@Razor228 well, my SP is the beta version, though none of the new parts were used in this creation. I gt try making a generic version, sry for inconvenient.
@WalrusAircraft @weaselfan10101 @Jamesisnotanewb
thank you for your report about performance issues of prev. model.
I just released the reduced version of that. Plz try it.
@mufasa6896 i do try and error...Max speed could be estimated by calculation if the parameters (drag coef, lift coef, and etc ) were known. the thrust force of my custom screw is adjustable by changing both of rotation speed and area of prop blades.
@mufasa6896 thanks! I have a plan to post the core floating/submerging parts later. (dont need citation to use my costom parts) I gotta busy with work this weekend...I beg you to wait until next weekdays XD
@Supercraft888 yup, it will be useful for helos, Tiltrotors, or other VTOL aircrafts.
This system is used and works well in my recent helicopter "Guns A Go-Go".
@Wildblueyonder578 ty; ) All works in this project (including 'lettering' works ) are carried out by me. Lettering stuff takes so much time and my patience XD
@SilentRecom you must see Dipper's UH-60J (https://www.simpleplanes.com/a/9l366u/JMSDF-UH-60J).
He has a state-of-art rotor system. this one has more simple but more neat system than mine and is easy to undetstand how it works.
In addition, I recommend you to learn gyroscopic precession within rotation of rotors, and unbalance of lifting force due to bias of adverse wind.
btw, I gonna make ACH-47A then ; )
@MEGANOOB yeah, the motion of sling load is more stable in real life. the physics engine does not consider stabilization of sling due to down-wash air flow.
@Liquidfox sry for delaying, I was in the earthquake of Kumamoto.
@Liquidfox here
SimpleAssembly Crossbones
@Liquidfox Works in Progress
@Razor228 well, my SP is the beta version, though none of the new parts were used in this creation. I gt try making a generic version, sry for inconvenient.
I just released the lite version of this model. link
@WalrusAircraft @weaselfan10101 @Jamesisnotanewb
thank you for your report about performance issues of prev. model.
I just released the reduced version of that. Plz try it.
Finally, I reduced 300 parts
https://www.simpleplanes.com/a/3T8fDt/U-boat-VIIC-Lite-Edition
nice. These motors are free of counter-torque unlike the inf rotators.
@TehDuckFather 6hours? Ive just slept for the several hours. hehe
@TehDuckFather In the testing phase…deeper than Challenger Deep of Mariana trench
Yup, she was completely out of control.
superb fuselage shape, you made. it is magical.
@weaselfan10101 @Jamesisnotanewb well, I have a plan to build low load "light edition" and release that next midweek. Keep eye on it!
@Shmexysmpilot tyvm for information, and I could release this full feature model for mobile.
@mufasa6896 i do try and error...Max speed could be estimated by calculation if the parameters (drag coef, lift coef, and etc ) were known. the thrust force of my custom screw is adjustable by changing both of rotation speed and area of prop blades.
@Supercraft888 I learn the trick on my thread XD
@anmitsuya
yeah, one of the greatest movie that is. I inspired by this movie
@Liquidfox hehe, it's a trick.
@Shmexysmpilot thanks for nice info. it seems an easy method letting mobile users download the full(= not reduced) model.
@mufasa6896 thanks! I have a plan to post the core floating/submerging parts later. (dont need citation to use my costom parts) I gotta busy with work this weekend...I beg you to wait until next weekdays XD
”Sail!”
You are a silent hunter... AI ships cannot find you when the boat dives under water.
hmm, my model consumes so many parts due to the submersible system and complex body shape. it might be tough to reduce parts X(
Tyvm for infomation!!!
@ShadowS you mean simplified version? yes, im gt upload that soon(TM).
btw, Please tell me my submerging system work on mobile. >to all mobile users.
@Waemoth ty! hmm…I have a mind to build a submersible carrier concept, and also my submerging system will be open for everyone later.
1/1 scale and 1/1 speed
Submersible feature and Torpedo Launching
C35 88mm L45 Deck Gun
Beautiful! ...and you made it so good at control characteristics. nice!
Great! really fun to fly.
@Bravon it's so real! many thanks for this great update!
@Viper28 Here you are AG8 version
@Supercraft888 yup, it will be useful for helos, Tiltrotors, or other VTOL aircrafts.
This system is used and works well in my recent helicopter "Guns A Go-Go".
@51330519 I do not mindt that. use freely.
TYVM for many comments and upvotes!
Superb idea. True to life motion, it performs.
Kakkoii!
@TheLatentImage I just tried landing on the new destroyer as you say :D
@Wildblueyonder578 ty; ) All works in this project (including 'lettering' works ) are carried out by me. Lettering stuff takes so much time and my patience XD
@Unstable thanks for reporting : )
@ppl play on mobile / Could you test this model on 'Physics low' setting? I gonna make mobile-friendly version If it don't work with the setting.
@Pilotmario ty for pointing out that, I made correction XD
@Liquidfox well, i gonna try that ; )
@JovianPat i love the weird looking and insane agility of Peacemaker 370 :D
really great! I have loved this plane since I played a flight sim "ILYA MUROMETS".
plenty of fun with this helo. This great work is worth of much more upvotes.
@F22Raptors ;-D
@Liquidfox I really love planes from Crimson Skies. Of course I have urges to make Brigand, Hellhound, and so on ; )
@tachibana congrats!
@SilentRecom you must see Dipper's UH-60J (https://www.simpleplanes.com/a/9l366u/JMSDF-UH-60J).
He has a state-of-art rotor system. this one has more simple but more neat system than mine and is easy to undetstand how it works.
In addition, I recommend you to learn gyroscopic precession within rotation of rotors, and unbalance of lifting force due to bias of adverse wind.
btw, I gonna make ACH-47A then ; )
master of gyroeffect, simply great!
@MEGANOOB yeah, the motion of sling load is more stable in real life. the physics engine does not consider stabilization of sling due to down-wash air flow.
lovely