Freewing JAS-39 Gripen 80mm EDF Jet Canard Programming
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- เผยแพร่เมื่อ 6 ม.ค. 2021
- Motion RC
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RC Air Marshall
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Boozer Barracks
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In this episode, the RC Air Marshall will walk you through how to set up the canards of the amazing jet.
The JAS 39 Gripen’s unique delta wing and canard configuration endows it with excellent agility, most notably a tighter turning radius than the American F-16! Flown by more than a dozen NATO countries, the Gripen is a Mach 2 multi-role fighter whose 25 year service history continues onward with distinction.
Freewing has raised the bar again for RC foam electric delta winged jets with the JAS 39 Gripen. This jet is precisely modeled for scale fidelity and practical RC performance, and assembles in minutes including pre-installed electronics and LED lighting. Powered by our popular 80mm 9-blade Inrunner EDF and a 100A ESC, the Freewing Gripen is designed for power! At ~1/9 scale and 1613mm/63” in length, the Freewing Gripen is longer than its predecessor, the Freewing Typhoon/Eurofighter. Referencing the full size Gripen’s short take-off capabilities, the Freewing Gripen is optimized for short take-offs and surviving unkempt landing strips.
Recommended for intermediate to advanced skill level pilots, the Freewing Gripen offers the power, size and speed of a 90mm super scale jet, in a lighter, faster, and more economical 80mm EDF Series package. Full-functioning canards enable high agility, and full-coverage gear doors improve the airframe’s overall aerodynamics.
In this episode, the RC Air Marshall will walk you through how to set up the canards of the amazing jet. - บันเทิง
Thank you!! Why was it so hard to find a video going over receiver and channel setup? Every video goes straight from final assembly to radio mixes and skips the important stuff especially on a plane that is so complex with many different configurations that the manual doesn’t even walk through radio setup! Thanks for making this!!
SWEET. Wes and Dave great show. This Old Man really enjoyed it. ✈️😎💝💝
Great show guys, was good to see you both giving pro advice. 👍🏻
Excellent Video, and EASY For us Knucklehead pilots to understand! Lol
I Will put my GRIPEN Together very soon!! Can’t wait, this video helps big time!! : )
Amazing video guys!! Just finished setting mine up few days ago and this video just solidified my settings, now I feel more confident!! Thanks guys!! 👍🏼👍🏼🙌🏼🙌🏼
Nice man is it the one from the event?
@@MerryBoozerRC Yup, wife made me wait till Christmas to open it 😆!!
How do u do a gyro setup
Have you flown her yet? The real life one is controlled by a Flight Control System. Be careful at first. The canards are just used at lower speeds apparently - so your model will be SUPER manuevering. You probably saw the video of the one tht broke mid-air. Hope your model is stronger to take the knifes edge. Looking great !
Yes we have there is already a video of it here on the channel 😉
@@MerryBoozerRC She doesn't fly too bad now does she?
@@rynopot nope I actually flew it at 100 % really a fun plane
The wiring is very important but wasn't included in this vjdeo. If you're using a receiver with a gyro just bypass the control box and run every servo to it's own channel before flowing this guide.
Can I use a dx8 for this setup or do I need more channels...thanks
8 is plenty
@@MerryBoozerRC really?!!.. I thought I was gonna have to buy another transmitter...I was also going to get the spectrum 8 channel reciever that you are using so this video will work out great...thanks alot
@@MerryBoozerRC and also is that without a gyro ....if I added that would I need more then 8 channels?
@@mannysrceverything712 nope gyros don’t add channels although it might get a little tricky programming a gyro in on this bird
@@mannysrceverything712 also you can get away with a 6 channel receiver guys have found a way to do it with Y harness I think James did a video on Motionrc
The thumbnail😂😂😂
Lol I thought it was funny lol
Couldn't you just set it up as Elevon or Elevon B wing type with no mixing, and just tie the opposite canards and elevons with y-harnesses, maybe with signal reversers. The left canard will always move in the opposite direction of the right elevon and vice versa.
Possibly but my brain doesn’t compute that lol 😂 this is one way to do it I’m sure there are others
@@MerryBoozerRC I was thinking about scratch building something with canards, and I think I could save two channels and the mixes by setting it up this way.
Taking the left canard and right elevon: If you wanted to pull up, the left canard would have the trailing edge deflect down, the right elevon would have the trailing edge deflect up. If you wanted to roll right, same thing.
To roll left or nose down, each would be the opposite of the above. In any case, the right canard and left elevon would also be working opposite of each other, one way or another.
It would mean the minimum radio system is only 5 channels, or those extra channels could be used for things like discrete nose gear steering, motor reversing, afterburner, thrust vectoring, etc.....
Just seen my buddy Dave from the video answering this on Facebook don’t know if your the same guy he was talking to but here’s his response (RCAIRMARSHAL)
Charlie Marchiony you’re right. LoL. Sorry... I was overthinking it in my head. Yes, you should be able to Y the left canard with the right elevon. And right canard to the left elevon. I’m going to delete my previous posts so people don’t get confused. Now keep in mind, doing this you won’t have the ability to adjust travel and trims independently. The canards will always do what the elevons do, which may have been my concern with wiring them this way. I don’t think I left the canards at 100% travel, and Y together they had too much throw. For the Gripen