Posted by benjamin presten | Today @ 09:05 AM | 112 Views
Luscombe Phantom: Since I am arriving today at the National Luscombe Fly-In, I thought something from their inventory would be appropriate.

Don Luscombe, was a big shot at a little airplane company called Monocoupe during its early years and helped during the time Monocoupe was designing some of the most popular airplanes of the day and even producing some of the most popular engines. However in 1933 Mr. Luscombe embarked on his own journey. He founded Luscombe Aircraft Engineering Company.

Luscombe’s first design was the Phantom. If you squint really hard and look at it sideways, you could almost mistake it for a Monocoupe D-145. It is powered by the same 145hp Warner and shares the high wing taildragger configuration. It’s major difference however, was the construction method. The Phantom was made entirely out of metal. It had fabric covered wings and tail feathers, and everything else was aluminum skinned. It also featured an incredibly complex tunnel style cowling with individual passages for each cylinder. Another unique feature of the Phantom is its stainless steel split flaps that run almost the entire span of the wing including the majority of the aileron span.

The Phantom did fairly well in the performance category, however it was definitely on the luxury side of the airplane market and 1933 was not necessarily the year to be in that market. Only 25 Phantoms were produced before Luscombe moved on to cheaper airplanes.

This particular Phantom, is fresh...Continue Reading
Posted by Risto | Today @ 07:22 AM | 999 Views
Here's an index to my blog posts. Click the link to directly open a blog post. The entries are numbered, latest entries have a higher number.

Building & debugging OpenTX
#1: Step-by-step guide to building (custom) OpenTX firmware under Ubuntu Linux
#2: Exploring and debugging OpenTX/EdgeTX with Qt Creator IDE under Ubuntu Linux
#3: Step-by-step guide to building (custom) OpenTX firmware under 64-bit Windows 10
#4: Exploring and debugging OpenTX with Qt Creator IDE under 64-bit Windows 10

Building & debugging EdgeTX
#19: Step-by-step guide to building (custom) EdgeTX firmware under Ubuntu Linux

Native MAVLink & MAVLink telemetry with OpenTX
#5: Native MAVLink telemetry with RadioMaster TX16S (w/o having to use Mav2PT converter)
#6: Modified Yaapu telemetry widget to support OlliW MavSDK/native MAVLink on OpenTX

RadioMaster TX16S modifications
#7: RadioMaster TX16S tray modification
#8: RadioMaster TX16S stick pot dial modification
#9: RadioMaster TX16S DFU button modification
#13 RadioMaster TX16S 6-position switch firmware (written from scratch)
#14: RadioMaster TX16S SPI Flash readout
#15: RadioMaster TX16S breakout board
#16: RadioMaster TX16S mainboard
#17: RadioMaster TX16S schematic diagram
#18: RadioMaster TX16S electronic circuit improvement ideas

DIY electronics
#10: USB2PPM Interface for controlling a remote device from PC

DragonLink related
#5: Native MAVLink telemetry with RadioMaster TX16S (w/o having to use Mav2PT converter)
#11: Disabling all RF emissions of DragonLink V3 WiFi+BT ESP32 module

Futaba related
#12: Futaba TM-10 FASST module / T10CG internal module serial communication
Posted by Craycle Hobby | Today @ 03:19 AM | 1,029 Views
We are building a huge library of 3D Printed, Foam, Balsa and composite RC Planes, Drones and Cars.
Visit our youtube channel and subscribe for the next videos and next projects.

Youtube Channel:https://www.youtube.com/channel/UCmA...confirmation=1

Youtube Video:
3D Print RC Plane / Craycle FPV ORCA (0 min 46 sec)

Posted by old4570 | Yesterday @ 09:44 PM | 5,589 Views
I had a look in my box of goodies ..
I found a pair of 1.5g servos with JR connectors ..
And I still have a few FS2A Rx ( They be small ) that run fine on 1s .
So looks like I dont need to buy any stuffing for the Feather .

I will go with the laminating film for the wing covering .. Reading the instructions , apparently the tissue soaks in a lot of moisture .. And its very moist around here .
Interesting that the servos go in the wing .. That pod is small after all ( really small )

Ok . something to do when the weather is bad !
Posted by mosaic100 | Yesterday @ 08:16 PM | 5,753 Views
Fly Dragon Drone Tech is one of the world’s leading companies for UAV (Unmanned Aerial Vehicle) and Flight Control System design, development and manufacturing.

Since founded in 2013, Fly Dragon Drone Tech has never stopped to explore the uncharted territories. With pure and consistent invention, we have made a significant breakthrough in both commercial and agricultural UAV sectors, obtaining numerous of technology patents through years of effort. Fly Dragon Drone Tech Company based in China, powered by hundreds of innovative developers and global sales network, Agriculture drone sprayer Agricultural Solutions.

Since 2015, Fly Dragon Drone Tech has begun to develop Agricultural UAV system. For the past three years, through this system, we have established comprehensive agricultural UAV plant protection standards. Currently, the third generation plant protection UAV has passed the feasibility verification and trial operation on vast cotton fields in Xinjiang, China. In 2015, Fly Dragon Drone Tech rolled out all-new intelligent agricultural UAV solutions and UAV plant protection services. Fly Dragon Aviation Tech co., ltd hopes to improve traditional agriculture through the integration of smart and efficient UAV systems, improve the quality of agricultural products and reducing both environmental foot print and production cost.

Now,Fly Dragon Drone Tech has cooperated with worldwide government departments and many renowned enterprises. Our commercial & industrial products and services are suitable for agricultural plant protection, aerial imaging, low-altitude air space logistics, police force assistance, medical rescue assistance, forest fire prevention, geological prospecting, surveying, arctic expedition and much more.
Posted by CGordon | Yesterday @ 07:46 PM | 5,841 Views
I'm working on a comic-scale version of the Mambo with 28" low AR wing and 1/16" slab side fuselage.

Since I can't leave things alone, even the well-proven fuselage box, I decided to work in some truss members behind the wing. Obviously the grain wouldn't work well as-is, so I came up with 9 different options for the truss members.

Results on the third photo.

I list them here in roughly ascending order of preference. I will be going with #8, since it feels like the right amount of stiffness and durability. Definitely I will be saving some balsa weight from the cutout sections and even what would have been some balsa truss.

I've used similar techniques in a very small Telemaster and a 92" Guillows Javelin (400%) with a 7-foot long fuselage. The balsa/carbon bond (with CA) is not a problem but could be reinforced if needed.
Posted by ronaldopn | Yesterday @ 06:38 PM | 5,945 Views
Having tons of fun with my current favorite bird. The more I fly it, the more I like it
Build thread here
Ronaldo
Pilot RC Extra330LX 92" electric - 1st torque rolls (6 min 4 sec)

Posted by filago | Yesterday @ 06:11 PM | 5,968 Views
I've been tinkering with my build of the Arduino-based CG scale. It started with simply wanting larger front and rear supports (the U-shaped cradles) to accommodate my Radian, and then scope-creep took over. I've been re-designing of a number of components and playing with code changes, and learning a lot in the process.

The CAD screenshots show the removable pivot supports and snap-in wing pads which I'm currently trying; these enable easy changes to the pivots / pads without re-printing the supports, and also enable multiple locations for the pads in the rear support.

I know there are various ways to measure CG/AUW, and this is not the simplest or cheapest device for it. But it is easy and quick to use, and remarkably precise & repeatable.

It's a great project for someone who likes to tinker. Highly recommended, if that's you.

More info about them:
Questions and comments are welcome.

Cheers,
- John
Posted by benjamin presten | Yesterday @ 03:16 PM | 6,167 Views
Cessna Model A: You may have heard of this small airplane company called Cessna. No? Well let me tell you a little about them.

Clyde Cessna built an airplane from scratch using some ideas from Louis Bleriot and called it the Sky Streak. In 1911, it became the first airplane to fly between the Mississippi River and the Rocky Mountains. (in Enid Oklahoma) When Cessna couldn't get any more money from the bankers in his area, he moved to Wichita Kansas. In 1927, the Cessna Aircraft was officially started.

Cessna’s first official product was the Model A. The Model A was a four seat traveling airplane. As were the times, it was quite large for a four seat airplane with a 40 foot cantilever wing. It was an exceptionally advanced airplane for it’s time. It was very early into the radial engine game originally being powered by a ten cylinder two row Anzani radial of 120hp. Following airplanes were powered by Comet, Axelson, Siemens, Warner and Wright radials of increasing power.

Cessna Produced 83 A series airplanes before the end of it’s run. Cessna decided they would scale up the A model for six seats and they designed the Cessna DC-6. On the day the DC-6 Type certificate was authorized, the stock market crashed. They did manage to produce a few of the DC-6, however the company was inevitably put out of business by the depression and wouldn’t be back again until 1934 when the development of the Airmaster began.

There are at least two complete Cessna A series airplanes...Continue Reading
Posted by Redwing RC | Yesterday @ 02:44 PM | 6,159 Views
Memorial Day Sale at Redwing RC Now thru Monday May 31!

$100 off 100-120cc planes
$50 off 50cc planes
$40 off 90mm Quantum and Valkyrie and C-17 jets
$30 off 30cc and 3D Aerobatic Electric planes
$20 off 20cc Profiles
$15 off 15cc Baron planes
10% off All Balsa Wood Kits and EPP Foamies

Just mention this offer at checkout in customer notes and we will apply the discount!
RedwingRC.com
Posted by HOTMAILcity | Yesterday @ 09:54 AM | 6,503 Views
Langenscheidt dictionary ..

__ Verb (jalla جل and يجل) = gross sein, erhaben sein .. (jallala جلل and أجل) = honored, respected, ehren, hochachten .. (جل) = was mature, of a ripe age, was aged, old.. (وجل wajula) = اسن and شاخ, become old .. (jall جل) =gross, gewaltig, erhaben ..

__ (جليل) = great, exalted, illustrious, venerable, erhaben, wichtig, glorreich, prächtig, achtbar ..

__ (jalal جلال ) = greatness, majesty, Erhabenheit, Pracht .. (jalalah جلالة ) = Majesté .. (ijlal اجلال ) = Verehrung, Hochachtung ..

__ Verb (جلا and يجلو ) = klar sein, weggehen .. (place / Ort) = räumen .. reinigen, putzen, polieren, vertreiben, entfernen ..

__ (jala' جلاء) = Klarheit, Deutlichkeit .. Abzug, Evakuierung, Räumung ..

__ (اجلى and جلول عن) = moved, emigrated from, sich entfernen, evakuieren .. (تجلى) = sich zeigen, klar werden .. (انجلى) = sich herausstellen .. (اجتلى) = enthüllen, betrachten .. (استجلى) = klären, aufhellen, enthüllen .. (تجلى &#...Continue Reading
Posted by codersilver | Yesterday @ 09:04 AM | 6,529 Views
Businesses are opening up and SAIRO DRS robot helping them increase customer safety.

This UVC robot can work in two modes:

- fully remote controlled by the operator
- semi-autonomous - programmed functionalities run by the operator

If you would like to know more about application examples, please visit - https://sairob.eu/projects/sairo-drs

SAIRO DRS - UVC Disinfection Robotic Solution (2 min 22 sec)


If you would like to see my other projects just visit:
Posted by Risto | Yesterday @ 06:07 AM | 6,777 Views
Here's a short step-by-step guide to building EdgeTX firmware for your radio using Ubuntu Linux. EdgeTX is a version of OpenTX, concentrating on new cutting edge developments.



In the first half of this blog entry, I show how to setup the build environment and the second lists the necessary steps to build EdgeTX. In the example, I use RadioMaster TX16S, but the steps are applicable to other radios as well, you just need to select another build target in the cmake line (more on that below).

After following the steps here, if you are interested to learn how to setup a graphical development environment for coding and debugging, please see my blog post #2, showing how to setup Qt Creator and how to perform real-time in-circuit debugging with it on code running on radio microcontroller.

Disclaimer: I have assembled this guide to the best of my knowledge. Nevertheless this is NOT the official guide of how to build EdgeTX, nor has it been verified by EdgeTX project maintainers. In short - if you run into problems, please consider first that it might stem from the steps here, especially before opening an issue in EdgeTX GitHub.



You will need Ubuntu Linux in version 20.04. The steps will also work when Ubuntu is running virtualized, such as on a VMware Workstation, VirtualBox or Hyper-V.

1. Setting up the build environment for EdgeTX v2.4
  • Download Ubuntu 20.04 LTS and install it (using Minimal installation type is sufficient. Allow Download updates while installing Ubuntu, 3rd
...Continue Reading
Posted by Angry Don | Yesterday @ 05:40 AM | 6,659 Views
Bored of your Cine8 ? need an organ donor for a 2 to 3" build ???
Check my lastest Youtube edit, Happymodel Cine8 review and... Other things 😅

Happymodel Cine8 (sort of) review conversion Angry toad Custom 2.5" frame cinewhoop insta360 go 2 (11 min 34 sec)

Posted by Craycle Hobby | Yesterday @ 04:19 AM | 6,631 Views
PDF User Guide Link: https://1drv.ms/b/s!Au6X2Jil-WVD6n0Z...0tPe6?e=0TC0Wh

Free STL Download Link: https://cults3d.com/en/users/crayclehobby/creations

This tool will make it easy for you to make a perfect CA hinge.
Also will be a standard hinge making tool for all Craycle models.

In addition, a hinge design has been made that you can use for your own balsa and foam models.

You decide which flexible material you will use as a hinge. You can use special materials produced for this, or you can use an easily accessible material such as nylon film (for example: acetate film).

Note: You must print the Hinge Maker at a layer height of 0.15mm.

Follow us for the next projects.

https://www.instagram.com/craycle/

https://www.youtube.com/channel/UCmA...confirmation=1

3D PRINTING SETTINGS
0,4 mm nozzle daimeter.
0,15 mm layer height.
Hinge Maker = PLA/PETG/ABS etc.
Hinge = Only TPU or flex filaments.
Posted by DumbthumbsFPV | Yesterday @ 02:25 AM | 6,833 Views
Posted by GBLynden | May 12, 2021 @ 11:55 PM | 6,953 Views
This is my E-flite Draco Maiden Flight Adventure!

E-flite Draco Maiden Flight Adventure | Mike Patey's HUGE E-flite Draco 2.0m Smart BNF RC Plane (12 min 7 sec)