Spitfire76

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Everything posted by Spitfire76

  1. Just started to follow this guy on YT that's flying drones for work and bush planes as a hobby - what a life!
  2. Interesting to see that Skydio just announced its commercial version of their US Army drone.
  3. Today Skydio announced its new enterprise drone the Skydio X2 https://www.skydio.com/pages/skydio-x2 To be more precise the X2D is for the US Army and X2E is for enterprise. Interesting I thought Parot had the Army contract but maybe both companies do. Also I believe Skydio has collaborated with Parot in the past (controller for the Skydio 2).
  4. Do we know what collision avoidance if any is in the ANAFI USA ?. I don't believe the smaller models had it but maybe this one does.
  5. Well you might simply want to check out the SDKs on some of the ready built drones like DJI and Parrot to see if they fit your needs. https://developer.dji.com https://developer.parrot.com You mentioned in your initial post that your target area for flying is in woods so collision avoidance is important. I know that DJI has collision avoidance on most of their mid to high end drones but not sure about Parrot. There is also Skydio as they have what looks like great collision avoidance technology but not sure if they have an SDK and currently only ship to USA and Canada and since
  6. This is just an example and may or may not be the type of drone that you need but a drone development kit like this would avoid you having to source parts. https://docs.px4.io/master/en/complete_vehicles/px4_vision_kit.html Looks like you would need to contact Holybro for pricing and availability but their email is provided in the above link. Here is another from NXP. https://www.nxp.com/applications/solutions/industrial/aerospace-and-mobile-robotics/uavs-drones-and-rovers/nxp-hovergames-drone-kit-including-rddrone-fmuk66-and-peripherals:KIT-HGDRONEK66 It would help i
  7. There are 2 open source flight stacks that you may want to consider that run on a variety of hardware. Also they have simulation tools so you can get to know them without hardware to start. https://ardupilot.org https://px4.io I am more familiar with the first one and have built several drones with that stack. The second one though is often used in some "off the shelf" drones so that could be better if you don't want to assemble the hardware. Both provide a SDK for several languages including C++ and Python. The core software mainly handles the flight control functions and typic
  8. I see that the 2020 Hovergames challenge is open until the end of July. I think that this type of challenges are great especially for educational institutions. https://www.hackster.io/contests/hovergames2 Also, I really liked NXP's recent collaboration with FliteTest in which they together designed a tail sitter drone. I've built drones using open source software as well as several FliteTest's DIY planes and this looks like a great combination so look forward to the plans being available. Also I just followed the NXP presentation at this weeks PX4 summit and will pos
  9. It starts, today (Monday, July, 6) at 8:00 am PDT and registration is free. https://px4.io/virtual-2020/ I don't think that you actually need to register and can watch it on youtube live.
  10. You may have seen this interview that Gary Mortimer, founder of sUAS News did with Henri Seydoux CEO, Parrot. Henri explains how Parrot got into the business of making drones and more recently how they got involved with making a drone for the US Army which resulted in a commercial version called the ANAFI USA.
  11. Looks like DJI may have some serious competition in the area of search and rescue with this new drone from Parrot. It seems to be an ideal drone for first responders as it has 3 built-in cameras that combine provide a 32 times zoom as well as thermal imaging plus its manufactured in the USA.
  12. Interesting new drone from Parrot https://www.parrot.com/us/drones/anafi-usa Price $7000
  13. Welcome @Nightwatch Rick to this forum. If you not already aware of this podcast you may find it interesting as Chris interviews drone pilots from around the world. https://thedronetrainer.com/drone-podcast/
  14. Ok, I understand but that's quite a task. For a start you need to add sensors to the Pi. The basic sensors would be a gyro and accelerometer but then you might want to add a barometer or range finder for altitude and compass and GPS for direction and positioning. As I previously posted there is a "HAT" for the PI than makes it easier to add these sensors. https://emlid.com/navio/ Even though you need to develop the software from scratch you may want to leverage from existing open source software like https://ardupilot.org The software, which will run on the Navio boards,
  15. Hello @Muritadha I prefer keep any communication to this forum.
  16. That's too bad. That hardware has been "end of life" for awhile now and the last version of ArduCopter that will run on it is 3.3 and the latest is 4.x. That being send APM and 3.3 should still work. If you have a 3DR type power module then it will pass battery power to the ESCs and also supply +5v to the APM but you should have a separate BEC for the raspberry pi. Some ESC have a built in BEC but I see that the ones you are using are "opto" and don't have a BEC.
  17. Have you calibrated the ESCs ?. If not you do this by connecting a ESC directly to the receiver's throttle channel. Do one ESC at a time without the the flight controller involved. First make sure that the props have been removed. Turn on the transmitter and move the throttle to full. Connect the battery so the ESC and RX are powered on. You should hear some beeps and then move the throttle to minimum. You may hear some more beeps. Disconnect the battery. Reconnect the battery and check that when you move the throttle up the motor RPMS increase. The abov
  18. If you are referring to the FAA part 107 certificate then you don't have to take the "Initial" test again but the "recurrent" test which is a subset of the initial test (less topics and questions). https://www.faa.gov/uas/commercial_operators/become_a_drone_pilot/
  19. Hello @Sana and welcome to the forum. To use a Pi as a FC you need of course to add sensors (gyro, accelerometer, etc) that are typically built into a FC like the Pixhawk but it looks like there is still a solution from https://emlid.com/navio/ Like most I personally prefer to use a Pi as a "companion computer" connected to a FC like the Pixhawk. Maybe you could provide some more details about your project and what you need to demonstrate to your professors.
  20. Some new hardware (design) from the PX4 company https://auterion.com/skynode/
  21. and his another from the FTCA after their recent trip to D.C
  22. I would use it as a mini search drone to find downed model RC planes at my local AMA club field. It can be really difficult to find crashed planes and club members, including myself, have had to walk around the field for over a hour to locate an aircraft as typically they are not equipped with GPS. I was planning to use one of my home built drones for this purpose but they are large and take up valuable plane space in my car. Cheers Richard
  23. I've submitted by comments to the FAA. Have you ?
  24. Latest update from the recently formed Flite Test Community Association (FTCA). https://ftca.flitetest.com