@Eric-Katzfey Dear Moderator, I am a Drones Engnineer fimiliar with Python, C,C++, PX4 and QGC, Kindly tell me which hardware modems and radios are required in order to develop the SWARM Drones formation and Mesh Networking, I am new to Starling Platforms and Need help
Latest posts made by Zarrar
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RE: Equipment Requirements Hardware
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Equipment Requirements Hardware
Hi,
I want to get two starling VOXL 2 Drones for flying together ( for SWARM Formation), Kindly tell me which hardware additional I need like Modem for connecting it with Computer, Radios and accessories, I am new to VOXL and need support like how to control the two drones over wifi hardware. I will really appreciate the help and Bill of materials if you can help me -
Mesh Network in Wifi FOR SWARM OF DRONES
Hi,
I can see modal AI has modems for the connection of the drones with the GCS as in the following articlehttps://docs.modalai.com/dtc-user-guide/
Kindly let me know that If I want to form a SWARM Drone Formation How I can achieve this over Wifi like 2 drones controlling from GCS and exchanging the information ?Please guide me is there any hardware which support this ? -
RE: SWARM Drone Formation with Starling Drones
@Moderator Kindly let me know in WIFI mode How we can do that? What do yo mean by developing on our Own ? What we need to change in order to do this function ?
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SWARM Drone Formation with Starling Drones
Hi Dear Modal AI,
I want to buy the 2 Voxl 2 Starling drones for Indoor SWARM Formation and later will buy more drones may be 10 or more. I want to ask from you that I want to create MESH Network among drones for formation and communication. Kindly help me which ad ons os necessary hardware I have to buy in order to create MESH network among the drones in Leader follower topology ? Kindly give me solutions and also let me know that is WIFI on board can we create MESH networks or Not ?Kindly guide me with all necessary hardware as I am new to starling Platforms -
RE: SWARM Drones with Wifi with 2 VOXL Starling
@Moderator Please tell me that without modifications Just Like Vijay Kumar has developed the SWARM of MESH with your Drones, I want to buy VOXL 2 Starling Drones in order to develop the Mesh Networking with 2 drones? How I can do it easily? Is it feasible ? or We can develop that with XBEE 3 ? Please help me in this regard ? If I need to change the driver setting How I can do that in order to implement the SWARM of the drones MESH Networking ?
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SWARM Drones with Wifi with 2 VOXL Starling
Hi,
I want to develop a SWARM Drones with 2 drones in VOXL 2 Starling with WIFI Can I form the Adhoc Network with it? -
RE: Autonomus Indoor Quadcopter is need
@Moderator Thanks for the information. Thats exaclty What I want. I need a developer platform. I am a student . I need to do three things on it.
- Autonomous Indoor Control at any given points to sent it to any location ( Can i do it with Python Custom Control)
- Video on PC or Laptop Access or Python to apply Image processing and Machine Leanring Algortihms on it?
- Can I able to fly 3 4 or more drones with Ad Hoc Nework support ? Does it support mutiple UAVs flying togehter?
These things are main please help me
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RE: Autonomus Indoor Quadcopter is need
@Moderator Thanks,
I need swarm drone options, video processing and autonomous flight in planned environment.
Can you guide me that will it do such operations?
Kindly guide me on it -
Autonomus Indoor Quadcopter is need
Hi I need a autonomous quadcoper for inventroty managment and scaning the QRCodes. Kindly let me know that startling support which of the follwing features.
I need guidance
Specifications Documents
Indoor UAV Type : Quadcopter (Easy Hovering)
Flight Type : Autonomous + Manual
Weight : 200 to 700g
Flight Controller : Programmable via Companion Board
Video : Min1080 or More
Drone Control : Python and C++
Telemetry : Video and Data to send to GCS
Onboard Video Processing : Yes
SWARM Configuration Support : Yes
RC Remote Control : Yes
Supported OS : Linux, ROS
Open Source Development Support for AI Algorithms: Yes
Network Adhoc Support : Yes
No Light Condition Working : Yes
Obstacle Avoidance : Yes
Flight Time : 10 mins or above
Navigation in GPS Denied
Environment : Yes
Sensors : Lidar, IMU, Barometer, Optical Sensor
Wifi : Yes
Visual Odometry Support : Yes
Connection : : WiFi,ELRS(ExpressLRS)R/C