Archive for category: Radio Controlled Airplanes

A couple of cool solar powered FPV planes…

May 10, 2016 | Radio Controlled Airplanes | By: Mark VandeWettering

Just a pointer to a cool project which appeared on Hackaday: a solar powered FPV plane that can fly forever (or at least until the sun goes down). Pretty spiffy! The comments show a link to this solar powered plane developed at ETH: It was in the air for 81.5 hours, and had a continuous […]

DIY FPV Micro Quad…

June 20, 2014 | Quadcopter, Radio Controlled Airplanes | By: Mark VandeWettering

Building my full sized quadcopter is going rather slowly (sigh) but in the mean time I picked up a little Hubsan X4 to play with. It’s cheap, and because it has a very low mass, it’s pretty hard to destroy. After more crashes than I can count, I’ve only managed to ding up one propeller […]

Drone Lunch…

June 19, 2014 | DIY Drones, Quadcopter, Radio Controlled Airplanes | By: Mark VandeWettering

At work, we have an informal group that is interested in drones and quadcopters. Every third Thursday, we get together and fly. Today we went over to Cesar Chavez Park for a bit of flying. I was hoping that I’d have more of my own quadcopter completed, but instead I just observed Mark fly his […]

RTLSDR decoding of ADS-B signals…

June 26, 2013 | Amateur Radio, Radio Controlled Airplanes, Software | By: Mark VandeWettering

A few days ago, I wrote about the EZCAP EZTV645 dongle that I got which could be used with RTLSDR software to implement asoftware defined radio that only cost $20. I also had ordered a NooElec radio (similar, but with the R820T tuner that most people seem to favor) as well as an MCX-SMA adapter […]

3D Printed Motor mounts for Mark H.’s 1 Hour Quadcopter

June 10, 2013 | 3D printing, Radio Controlled Airplanes | By: Mark VandeWettering

A few days ago I pointed at Mark Harrison’s Instructable on a 1 Hour Quadcopter. I thought it was cool, not so much because it could be built by him in an hour, but because it showed that quadcopters are actually not all that complex, and you might expect to be able to build one […]

Mark H.’s Instructable: Cheap, Sturdy 1-Hour Quadcopter

June 4, 2013 | Radio Controlled Airplanes | By: Mark VandeWettering

My mentor in all things remote-control, Mark Harrison has written a pretty cool Instructable on how his flying buddy Andreas built a simple but reasonable quadcopter in only an hour. Cheap, Sturdy, 1-Hour Quadcopter Here is the cool timelapse, ending with a short flight after fifty-one minutes elapsed: Mark has more details and photos here, […]

My First Thingiverse Item: A motor mount for the Axon…

May 10, 2013 | 3D printing, Radio Controlled Airplanes | By: Mark VandeWettering

Last year, Mark H (who blogs at Eastbay RC got me into the world of building RC airplanes. While my early attempts were limited in their overall successfulness (I demonstrated that I was awfully good at snapping props) I have been keeping up in my interest, and slowly acquiring more tools and hardware. Recently, I’ve […]

Another swappable fuselage from Busybee TV

December 6, 2012 | Radio Controlled Airplanes | By: Mark VandeWettering

The guys over at flitetest have a great series on building airplanes around a swappable fuselage. The basic idea is to house the receiver, esc, and battery in a fuselage that can be easily attached and detached to different wing setups, essentially giving you different planes without having to duplicate all the same receiver/ESC in […]

An “So” series foamflyer…

November 21, 2012 | Radio Controlled Airplanes | By: Mark VandeWettering

Today I spent a lot of time making bread and pumpkin cheesecake for tomorrow’s Thanksgiving day feast, but in between I decided to build some more parts for a “So” twin boom foam flyer, using the KFm3 wing that I photographed yesterday. My goal wasn’t so much to build a flying plane today, but to […]

A few simple foamboard wings…

November 20, 2012 | Radio Controlled Airplanes | By: Mark VandeWettering

Okay, I haven’t had much time to work on RC airplanes. I’ve been meaning to try to find something a little tamer than my Nutball to fly (it seems to be a bit twitchy) but I haven’t really done too much other than watch videos on YouTube and scout around on the rcgroups forums for […]

An interesting foamboard airplane with a single aileron…

November 19, 2012 | Radio Controlled Airplanes | By: Mark VandeWettering

I’m constantly on the lookout for interesting and simple airplane designs. This design from foamflyer is interesting in a couple of different ways. First of all, it’s made from cheap dollar tree foamboard, which is nice. It has an overall pleasing shape with a nice KFm3 style airfoil, constructed a bit differently than the one […]

The Clark Y airfoil…

November 15, 2012 | Radio Controlled Airplanes | By: Mark VandeWettering

I snapped awake at 5:30AM this morning, and couldn’t get back to sleep, so I started a loaf of bread to bake later tonight, and then settled in to thinking about airfoils some more. I had seen references to the “Clark Y” airfoil, but didn’t know how it was defined, so I set out to […]

More on airfoils…

November 14, 2012 | Radio Controlled Airplanes | By: Mark VandeWettering

As I was staring at the cross sectional diagram of the Armin wing I constructed yesterday, I began to think about airfoil shapes in general. I knew from reading done years ago that there were standardized ways of describing airfoil shapes, but didn’t recall any details. I didn’t have a copy of Abbot’s Theory of […]

Ponderings on the Armin Wing…

November 13, 2012 | Radio Controlled Airplanes | By: Mark VandeWettering

Ed over at the Experimental Airlines Youtube channel has a nifty way of constructing wings for RC airplanes out of cheap Dollar Tree foamboard. Last night, I was feeling kind of brainless, so I decided to practice my arts and crafts by constructing another, this time using a piece of 3/16″ dowel to stiffen it. […]

Papers on Miniature Aerial Vehicles and Vision-based Obstacle Avoidance

November 6, 2012 | Radio Controlled Airplanes | By: Mark VandeWettering

I’m pretty interested in autonomous vehicles, and because of the wide availability of cheap electronics and compute power, experimentation in this realm is increasingly within the grasp of amateurs. I like the idea of building small aerial drones which can not only follow a predetermined coarse, but can also work to avoid obstacles and the […]