Smartphones apps for accessing Quadcopter Drones

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SUMMARY

Designing smartphone apps for controlling and monitoring quadcopter drones operating at 2.4 GHz and 5.8 GHz frequencies is feasible, but presents challenges. Current drones often require a radio control transmitter with analog joysticks for precise control, while many camera-oriented drones are self-stabilizing or autonomous. The integration of smooth analog controls into smartphones is unlikely due to power requirements and market demand. Existing solutions utilize a standard radio control transmitter alongside a smartphone for video display, indicating a hybrid approach is currently preferred.

PREREQUISITES
  • Understanding of 2.4 GHz and 5.8 GHz wireless communication
  • Familiarity with radio control transmitter technology
  • Knowledge of drone stabilization techniques
  • Experience with mobile app development for iOS and Android
NEXT STEPS
  • Research existing smartphone-compatible drone control systems
  • Explore the development of hybrid control interfaces for drones
  • Investigate advancements in drone stabilization technology
  • Learn about the integration of video transmission systems in drone applications
USEFUL FOR

Drone enthusiasts, mobile app developers, and engineers interested in drone technology and control systems will benefit from this discussion.

prashantakerkar
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Is it feasible to design and development Smartphones apps which will access,control & monitor quadcopter Drones operating at 2.4 GHz & 9.8 GHz wireless frequencies?

Thanks & Regards,
Prashant S Akerkar
 
Computer science news on Phys.org
A Google search for "drone smartphone app" produces lots of hits. Do those not use the frequencies that you mentioned?
 
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The drone needs to be compatible with a smartphone app, with the main issue being self stable, since a smartphone doesn't have smooth analog controls. In the case of most aerobatic drones, you need a typical radio control transmitter which has a pair of smooth motion analog joysticks, while most camera oriented drones are self-stable, and some are autonomous, allowing multiple waypoints to be set, after which the drone will fly the waypoint path on it's own.
 
Thanks.

Is it feasible to design and construct future generation Smartphones having smooth analog controls i.e. Self stable having transmitter circuit either internal or external support interface to fly the aerobatic drones.

The transmitter should support the 2.4 GHz & 5.8 GHz wireless frequencies of the Quadcopter Drone.

Thanks & Regards,
Prashant S Akerkar
 
prashantakerkar said:
Is it feasible to design and construct future generation Smartphones having smooth analog controls i.e. Self stable having transmitter circuit either internal or external support interface to fly the aerobatic drones.

The transmitter should support the 2.4 GHz & 5.8 GHz wireless frequencies of the Quadcopter Drone.
It is almost certainly not feasible due to the transmit power required for a decent range. And if you are referring to analog transmissions, I doubt a cell phone manufacturer would spend hardware and space on a little used feature.
 
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Thanks.

Do you feel a Smartphone interfaced with a external power box + transmitter is worth evaluated for flying a quadcopter drone with the app designed and developed for iPhones & Android devices?

Thanks & Regards,
Prashant S Akerkar
 
There are already setups that use a normal radio control transmitter and a smartphone as a display device. The transmitter operates as normal, and there's a device to convert the video signal from the drone to be displayed on the smart phone.
 

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