Moved Hangars

We’ve been keeping our eyes open for a box hangar that would let us put our Bonanza and the RV in the same hangar. One came open at the Reid-Hillview Airport (KRHV) where we keep our Bonanza, so we grabbed it. I flew the RV up yesterday and had to shoot an LPV approach to just above minimums. That was the first low approach I’ve flown in the RV, and the autopilot flew it beautifully. ATC asked me to maintain best forward speed on the approach, so I flew the approach at 170KIAS until about 4 miles out. I still popped out on about a 1.5 mile final at 140KIAS. I kicked off the autopilot, chopped the power to idle and still had to do a full-rudder slip the whole way down final to get down to 70KIAS over the threshold.

I picked up a truck this morning, and with the help of a few buddies, we got all of the rest of the stuff from the old hangar moved over and set up.

The new hangar is 35’x50′, so there’s plenty of room for both planes. Even with both in place, there’s at least 3′ between the planes and enough room to comfortably walk around both of them.

We got my giant shelves set up and filled them with all of the stuff from both hangars. I still need to unpack and organize everything.

We also set up the back corner with a couch and recliner and our old TV and stereo.

My buddy Dan and I laid out and painted some lines so that we can ensure the planes go back into the same spots each time.

I set up my workbenches behind the wings of the RV which should work out well.

The Blog is Back!

Welcome to the new, WordPress powered version of my RV-7 blog! After nearly 2 years without updates, the blog is alive again!

This site has been managed since the beginning with some blogging software called MovableType. The company that owns that made it closed-source several years back and my hosting company stopped supporting it. This meant the pages were visible, but I couldn’t log in and add new entries. After months of not having the time to deal with it, I finally found a company that would migrate all of the blog entries from MovableType to WordPress. After some additional cleanup, this is the result. There are a few things different about the new site:

  • Larger thumbnails
  • Image thumbnails now link to full-sized versions to make it easier to see details
  • Much better appearance on smart phones and tablets
  • Better organization and navigating of categories
  • Fixed countless grammar and spelling errors
  • Fixed all of the upside-down pictures

Please use the contact link at the top of the page to let me know if you find anything amiss with the new site.

SkyView Touch Displays for Sale

UPDATE: Both displays have been sold.

I’m selling my SkyView Touch displays; they are both D1000T (10″) displays. They are in nearly new condition, have no marks on the displays, and everything works perfectly. I’m selling them for $1,800 each or $3,500 for the pair. I’d prefer to deliver them in person for cash anywhere near northern CA, but I’ll ship if the money is sent via wire transfer to me. Please contact me at rv7@jasonbeaver.com if you’re interested.

They have approximately 500 hours on them and have been completely trouble free. They are serial numbers 15013 and 15015 that I’ve had since Dynon offered the upgrade path from the original SkyView to the Touch displays in 2015. I’m only selling them because I bought new HDX displays last year.

They include both the map and VP-X licenses, two of the SV-NET-TEST cables and a FlyDynon sticker.

Here are a few pictures of the units before I took them out of my RV-7.

Here is a closeup of 15013, front:

and back:

And here is 15015, front:

and back:

I tried to take some video of the front of each display in the light to show that there is not a mark on either display. Here’s 15013:

And 15015:

Here are the goodies I’m including:

They’ll even come packed in the original boxes from Dynon!

Dynon Unheated Pitot Tube For Sale

Update: Pitot tube has been sold.

I upgraded my pitot tube to the heated version, so I’m selling my unheated one. They’re $252 from Dynon, so I’m selling this for $100. The tubes have been cut shorter, but there’s plenty of length to attach a flare nut or you can slip flex tubing over the aluminum tubing and secure.

You actually want the tubes fairly short so that you can insert/remove the pitot tube without having to flex these tubes. See how I routed the pitot tubing here:

Pitot/AOA Tube Routing

Added Starlink Mini Antenna

I’ve always had difficulty staying in contact with friends and family when flying. Cell phone coverage is spotty, especially across the western half of the US and when flying at higher altitudes. I often just need to send a message about where I am or what time I’ll be landing, but sometimes there’s something more urgent to deal with like the time my wife desperately needed to get ahold of me.

Starlink recently added a Local Priority plan that works up to 350mph, so I decided to add one to our Bonanza and my RV. Since I’ve been learning Fusion 360, I decided to design a custom mount. The Starlink Mini antenna is not a simple rectangle though, and I don’t own a 3D scanner.


Fortunately, Starlink publishes a 3D model for the Mini, so I used that to design some plastic mounts that fit over each end (the parts in black below), and an aluminum frame that holds the mounts. I used plastic for the mounts since they wrap over the top of the antenna and I didn’t want to interfere with the signal. The plastic will be transparent at the frequencies the antenna operates at (as will the fiberglass wingtips).

The plastic mounts space the antenna off of the frame since the back of the antenna hangs down somewhat.

I uploaded the aluminum frame to SendCutSend and had the part in hand two days later. After some demurring, I shot a coat of primer and paint.

I 3D printed the mounts out of ABS which is quite strong and should easily handle the high temperatures the plane will experience when parked outside in the sun.

With the plastic mounts installed, the antenna nestles neatly inside the aluminum frame.

Here’s the bottom side. It’s honestly quite impressive how well the parts fit. Even the bolt holes in the bottom of the mount lined up perfectly between the aluminum and plastic parts.

The Starlink Mini antenna will operate with an input voltage from 12-48VDC, but I’ve heard it can be sensitive to low voltage. It has higher power consumption during startup, and if the voltage drops, the antenna can restart. To avoid this, I installed a step-up power supply that will take 9-28VDC input and output 30VDC. It’s built for the Starlink, so the output cable has the Starlink specific connector. I elected not to run a separate power wire out for the Starlink, and instead tied it into the strobe power wire.

I riveted the aluminum frame to some angle aluminum that I cut as long as I could to spread the load out as much as possible and limit the rib flexing. The frame angles the antenna away from the rib by 10º; this partially offsets the wing dihedral, but further points the antenna away from the wing by a few more degrees. It also roughly centers the outside edge of the antenna along the height of the rib. Given the shape of the wingtip, this ensures the antenna stays well clear of the inside surface.

I installed the plastic mounts on the antenna and bolted them to the frame.

Finally, I plugged in the power cable and zip-tied the wires.