes (load 2.5kg) | ||||||||
working temperature, | -10℃—40℃ | ||||||||
image transmission distance, | 6-8km | ||||||||
standard load, | 2kg | ||||||||
maximum load, | 4kg | ||||||||
input voltage, | 7V~34V | ||||||||
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FPV flight controllers | F405/F722,F405/F722 60A | ||||||||
FPV ECS(electronic speed controller), | 50A 4-IN-12-6S ECS | ||||||||
FPV receiver systems, | ELRS 915MHz/ ELRS 2.4GHz/868Mhz | ||||||||
FPV image transmitte systems | 1.6W VTX, 1.2G(8KM~10KM), 5.8G(5KM~7KM) | ||||||||
FPV frames, | 7",295mm, wheelbase,carbon fiber, aerospace aluminum alloy, 128g | ||||||||
FPV brushless motors, | 2807, 1300KV | ||||||||
FPV propellers, | 7x4x3(1050) | ||||||||
FPV antennas, | 5.8G RHCP 150mm,MMCX, 25*25/φ1.6mm | ||||||||
size | L193mmxW223mmxH320mm | ||||||||
FPV VR goggles, | DJI Goggles2, 5.8G, 40CH | ||||||||
FPV lithium batteries, | 6S1P, 22.2V, 8000mAh | ||||||||
FPV battery charger | M7AC 100W DC300W 15A | ||||||||
FPV camera | 1200W480P RATEL V2,384PX,256PX, 165 wide angle | ||||||||
FPV remote control | FPV MARKII, TX12,ELRS. | ||||||||
FPV tuner | BETAFPV ELRS 915 | ||||||||
FPV screen 9" | dual band display,1.2G~5.8G | ||||||||
maximum speed, | 140km/h | ||||||||
flying time, | ≥28 minutes (no load)≥15 minutes (load 1kg) | ||||||||
working temperature, | -10℃—40℃ | ||||||||
image transmission distance, | 6-8km | ||||||||
standard load, | 1kg | ||||||||
maximum load, | 2kg | ||||||||
input voltage, | 7V~34V | ||||||||
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