Project: Whammdyne1   -  
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Builder Name:Ron Gawer   -  
Project:   Vans - RV-10
Total Hours:833.1
Total Flight Time:
Start/Last Date:Dec 08, 2020 - No Finish Date
Engine:IO-540-X
Propeller:WW 330-3B-A/78G-78-S-R
Panel:Garmin G3X
 
Friendly URL: https://eaabuilderslog.org?s=Whammdyne1

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Jan 14, 2023     Mounted the engine - (3.1 hours)       Category: Engine
This was a big milestone for me. It essentially marks the transition to the "homestretch" for me. With my fine HFT engine hoist and assistance from a friend, the engine mounted fairly easily. I applied Molycote (DC-4) lube to the engine mount rubber before installing, which eased getting them into place and allowed a good seat. I installed the mount side pads with bolts for all four holes first, and then fastened the lower mounts first, then put a touch of lift on the engine from the front making the upper mounts a simple bolting job.

The drawings I have show using an AN7-26 bolt, which has a castle nut and cotter pin, but the hardware that came with the kit from Van's has AN7-21A with a metal locking nut. The torque spec is 40 ft-lbs, and the nuts have 3 ft-lbs prevailing torque (drag), so I torqued all four mounts to 43 ft-lbs.

It's starting to look like an airplane.


 
Jan 14, 2023     Installed the landing gear - (21.4 hours)       Category: Landing Gear
Performed section 46, installing both main and nose landing gear. I purchased Matco wheels and brakes, the WHL 600XLT kit, plus a Matco nose wheel and axle. This upgrade is significant with better nose wheel and installation, but also much more powerful brakes (6 pistons vs 2 stock). I bought retread tires from Wilkerson Tires in Virginia; a lot more rubber and MUCH lower price than a new set.

I also completed the FF1 drawing except for mounting the engine. I bought stainless steel heater valves from ACS for two reasons; they provide better sealing protection to the firewall in the event of a fire, but they also have a higher quality flapper that is an improvement over the stock valves. Worth the money.


 
Dec 30, 2022     Completed the cabin cover installation - (30 hours)       Category: Fuselage
It turns out that doing lots of cutting and sanding of fiberglass is not really fun. I already knew that, but it's good to have a reminder. But I did get the cabin cover trimmed and installed. I found using a 200ml syringe was perfect for injecting a peanut butter thick flox mixture into the joint of the cabin cover to fuselage. Now that I have the cabin firmly mounted, I'm moving on to installing the landing gear and then engine, which will give me the opportunity to roll the airplane out of the garage and do some major clean up. Hey, it is actually starting to look like an airplane.

I have the ShowPlanes composite tailcone cover, so it does make a change for the tail bulkheads and interface to the cabin cover. It appears to really smooth up the roof line, but also allows installing all GPS and ELT antennas internal to the airplane.


 
Dec 19, 2022     Completed aircraft interior panels - (12.5 hours)       Category: Fuselage
Completed access interior panels and lighting through. I'm getting ready to start on installing the cabin cover.


 
Nov 27, 2022     Fuselage, Baggage area, door and floorboards - (58.9 hours)       Category: Fuselage
This is essentially a catch up entry for my ongoing work. I'm about ready to start installing the cabin cover.

I did customize my baggage door to install a magnetic reed switch to provide a "door open" alert on the G3X, along with the two main cabin doors.

Doing the forward rivets on the front floorboards was a physical challenge for this large human being, but I got through it.


 
Nov 21, 2022     The propeller arrives! - (1 hour)       Category: Propeller
I ordered this propeller 12/15/2021, so definitely some extended lead time. Whirl Wind is an excellent vendor to deal with and they kept me informed throughout the process. Aside from an extensive backlog of orders that they've received, they customized my unit to be more appropriate for my engine power that was developed through dyno tested. One of the more difficult items was the spinner. I have a 15" spinner bowl on my ShowPlanes cowl, which is larger than the 13" spinner for the stock Van's cowl; Whirl Wind had to do design and retooling and testing to develop this spinner for the new larger 300 series prop. The good news is that they are now available, and although I got one of the first ones - they are pumping them out to fulfill back orders.


 
Aug 28, 2022     Just time - (46.7 hours) Category: Avionics
It turns out that you're limited to 100 hours per entry, so just adds time the avionics work.
 
Aug 28, 2022     It's alive! - (100 hours)       Category: Avionics
It's been a while I since my last entry, however I've been wiring and doing avionics. I completed all of my wiring and turned on the system for the first time today. I have a couple bugs I need to work out, but simple stuff and then lots of configuration items to complete.


 
Apr 18, 2022     Completed Upper Cowl installation S41 - (11.4 hours)       Category: Fuselage
Finished the heater boxes and push pull controls. Finished installation of the parking brake with the push-pull cable installed. I purchased all three cables from McFarlane Aviation; they are very high quality and recommended.

I finished riveting the upper cowl into place and secured the brake reservoir into place. Once I install the landing gear and brakes, I'll flush and fill the brake system.

The engine photos are just for fun...love that engine.


 
Apr 05, 2022     CAN bus, LRU'S and switches - (40.1 hours)       Category: Avionics
Ran CAN bus to all LRU's. Wired the alternators, finished installation of VP-X Pro. Installed heater boxes and controls. Labeled the panel and started installing switches. Installed the oil damper control. Wired the VR's. Installed instrument hoses for static, AOA and pitot.


 
Mar 07, 2022     Instrument panel, wiring and LRU's - (66.2 hours)       Category: Avionics
Created the instrument panel, created wiring routing pathways for both right and left side of airframe. I will have data on the right side, and then power and instrument air on the left side. I created and install all #2 battery cables, including contactors. I received my Gigaflight data cable, which is the high-end cable for CAN bus data. It turns out it's not much more expensive than regular shielded cable at about $2.50 a foot, so not cheap, but a very minor portion of the overall avionics cost.

I installed my oil cooler mount, modified the mount to accept a 17 row cooler from Airflow Systems 2008X. I also installed a butterfly valve and actuator from TCW to control airflow to the cooler in the winter months.

I mounted all of the LRU's in my panel, using both forward and aft sides of the middle panel. I completed cutting out my instrument main panel with my mini-mill (worth it's weight in gold at this point) and painted the panel semi-gloss black. I installed switch guards for the switches that would impact the operation of the aircraft and prepped the panel for switches and circuit breakers. I also cut in holes for my glareshield defroster fans and my GI 260 Angle of Attack indicator.

I cut in and installed accesses in my baggage floors for both my transponder antenna and also steps. They should also be useful in the event I ever need to run any new wiring up the fuselage.

I installed Schottky diodes for both my Essential bus supply (powers the Technically Advanced Aircraft Bus) to feed critical avionics during both engine start and during flight, and then also charging both the main and aux batteries with a ground charging port as well.

I finished installing my oxygen tank and defined the routing pathways for system hoses, data and power.

Installed an anti-collision beacon in the bottom of my tail, which will come on with either main or auxiliary battery contactors; not only will it alert anyone near the airplane that the power is on and the engine may start, but also provides a good reminder that one of the battery switches is left on.


 
Jan 10, 2022     Flap actuator and position sensor - (10.6 hours)       Category: Controls
Performed and completed section 40. Tested the actuator with a 12V power supply and found good operation and 15 seconds stroke time each way. I crafted and installed a mount for the Ray Allen POS-12 sensor to provide flap position to my VP-X, and then to the G3X.


 
Jan 07, 2022     Controls, sections 38 and 39 - (26.6 hours)       Category: Controls
Completed installation of the rudder pedals, parking brake, master cylinder brake lines and controls sticks and pushrod installation.

I also used my mini-mill to cut slots for the rudder pedal control arms to operate through the tunnel cover and fabricated a joining plate with the rest of the cover.

I installed access covers in the upper forward cowl in order to provide easier access behind the instrument panel to avionics and wiring.


 
Dec 11, 2021     Engine Testing at Ly-Con Aircraft Engines - (16 hours)       Category: Engine
I was at Ly-Con for Thursday and Friday doing engine testing. They were super friendly, knowledgable, professional and helpful.

After setting the engine up on the stand, they hooked up my SDS EFII system to their dyno, which took a while considering my system was the first dual ECU EM-5 system they'd run on a 6 cylinder engine. I called SDS for some tech support and Barry answered right away and was also very helpful. Once the setup was complete, they pre-lubed the engine and then went to start. The first start was amazing - started after the first blade pass and purred along at about 600 rpm.

It took a about 2 hours for the break-in runs, but once the rings were seated and the plugs were dry, we put a three blade prop and governor on and started the fun performance runs. The first run produced 320 hp @ 2700 rpm. We then performed tuning in the ECU, which included mixture adjustments, trim settings between injectors and also advance timing. We found that my SkyDynamics intake produced just over 1" additional MAP measured differentially from the throttle body to the Intake port - which was very impressive. The final run for today produced 345 hp and 664 ft-lbs torque at 2732 rpm. Not bad for a 9:1 parallel valve engine.

We still have another couple hours of testing to find the output from 1800-2700 and create an operating profile, then a final full power run with my exhaust installed for comparison to the short stacks they use for test. it's a great feeling to know for certain that the engine will run well, but also to get good settings and adjustments taking one of the big nervous items out of the way for first flight. Very much worth the money.

It was a great eperience with a very self-fulfilling outcome.


 
Dec 05, 2021     Installed fuel system in the fuselage - (15.3 hours)       Category: Fuel System
I installed access covers on each side of my tunnel to ease access to my fuel pumps. I made a custom mount for my Andair fuel selector valve, drilled additional holes for a fuel return line, created a mount for my SDS fuel pumps, installed the pumps and then formed and installed all of the fuel lines.

There are some folks, probably many, that have bought premade braided hose kits to do the fuel lines, which are probably excellent, however, I just don't think it's that hard to measure and bend hard line, and then leave flexible lines for those situation where vibration is involved, such as firewall to engine. I have Imperial tubing bender and flaring tools and highly recommend them. It's pretty straightforward to create your own lines, just need a little patience. But considering the cost of premade lines, I probably earned/saved about $100+ and hour making my own.


 
Dec 04, 2021     Finished engine assembly - (42.4 hours)       Category: Engine
Lots of hours work, but suffice it to say I've got the engine ready for testing. I'll be going to Ly-Con next week for engine stand break-in and dyno testing. One of my goals for this airplane was building the engine myself, so it was a lot of fun and very satisfying.

I bought an oil pan, accessory case and few other items, like the dip stick from a couple different folks on Barnstormers and then eBay, so those turned out to be good sources. I did strip and carefully inspect the pan and accessory case with dye penetrant with no cracks or deficiencies noted, so I primed and painted them with high temp self-etching primer and paint. As a retired Navy guy, I personally like the blue and gold theme; note my super cool blue oil dip stick. BTW, I used Kleen Strips Ultra Aircraft paint remover, which worked great, although it took about 5 stripping evolutions to get the many coats of paint off of the accessory case. And then I had to wire wheel the oil dip stick with a small wire wheel on my Dremel tool to get all of the corrosion off and down to bare metal.

I did have to make several modifications in the process of eliminating all of the unneeded gear from the accessory case. I don't have a mechanical fuel pump or magnetos, but I did add a B&C 410-H 30A alternator on the vacuum pad, and then their BC700 oil filter adapter. I also have an intake from SkyDynamics, which included mounting their plenum to the original oil sump and then their increasing-velocity intake tubes; it was also gave me the hardest lock wire job I can recall. First I had to torque the bolts, and then safety wire through intake tubes while holding and twisting with very long, thin, pliers, that I ended up buying just for this job, while doing the work via borescope on my iPad made me feel like I was doing remote surgery; it was definitely an interesting challenge, but I'm happy with the work.

Likely the biggest mod to the engine is the SDS EFII system. I mounted the coils on the magneto cover plates to allow dyno testing, but I will be moving those to the engine mount once the engine is mounted on the airframe. I also have SDS's CNC made valve covers and flywheel, which are just cool.

Fitting the intake pipes provided an unforeseen challenge for me as the cylinder head oil drain lines interfered on four of the cylinders, so I bought a line beader and remade those four lines myself clearing the intake tubes. Not too hard, just a twist in the process.

My engine has a crankcase from an TIO-540, then a crankshaft from a D series, new Superior cylinders and then a whole list of either overhauled or new parts. Once of the more interesting things was fitting up the governor drive gears with the thrust washer, which involved installing the gears on the shaft first, measuring the gap and then buying a thrust washer that provided clearance per the manual, which is 8-16 thousands; I ended up with 0.010" using a 0.063" thrust washer.

My exhaust system was custom made by Vetterman for me after I shipped him my intake to fit up; it's a 3-1 for each side with a collector/exhaust tail that built to fit my ShowPlanes cowl. Hopefully it has a nice rumble.


 
Nov 27, 2021     Brake lines, Section 36 - (7 hours)       Category: Fuselage
Formed and installed brake lines with fittings completing this section. I also created a mount and installed Matco's PVPV-D parking brake, along with installing Matco's MCR-100 reservoir. I liked this one because it's clear and much easier to check the brake fluid level; can actually check it through the oil door during pre-flight.


 
Nov 07, 2021     Installed the rudder pedals Section 38 - (2.1 hours)       Category: Controls
I purchased Control Approaches pedal set in lieu of the Van's setup. It's much more like the pedals I'm used in the Beechcraft's I've owned. The installation was pretty straight forward and I can't speak highly enough about the quality of work Paul has for his product. Highly recommended.

I installed these before the fuel lines in order to ensure clearance for the return line and also to setup locating my parking brake.


 
Oct 18, 2021     Steps installation - (1.6 hours)       Category: Fuselage
I purchased TCW's step bushings to mitigate the tube deformation and hole elongation that has happened over time with other folks.


 
Oct 16, 2021     Assembled the bottom end - (8.5 hours)       Category: Engine
This was probably one of my most favorite build days. I definitely enjoy mechanical and electrical aspects of the build more than riveting skins...

I put the bearings in, clearance checked the crankshaft, camshaft and governor thrust washer and all within new limits. I found it easier to drive the thru-bolts in through the left side, slide the 0-rings on, and then slide the right side of the case onto the left while laying on the workbench (as described in the manual), and then put a couple side case bolts in and moved it to the engine stand, which is MUCH easier to install bolts and to torquing; the stand was in the hangar since overhauling my Baron IO-520 continental a few years ago - definitely worth having.

One upgrade I made on the bottom end was buying Lycoming's diamond coated flat lifters, which are supposed to be a good answer to spalling and little higher horsepower compared to roller lifters, according to the good folks at Ly-Con.

I am waiting on a few more parts to continue with the top end, but it was a good day to get the bottom together and happy to have it all together and rotate smoothly.


 
Oct 09, 2021     Milestone: Completed Sec 32, tail cone attachment - (11.8 hours)       Category: Fuselage
One of the easier sections to do, it's a milestone in construction by having the "canoe" together. The only interesting thing is that the first three rivets on the baggage floor board outboard angles, F-1023L/R, were fairly inaccessible. I couldn't see a way to get a bucking bar in the tight spot between ribs, so I substituted with MK319-BS rivets.

I'm going to take a break from airframe building and assemble the engine.


 
Sep 29, 2021     Battery box for dual batteries, ADHRS and Oxygen tank mounts - (14 hours)       Category: Electrical
I'm about to attach my tailcone to the fuselage, but decided it would be significantly easier to install everything I need from mounts to wiring and avionics - in the tail, while it's still on sawhorses with easy access.

I will have two EarthX ETX900 batteries and needed to design an installation for dual battery boxes that deviated from the plans.

I designed and installed a mount for my Mountain High oxygen tank.

I installed my GTP 59 Outside Air Temperature probe. I selected the right side of the tail cone underneath the horizontal stabilizer to be out of the sun, but also shielded from prop wash and as far back to avoid exhaust influences. I made a doubler from 0.032" to ensure a solid mounting.

I installed the ELT using Van's ELT mount, which I had to slightly drill and nut plate for the bolt pattern of my Artex 345 ELT.

Lastly, I installed Van's OP-48 ADHRS mount, although I had to modify it for the GSU 25, added a 25A power diode to power my TAA bus, as well as provide a charge to the Aux battery. Note that the ELT antenna is also on the ADHRS platform. My tailcone upper skin is replaced with a ShowPlanes composite tailcone and will allow my GPS and ELT antenna's to be inside cleaning up the airframe, reducing drag a little, but mostly cleans up the exterior appearance. .


 
Sep 26, 2021     Completed the tail cone - (22.1 hours) Category: Empennage
Finally finished riveting skins and completed section 10. There are a couple items different from the plans, namely I have a composite tail cone cover from ShowPlanes that I have not installed because it needs the cabin cover to be installed first.
 
Sep 12, 2021     Tailcone 10.20.2 - (4.8 hours)       Category: Empennage
Cleco'd the tail together with the skins and started riveting. Did most of the bottom skin backriveting and started preparing the additional mounts that will go in the tail, which need to be included with the bottom and bulkhead riveting. Additional mounts are the pitch servo, yaw servo, oxygen system tank, ELT and the ADHRS. The tail end is sure a tight location for me to rivet. I ended up using an extension on my rivet gun to reach the corer AN4-4 rivets for the corner braces.


 
Sep 05, 2021     Tailcone dimpling competed - (1.7 hours)       Category: Empennage
I finished dimpling the last skin needed for building the RV-10. I still have more to do internally to the aircraft, but it's nice milestone to finish the skins. I'll start riveting the tail next and will get it mounted on the fuselage, followed by taking a break from airframe building to assemble my engine and get it tested.


 
Aug 31, 2021     Tailcone 10.16.3 - (2.8 hours)       Category: Empennage
Dimple O'Rama....just dimple, dimple, dimple.


 
Aug 28, 2021     Tailcone 10.16 - (4.1 hours) Category: Empennage
Lots of deburring and dimpling… I'll be so glad when this part is done.
 
Aug 27, 2021     Tailcone 10.16.1 - (2.8 hours)       Category: Empennage
Disassembled the tailcone, trimmed the right skin and then machine countersink longerons, dimples, clean up parts. A little more dimpling to go and then on to riveting.


 
Aug 26, 2021     Tailcone through 10.14 - (2.8 hours)       Category: Empennage
I finished drilling the aft deck and making brackets. I installed Cleaveland Tools static ports. They have worked well on my previous build and are much more substantial than the "rivet" per plans. I have largely stuck to Van's plans on the 10, but I also have a bunch of little things that I'm doing different, such as these static ports.

I used JB Weld for installing the static ports; it truly is "welded" in. It doesn't have the flexibility of pro-seal, but it's a fraction of the price and very strong and a great choice for joints that need to be rigid.


 
Aug 03, 2021     Tailcone 10-13.5 - (2.1 hours)       Category: Empennage
I am going to be installing a composite tailcone top from ShowPlanes, so I'm spending time to prep the upper skins, however, I did cleco F-1075 into place to provide rigidity and alignment to the tail.

I had to read the instructions multiple times to ensure the positioning of the F-1012D, but am clear on it now and will drill the deck next.

I used my mill again to make both F-1012D and F-1011D brackets. The compound angles on F-1011D went very well on the mill, but would have been difficult to do by hand.

It's starting to look like an airframe!


 
Jul 26, 2021     Tailcone 10.7 - (.8 hour)       Category: Empennage
Finished stringers and skins.


 
Jul 25, 2021     Tailcone 10-7.4 - (2 hours)       Category: Empennage
Match drilling skins and stringers…ad nausea


 
Jul 22, 2021     Tailcone 10-7.3 - (2.2 hours)       Category: Empennage
Finished preparing the skins and started match drilling. Also laid out the locations and design for mounting my oxygen tank, ELT, ADAHRS and magnetometer.


 
Jul 18, 2021     Tailcone 10-7.3 - (2 hours)       Category: Empennage
Finished forming the longerons, preparing the bottom skin and match drilling the bottom J stringers. Started assembling the tailcone skeleton.


 
Jul 16, 2021     Elevators 9-19 Left complete - (2.3 hours) Category: Empennage
Completed the left trim tab and installed it on the left elevator.
 
Jul 15, 2021     Trim Tabs 9-17.8 - (1 hour)       Category: Empennage
Glued in the right tab PVC ribs and riveted through 9-17. Will do the left one next.


 
Jul 09, 2021     Tailcone 10-5 - (2.5 hours)       Category: Empennage
Finished cutting and preparing the stringers.


 
Jul 08, 2021     Tailcone 10-5.2 - (.6 hour) Category: Empennage
Prepared bulkheads
 
Jul 07, 2021     Tailcone 10-4 - (3.5 hours)       Category: Empennage
I made good progress today and enjoyed using my mini-mill for trimming angle aluminum for the view brackets and braces needed in the tail. Lots of drill, debur, and dimple stuff going on.


 
Jul 06, 2021     Tailcone 10-2 - (2 hours)       Category: Empennage
Cut and tapped the tail tie-down point, along with work on the aft bulkhead. I'm happy to say that I'm done with all of the wings and controls and no more "duplicate on the other side" build aspects. It's definitely a milestone as I now focus on singular tasks. I plan to get the tailcone attached to the fuselage, and then take a break from the airframe and go build the engine.


 
Jul 06, 2021     Elevators 9-17.7 - (2 hours)       Category: Empennage
Finished the trim tabs up through priming after putting the 15 degree bend in the lower edge. This is one of those steps where I do use primer on internal parts; the reason for this being the same as the trailing edge of the elevators; it's an enclosed component without ability to visually inspect internally.

I ran out of adhesive and am still waiting on it to arrive, so I'm moving on to the tail cone and will come back to close out the tabs when the glue arrives. All that remains is the riveting, which is the easy part really.


 
Jul 05, 2021     Elevators 9-16 - (4.7 hours)       Category: Empennage
Finished the elevators and about completed the trim tabs. The PVC ribs in the elevator trailing edge cured in place nicely. Even though I used a thin smear of adhesive, it still oozed out a bit, but is solidly in place.


 
Jul 04, 2021     Elevators 9-15, steps 1, 2 & 8 - (3.9 hours)       Category: Empennage
Completed the trailing edges and closed out the skins, and then milled the lead weights to dimension.

I did paint the trailing edge out; there is an opening that I can reach a nozzle in to for future Corrosion X control, but it's also small, so hard to inspect, except by borescope. I primed it, as I will the trim tabs, as an additional measure.

The trailing edge riveting, much like the rudder, was very easy with the squeezer.


 
Jul 03, 2021     Elevators 9-14-6 - (4.1 hours)       Category: Empennage
They're starting to look a lot like elevators now. The worst kind of riveting occurs on these, where you are barely able to hold bucking bar with your fingers (I have XL hands) through the corner of a rib with the skin bent up and blindly holding the bar to what you hope is the rivet head. It takes a little practice, but having tungsten bars is a huge benefit for these tight, blind spots. Other than that, it went pretty smooth and I finished step six by doing the MK-319-BS rivets on the bottom root rib. Next is closing out the trailing edge and the trim tabs.


 
Jul 02, 2021     Elevators thru 9-12 - (3.4 hours)       Category: Empennage
Definitely not perfection, but solid. In review, the MK-319 rivets are the easy choice instead of doing solid rivets on the aft spar with the long bucking bar. I did a pretty good job on getting a good shop head on all of the rivets, but in that you are bending the skin upward slightly to reach in with the bucking bar, it's easy to make small marks in the skin next to the rivet on the aft side of the spar, and I made a few of them, but nothing that can't be cured in the paint shop.


 
Jun 28, 2021     Elevator 9-11 - (.8 hour) Category: Empennage
Finished riveting on page 9-11.
 
Jun 27, 2021     Elevators 9-11-3 - (4.5 hours)       Category: Empennage
Only a page in the drawings, but a long one completing the back riveting portion of the build, which is not really hard or complex, but it's a lot “rinse and repeat” work. I'll be glad to finish the elevators, which is the last of the really repetitive work I have left, having already completed the wings and rest of the control surfaces.


 
Jun 26, 2021     Elevators through 9-9 - (6.9 hours)       Category: Empennage
Completed all of the drilling, deburring, dimpling and preparation. The next step would be to prime the parts if desired...I don't desire as I will spray biennially with Corrosion X, a much better, long term, solution over priming.

I don't have any Pro-Seal on hand, but Van's calls for this to adhere the PVC blocks inside the trailing edge of the elevators and trim tabs. On previous builds, I had talked with Van's tech support where they let me know that they use the fuel tank sealant simply because they have this on-hand, however, suggested that any flexible, fuel resistant adhesive could do the job. I've generally used 3M Super Weatherstrip Adhesive, but had 3M 1099 Nitrile adhesive and Lexel sealant on hand, so thought I'd make a little experiment. BTW, I have avoided using RTV on aircraft for a couple reasons, one, it tends to soften when exposed to fuel and oil, and two, silicone isn't paintable, so not a good thing to use on airframe parts that would be painted.

The experiment went well, with the Yellow adhesive being the run-away winner. Lexel is definitely not very adhesive, but is good sealant on acrylic material. I used a force gauge to test, the Level just came away with about 2 pounds force. The 3M 1099 is pretty good, but I was able to break it away from aluminum with about 14 pounds force. The 3M Yellow Super Weatherstrip Adhesive 80001 was still holding well at 30 pounds force, which exceeds the amount of force I would imagine would be a normally experienced by a piece of weatherstrip. The bottom line is that I'm using Yellow for adhering my PVC blocks internal to the elevators.

The PortaCool was pricey - but worth every penny!


 
Jun 22, 2021     Elevators 9-6 - (.9 hour)       Category: Empennage
Cleco'd skins and counterweight ribs on. Final drilled lots of holes... trimmed the trailing edge and cleco'd skins on.


 
Jun 22, 2021     Elevators 9-5 - (2.1 hours) Category: Empennage
Cleco and match drill ribs and doublers, deburr and prep rest of metal parts.
 
Jun 19, 2021     Elevators 9-4 - (2.6 hours)       Category: Empennage
Completed through drawing 9-4. Deburring skins and preparing parts is by the far most disliked part of building an airplane for me. But I'm through that now as I've prepped all of the parts for the elevators now.


 
Jun 13, 2021     Elevators start 9-2 - (2.5 hours)       Category: Empennage
Separated, pealed blue plastic, trimmed, demurred and matched the 16 ribs. Prepared the end ribs as well. This is super repetitive and the part of building I truly do not like.


 
Jun 12, 2021     Rudder fairing completion 12-3 - (.5 hour)       Category: Empennage
Mounted the fairings, applied a smooth layer of micro and sanded with 400 grit.


 
Jun 07, 2021     Rudder fairing mounting 12-3 - (1.1 hours)       Category: Empennage
Finished sanding the lower fairing with 400 grit. Trimmed and initial drilled #40 holes.


 
Jun 06, 2021     Rudder Lower Fairing finish coat - (.6 hour)       Category: Empennage
I rough sanded the flox down and then put a thick coat of micro on, which I'll then smooth down and finish with 600 grit.


 
Jun 02, 2021     Rudder lower fairing S12-3 - (.5 hour)       Category: Empennage
Using Aveo Engineering wing ZipTips that have recognition lights on the rear of the tips, I don't need to install a rear position light on the rudder. I cut out the light mount and glassed in the opening. I had considered, and attempted, to put some backing inside the cut fairing as I had seen others post online, but then determined it would make for a nicer form to put backing on the outside and lay glass inside, which I did.

The next step will be to fill in the holes and make it flush with flox, followed by finishing it out with some micro.


 
May 01, 2021     Rudder - completed - (2.3 hours)       Category: Empennage
Riveted the trailing edge, rolled the leading edge and riveted, and then installed the counter weight. As with most of the sections, the majority of time and effort is spent on the preparation - which can be a bit repetitious and monotonous, but the rest of the assembly is enjoyable to me.

I worked hard to ensure no variations on my trailing edge and the end result is that it's nearly flush with a straight edge. The biggest variation is where installed the trim tab (I back-riveted vice squeezed due to not being able to get a yoke with the angled set around the tab), which was less than 0.020" over 6", so well within the tolerance of 0.100" per 1-2".

It's definitely not perfect. I had a couple rivets I redid, but it's structurally sound and I'm satisfied with it.


 
Apr 30, 2021     Rudder - spar 7-10 - (3.8 hours)       Category: Empennage
Got the spar riveted in and completed through drawing 7-10. I used 3M VHB tape to close out the trailing edge. I found it was easy to use, but does require you to thoroughly clean the surface, which I used denatured alcohol for, and then be careful to not let it touch until you're ready to stick it; once the tape sets, it's very solid and I recommend using this over proseal.


 
Apr 29, 2021     Rudder riveting - (4.9 hours)       Category: Empennage
Completed back riveting the skins and through 7-7. While I do have a backrivet set, I've found that I get a nicer shop head with a polished 1" flush set; it allows better centering in tight spots, such as against the stringers. And once you get practiced at back riveting, the back rivet shroud is just annoyance anyway.

I also created a 6" tall fixed rudder trim tab from 0.032". It extends 2" beyond the rudder and is positioned to be above any draft from the Horizontal Stabilizer, yet low as possible to provide the tab the longest moment arm (smaller adjustments have a bigger effect). I will bend it to be neutral to the rudder chord line until flying the airplane and adjust left from there [keep in mind that trim tabs move the opposite of what you want the control to do]. I did consider the spring loaded adjust from Aerosport, however once trim is set for flat footed cruise, it's rarely adjusted unless something physically changes in the airplane, which is unlikely and would only result in another ground adjustment of the fixed trim tab. The Aerosport rudder trim kit is nice and would likely be very nice for adjustments during climb and descent as well - however, I have a yaw servo to handle that task and just wanted to have a trim tab do the reference trim setting in cruise.

Other thoughts are that rather than stick a wedge trim tab onto the rudder after completion, I wanted to have a flush riveted tab, which can only be done nicely during construction. And I can always cut it down later if needed.


 
Apr 28, 2021     Rudder...done dimpling - (2.7 hours)       Category: Empennage
Primed the rudder horn and stops and the finish all match/final drilling and dimpled skins, spar and ribs. There's a lot of "rinse and repeat" type activities going on here....

Ready to start back riveting the skins.


 
Apr 28, 2021     New Old Stock vacuum drive       Category: Engine
I was able to find a NOS vacuum drive adapter pad and a NOS drive gear to provide a mount and drive for my B&C backup alternator. The gear is still sealed in the same cosmoline grease it was likely packed in a long time ago. Fortunately, the self life a both parts is somewhere between very long and half-life of steel...so basically very happy to buy NOS parts.


 
Apr 27, 2021     Workin' the Rudder - (4.5 hours)       Category: Empennage
Started and got through drawing 7-6, step 2. Rolling through the build today.


 
Apr 17, 2021     VS 6-6-10, Completed - (3.4 hours)       Category: Empennage
Completed section 6, the Vertical Stabilizer. No issues and a very simple build. Definitely the easiest component on the airplane to build of all the assemblies. Turned out nice. My small tungsten bucking bar was perfect for reaching up in side, but was able to squeeze a nearly all of the skeleton and structural rivets.


 
Apr 16, 2021     VS through 6-6-3 - (4.3 hours)       Category: Empennage
Finished all preparation, dimpling and rudder bracket mounting. Riveted the skeleton and forward half of skin up to the front spar.


 
Apr 15, 2021     Vertical Stabilizer - (7.5 hours)       Category: Empennage
Cleaned up, final drilled, dimpled and countersunk all parts through page 4. Ready for riveting together.


 
Mar 29, 2021     Move wings and HS to hangar - (1.5 hours)       Category: Workshop
I borrowed my neighbor's car trailer and moved the wings, horizontal stabilizer and wings out the hangar today without issue. The garage is a lot emptier...


 
Mar 29, 2021     HS Completed - (3.4 hours)       Category: Empennage
Finished section 8, with the horizontal stabilizer complete. I moved it, along with the wings, out to the hangar today.


 
Mar 27, 2021     HS...a riveting time - (3.8 hours)       Category: Empennage
I continued riveting the skins to the ribs and spars. It's a lot of rivets. My tungsten bucking bar was a wonderful investment.


 
Mar 27, 2021     More part arrived       Category: Engine
I received 12 genuine Lycoming new version flat tappet files. The original part, 72877, was known to corrode and eventually resulted in spalling of both the cam lobes and tappet faces. Additionally, the diamond coating reduces friction overall.

I also have my oil pump and propeller governor idler shaft in hand now.


 
Mar 25, 2021     More overhauled parts arrive       Category: Engine
I received all of my hard parts back from Aircraft Specialties Services today with tags. My engine is experimental in that it does not meet the type certificate Lycoming holds by having an EFII, custom heads, custom exhaust, custom cold air intake and the extensive list goes on. But I am meeting good aviation and engineering practices by having all of the parts going into the engine inspected and/or repaired and assembled in accordance with Lycoming service instructions.

My connecting rods were OH'd and had S.I. 1359 performed to modify the rod caps in order to accept the newer version rod bolts. All rocker arms were overhauled with new bushings, my crankshaft idler gear was inspected and had the bushing replaced. All hydraulic lifter units were overhauled and tested, and then the balance of hard parts cleaned and had a magnetic particle inspection performed. I've ordered the remaining needed parts as new, so it's all coming together.


 
Mar 21, 2021     HS continued riveting - (2.6 hours)       Category: Empennage
I riveted the forward spar, inspires and started on the skin up to KAI 8-13, step 2. The tungsten bucking bar is a wonderful. I find that it's easier to rivet the skins with the HS laying flat on sawhorses, rather than vertical in cradles...YMMV.


 
Mar 20, 2021     Propeller Governor Gears       Category: Engine
I received my tagged propeller governor gears. It's stuff like this that I truly enjoy working on. The engineering is phenomenal. These two gears are very expensive new from Lycoming, but I was able to get them from a guy who was happy to finally get them off of his shelf after a couple years in preservative for an exceptional price.


 
Mar 20, 2021     HS dimpling away - (5.6 hours)       Category: Empennage
I riveted the stringers, forward ribs and inspars and made progress on the left skin. The Numatx riveter is worth its weight in gold.


 
Mar 13, 2021     HS Dimpling and stuff - (1.2 hours)       Category: Empennage
I dimpled one of the HS skins and then made a hammer tool for the engine crankcase through-bolts. This is to allow the needed force to insert the bolts while protecting the threads. This little tool, made from 2" cold rolled steel round stock, weighs right at 3 pounds and should work great to provide needed momentum without any damage to the bolts. I milled both ends square and then drilled a 1" deep 29/64" hole and then tapped to 1/2-20. Spins nicely onto the bolts. One of the more interesting parts of building for me is the special tooling and their uses.


 
Mar 10, 2021     HS parts preparation - (1.7 hours) Category: Empennage
Finish final drill of skins and then machine countersunk the spars and stringers.
 
Mar 08, 2021     HS 8-9 completed - (1.3 hours)       Category: Empennage
Cleco'd and match drilled the spars, stringers and skins.


 
Feb 28, 2021     HS Skins and spars - (2.4 hours)       Category: Empennage
I cleco'd the forward ribs and inspars to the forward spar, and then the mid-stringers. I deburred the skins and started cleco'ing them to the stringers, ribs and spars.


 
Feb 26, 2021     HS forward spar - (2 hours)       Category: Empennage
Completed through KAI 8-7. The key to progress is to just keep doing working on it - I try to work a little everyday.

The Numatx squeezer proves over and over that it's one of the most valuable tools in my shop. I prepped the rest of the HS parts, which is an annoying routine of removing blue plastic coating and deburring, which is my least favorite task of building. But, then I set and squeezed the spar doubler section of the forward spar, HS-1002 in just a few minutes with excellent, nearly identical shop heads - one of my favorite parts of building.


 
Feb 26, 2021     Upgraded milling vise - (.1 hour)       Category: Workshop
Bought a precision vise for my milling machine with a swivel base.


 
Feb 24, 2021     Paint Scheme       Category: Admin
I got my final paint scheme back from Plane Schemer. I really like it. They asked me a bunch of questions and then came up with several initial designs, and then worked with me over several iterations to get to this. I'm pretty happy with the homage to my USN service, but with a pretty snazzy design that included both dark and light blues and golds. 762 represents my service in the Marines. The 'G'...last name.


 
Feb 24, 2021     HS forward spar - (2.4 hours)       Category: Empennage
Debur, match drill, ream and final drill HS-1002 forward spar, doubler, brackets and spar cap stringers. It's amazing how much time can be spent just cleaning up and preparing parts. The actual assembly of the horizontal stabilizer is really just the final step after a great deal of part preparation. I also decided to prime these parts as they will be more difficult to reach with corrosion X and perform internal visual inspections.

I started prep on KAI 8-6


 
Feb 23, 2021     HS spars and stringers - (1.4 hours)       Category: Empennage
I trimmed, deburred and started drilling the forward spar along with the HS-1013-1015 stringers. I drilled out the spar web and doubler with the brackets


 
Feb 22, 2021     HS stringers - (.8 hour)       Category: Empennage
Stripped and trimmed the HS-1013 through 1015 stringers. I use a small cut-off grinder to separate thin metal parts and do straight line trimming such as this.


 
Feb 21, 2021     HS-1008 brackets - (3 hours)       Category: Empennage
I cut, and then milled and drilled the HS-1008 left and right brackets on my trusty Little Machine Shop mini-mill (and awesome tool indeed).

For the folks out there that like to send me comments about how "there's too much swarf in your photos", (amazingly enough, I actually have gotten a couple comments to that effect), you make a lot of swarf with a mill... I recommend a shop vac.

The nice part about drilling on a milling machine is that if you clamp both parts to the base plate, you can setup the the drilling dimensions once and have assurance that all of the holes match and are very accurately placed. My method is to measure and mark on the bench, then install in the mill and use a DRO to center and then drill the parts.


 
Feb 20, 2021     Horizontal Stabilizer, section 8 - (5 hours)       Category: Empennage
Worked through 8-2


 
Feb 19, 2021     Parts shipping and shop work - (.5 hour)       Category: Engine
I am building my own engine from parts. An interesting note is that telling someone that you're building your own airplane engine generally gets the same reaction as when you say you're servicing your own home HVAC...another highly protected industry. Anyway, it's fun, a great learning experience and not really that hard to do...which is essentially the basis for amateur built aircraft. Back to work....

I packed and shipped my engine parts to Aircraft Specialties Service overhaul.

I cut six plates and some 2" round stock to create my own crankcase through-bolt hammer cap and hold down plates. I'm happy to say that the Harbor Freight Tools 48T metal blade for my trusty craftsman circular saw ripped through the 1/2" steel plate like butter and only took about 20 seconds to go through the 2" round stock - must faster than a band saw for heavy metal cutting.


 
Feb 13, 2021     Right wing completion - (6 hours)       Category: Wings
Finished bottom skin installation and completed nutplates and access cover for the right wingtip. The Aveo ZipTips are very bright. Stowed the wing on the cradle.


 
Feb 10, 2021     Right wingtip - (1.5 hours)       Category: Wings
Fitted up the right wingtip and drilled pilot holes at #40. Trimmed the tip and started on installing nutplates. I'm happy to note that the trailing edge is in-line with controls rigging without the same adjustment the left wing needed.


 
Feb 06, 2021     Right wing bottom skin - (5 hours)       Category: Wings
Slogged through the "deburr, match drill, dimple, cleco and rivet" routine to get the bottom skin in place.

I regret that I didn't spend more time getting my helper up refreshed on riveting. It's important to just hold the gun firmly in place and let the tool do the job. He was trying to force the gun downward, got off perpendicular and the tip slipped, even with a rubber booted flush set. So now, I have to admit, my airplane won't end up being perfect...ha.


 
Jan 31, 2021     Wiring and fairings - (2 hours)       Category: Wings
Installed inboard connector, tested trim servo and worked on gap fairings. Boy, do I hate those "blind bucking" solid rivets. I call it "riveting by braille".


 
Jan 30, 2021     Wiring and servo - (2 hours)       Category: Wings
Installed outboard CPC plug, roll servo connector and tie-down tap. I installed the GSA 28 roll servo installed with right angle lug connector that I made up from parts I either had on hand or bought online. The cost to make up connectors is about 10% compared to the high end Garmin kit, which is essentially same pins and connector, but with a fancy schmancy back shell that you can connect shield grounds to; instead, made a separate ground lead.


 
Jan 30, 2021     Electrical Routing Brackets - (.1 hour)       Category: Admin
These brackets are PN F-1016H and come as a set of two that get separated and then mounted with two rivets.


 
Jan 27, 2021     Constructed and setup the aileron trim servo - (2 hours)       Category: Wings
I made a servo mount. I had a Ray Allen trim servo left from a previous project, so bought needed parts from Van's per the drawing and built it without buying the complete kit.

Using a motorcycle exhaust spring hook is the perfect tool for reaching inside and connecting the actuator springs.

I used a 9V battery at the wing root connector to verify proper trim servo operation.


 
Jan 23, 2021     Gap fairings, wiring, fuel tank installation - (8 hours) Category: Wings
Items completed:
• Installed the fuel tank
• Prepped skin, gap fairings and J stringer. I cleaned the blue off the bottom skin and deburred it.
• Started mouting gap fairings.
• I mounted the roll servo
• Ran all wires in the wing.
• Installed the aileron bell crank.
• Sanded smooth the left wingtip and stowed for future use.
 
Jan 22, 2021     Right wing fuel tank and QB inspection - (5 hours)       Category: Wings
Filled stall holes in the leading edge of the right wing (thought only left, was surprised to find these holes in the right wing too) with micro. I also found that the VA-146 bearing and inboard nutplates were not done, although the sections are marked as completed by the Quick builders.

Removed and inspected the fuel tank. Installed the fuel return fitting and level sender and leak checked. I snooped the snot out of the tanks and didn't see any bubbles and the balloon held for a few hours without issue.

Ready to reinstall the tank. The rest of the wing looks good and ready for wire, controls and skin.


 
Jan 18, 2021     Finsished up inboard connector and flox'd the TE - (1.5 hours)       Category: Wings
I inserted the provided rib and epoxied in place with micro, let it dry and sanded it smooth.

The left wing is completed and stowed on the cradle.


 
Jan 16, 2021     Wingtip wiring and access - (4 hours)       Category: Wings
I completed the wingtip connector and started on the root connector. I did a loop check off the outboard connector before I did heat shrink. I also installed access cover with #6 nutplates. I stuck to my rule of no more than 4" without a fastener.


 
Jan 15, 2021     Wingtip split TE and aligned with aileron - (1.5 hours)       Category: Wings
I split the wing tip trailing edge with a hacksaw blade. I then used wingtip clecos with backing plates to slightly bend the tip into alignment with the aileron. Very little flex was needed and It looks good.


 
Jan 09, 2021     Left wing tip - (4 hours)       Category: Wings
I followed the Section 24 instructions to install my Aveo ZipTip using the the KAI as described with #6 nutplates. It worked out fine, but one issue is that when fully pressed into the wing end, the tip trailing edge is slightly below the aileron, which is rigged to the flap at reflex (firmly against the spar), so the trailing edge of the wingtip needs to be redone to line up. I will split the trailing edge and then slightly flex the wingtip into rig, and epoxy it into place.

I bought another can of West System 206B slow hardener and 105B resin, along with new 300 series pumps. I now have more than sufficient epoxy to finish the airplane.


 
Jan 08, 2021     Pitot leak test - (1 hour)       Category: Wings
The pitot tube push-on connector leaked at the push-on; I removed, recut and reinserted the hose with no more leak. The balloon was still inflated four hours later when I checked, so I called it good. The allowance is 100' per minute or 1inHg differential at 1000' AGL for one minute, so holding pressure for four hours was my acceptable test criteria. I tested the AOA and Pitot lines separately.


 
Dec 29, 2020     Bottom skin and pitot installation - (6 hours)       Category: Wings
I worked from the aft spar forward and riveted the skin in place.

I glued FOUR AN960-8 washers together to make a single rivet to establish the pitot tube 90�o the spar. Adding glue makes it exactly 90�erpendicular to the spar, which is 0�ith the chord line. The allowed variance is 5�so it should work very well.


 
Dec 28, 2020     pitot mount...and stuff - (1 hour)       Category: Wings
I made the rivets on the aileron control rods with the squeezer held in my bench vise. My Numatx squeezer is easily the best money I've spent on tooling; it's light, strong and love the foot pedal. It is the best tool for doing small part riveting tasks that are hand-held.

I put all of the pitot parts together to scribe the hole in the skin, and then cut it out using a drill and then die grinder. My right angle grinder with 1" disks is perfect for this.


 
Dec 23, 2020     Pitot mount, hoses and bottom skin... - (6.5 hours)       Category: Wings
The pitot/AOA hoses have been routed along the bottom in snap bushings. This is a better, more repairable route than being fitted in the J-stiffener and less susceptible to vibration fatigue and wear.

After much ado, I finalized my pitot mount to the outboard rib in bay 3 (counting from the wingtip). It's the best compromise between ease of access, clearance from the control rods and also the tie-down ring. It's now about 20” outboard of the ring, which will allow clearance on the widest tie-down spots I've ever been to. Most are 25', but even at 30' between them, I'll have plenty of clearance.

I flared and prepared the pitot tube for installation. What remains is to cleco up the forward part of the lower skin in place and then drill from the inside to locate the #30 holes to the support bracket. After that, I'll pull the skin and match drill four holes along the bottom, sides and top on the backing plate.

I consider wings to be the hardest part of the airplane, simply because everything is repetitive, cramped and hard to reach.


 
Dec 22, 2020     Pitot mount, hoses and bottom skin - (7 hours)       Category: Wings
Wired the fuel sender and installed a knife connector. I'll run the fuselage lead through a small snap bushing, with some sealant to hold the wire and seal the hole.

I settled on putting the pitot tube in the outboard bay adjacent to the aileron control brackets and then putting the heater control on the access door. The pitot tube is 6” tall and 10” outboard of the tie-down ring. This is a shallow angle of 30.6�Noting that the tie-down ring will be almost exactly 36” above the ground in normal conditions, the wing tie-down rings are 22 apart and the average airport tie-downs are 25' apart, the angle from the tie-down ring to the tie-down would be about 63�so well clear of the pitot tube. Even if the tie-downs were 30' apart, the angle would be about 37�so still clear. But even more importantly, the tie-downs would go forward, not straight out, so even more clear. The important thing is that the pitot tube and mast will be easier to maintain while being clear of the aileron controls.


 
Dec 21, 2020     Wires, fairings and skin - (4 hours)       Category: Wings
Working inside the wing sucked. But with a little effort, I was able to squeeze my left arm in to hold the bucking bar and my friend Vlad bucked with the gun; it would be a difficult task solo. Most of the gap fairing is done.

The easier way to roll the blue off is to put a couple pieces of tape for the first couple inches of blue, and then just roll it off. Quite a bit easier than the pull method. I just used a razor to cut the blue off of the pipe.

I ran wire for the wingtips, two 3C20GA and then one 3C22GA, plus red and black 14GA for the pitot heat plus a white 22GA for the heater control discrete switch.

For the fuel sender, I realized there is no clear path aft to the wing CPC plug, so I'll have to make a separate hole and run that 20GA wire by itself to the panel starting in front of the spar; I'll use a 3/16 snap bushing and knife connectors in the wing attach area with clear heat shrink.


 
Dec 19, 2020     Pitot mount and gap fairings - (2.5 hours)       Category: Wings
Bolted and set neutral for left wing aileron. Prepped air gap parts and pitot mount .

Instrument Air hose colors:
• Pitot - Red
• Static - White
• AOA - Blue

I worked section 20, but didn't get much done. I did start mounting the gap fairing and discovered I'm going to need someone with a thin arm to get in and hold a bucking bar for the gap fairing rivets - very hard to reach.

The left wing has a 16 pin connector: 2 will be 14GA for the pitot heat, 10 for the wing tip, fuel and pitot heat control for a total of 14.

The right wing has a 28 pin CPC connector, with 9 for the wingtip, 5 for trim servo, 4 for the roll servo, and fuel capacity for a total of 19.


 
Dec 17, 2020     Actuator Controls - (2 hours)       Category: Wings
Installed VA-146 on the left wing. It should have been installed by the factory, but I found the bearings in the bag and easily installed them. The good news is that I have plenty of clearance for the fuel return and vent lines. Also started on the gap fairings.


 
Dec 16, 2020     More actuator work. Finished tube fabrication - (2.5 hours)       Category: Wings
Installed the aileron bellcrank for the left wing. The long torque tube is initially 94 7/16” and the bellcrank to aileron is 25 1/4”, both C-C at the rod end bearings.


 
Dec 15, 2020     Aileron Actuator - (3.6 hours)       Category: Wings
I cut, primed and installed ends on the pushrods and am about 1/2 through S23. I expect to finish it tomorrow and then get the pitot tube mounted. I'll also run the wires once I know if there is clearance for the pitot. I'm thinking to install it in the original Van's location. I would think inboard is better than outboard for tie down clearance and it's the design location, so I'd think aerodynamics are good for the pitot too. I see other folks mount outboard, but it looks like it would put the pitot in the way of the tie down. Of course, going inboard could cause conflict with the aileron actuator rods, but I'll figure it out. While I wait for the pitot tube to arrive, I will run wires and mount the wing tip. I'll need to cleco the skin in place for this, but will hold off on riveting it until I'm done with the wing.

I reinstalled the fuel tank after a successful leak test.


 
Dec 12, 2020     Left wing and fuel tank - (2 hours)       Category: Wings
I finished Inspecting the left wing for proper construction sections 13-17. Installed a fuel return fitting for my fuel injection system and pressure tested the tank with good results using the balloon method. Snooped and found no leaks (bubbles) noted and it held pressure for over 30 minutes with no change in balloon size, so good to go. I also filled in the pilot holes for the stall warner. I decide to install an AOA and not use a stall warner vane on this airplane.

Using my borescope and rotating, I noted that my fuel level sensor is clear of the vent line, plus the float touches both the top and bottom of the tank with full stroke.


 
Dec 08, 2020     QB Wing inspection - (2 hours)       Category: Wings
Performed inspection of the left wing and noted the tie-down was not tapped by the quick builders per section 13. Decided to fill the stall warming pilot holes as I'll be using a AOA and have found the stall warner unnecessary with a calibrated AOA.


 
Nov 28, 2020     Van's Aircraft Shop Sign - (2.5 hours)       Category: Workshop
Yup, I bought the kit and finally decided to build it. Easy peasy....and it looks cool.


 
Feb 20, 2020     The Crankcase arrives - (.5 hour)       Category: Engine
I got my yellow tagged crankcase from DIVCO today. It looks gorgeous - they do great work. A curious thing for me is the there are no bearings for the camshaft or prop governor drive shaft - they just sit in the case and get oiled. The very helpful and friendly tech at DIVCO commented that these engines are in-fact super simple and essentially just a high quality (and expensive) lawn mower engine. So, armed with that great information, I march on with building.


 
Feb 10, 2020     Aveo Engineering Wingtips arrive!       Category: Wings
I ordered these Zip Tip Premiere III wing tips in November 2018, but they were going through a revision and I agreed to wait on the version 3. With 175,000 Candella landing lights, they should do the job. I really like that they are an integrated lighting system including side and rear recognition (NAV) lights as well, plus taxi and strobe. And the new version has a little winglet thing going on. I think they look great.


 
Dec 14, 2019     The crankshaft arrives - (.3 hour)       Category: Engine
I bought a used crank and had Aircraft Specialties overhaul it, which included all service bulletins, polishing, nitriding, new counterweight bushings and rollers and balance. I'm building my engine myself and am compiling all the parts now while doing the airframe. I actually got a little excited over this seemingly simple part; it's a high quality foundation to build on.


 
Oct 26, 2019     Setting up the project on EAA Builder's Log - (.2 hour)       Category: Workshop
Not much done to-date on this. I haven't actually done any building as of yet, I'm just getting parts collected and inventoried. When I completed my RV12 in 2018, I did not publish much of the project, but I've decided to use this website and share every aspect of my build. This task involves assembling my notes and photos to-date onto this fine web based interface.


 
Sep 28, 2019     Matco Wheels & Brakes - (.2 hour) Category: Landing Gear
I bought a complete set of wheels, axles and brakes. I also bought their parking brake and a reservoir from Matco. I like Matco's products and wanted to with what I know, and just happens to be a good quality product with great support.
 
Jul 29, 2019     Bought door latches and lifts - (.2 hour) Category: Admin
One of the highly suggested improvements to the RV10 doors is the center safety latch. After much research, II bought the door mechanisms from Planearound.com. It was about $700 for both doors, delrin guides with SS pins, 2 sets of wheel pant brackets for improved strength, door strut mounts that are beefed up and modified to work with McMaster Carr seals 1120A41,, which should mount on the frame instead of the door, which is claimed to be a better fit overall and less leakage, meaning more air tight and rain proof and something you would expect on your car.

I also bought his mount kit for my Virb, which will mount on either wing or in the tie-down slots and should be fun for capturing my landings or in-flight video from outside.

Also door struts are an issue for many folks. Van's has a HD model that is a 600N version for $131 as of now.

I bought Bansbach easylift struts and ends:
B0N0F50-100-247/XXXN Gas Spring 4""(100mm) Stroke 10""(247mm) Extended Length Customer Selected Force IAF041-006 2 each

B1 M8 Hinge Eye Endfitting I96350 4 each (one for each end of the strut)


B0N0F50-100-247/600N (this is 600 Newtons force), one per door.
CeramPro�eated rod and powder coated cylinder
Rod Diameter: 8mm
Cylinder Diameter: 19mm
Rod Length: 100mm (3.93 inches)
Extended Length: 247mm (9.72 inches)
Rod Threads: M8x1.25
Cylinder Threads: M8x1.25
Normal resistance with end dampening

I ordered 2 struts and 4 ends 7/12/2019. Total cost was $73.50 with free shipping vs $262 for two struts from Van's
 
Jun 29, 2019     Quick Build Fuselage and Wings Inventory - (3 hours) Category: Fuselage
Using the parts inventory as my checklist, I completed the inspection and inventory of all parts for the QB order. Of all the kits I've ordered from Van's, this was the first one where I actually had a discrepancy. Bags 1251-2 and 1252 were missing and bag 1443 had the wrong parts in it, but Van's was very quick to provide the parts and I cannot say enough about the excellent customer support and products they provide.
 
Jun 15, 2019     Cee Bailey Windows - (.2 hour) Category: Admin
I got a 10% off coupon, so I ordered the full window set of solar gray windows. I won't need these for a while, but it's hard to pass up on a discount.
��tail: $1609
��scounted price: $1448.10
��x: $119.47 (8.25% - the People's Republic of California needs their cut)
��ipping: $160
��tal: $1727.57
 
May 24, 2019     Quick Build Fuselage and Wings Arrive - (1 hour)       Category: Fuselage
Stewart transportation arrived on time and had my kit in excellent shape. The driver was very helpful, although we were able to slide the wings out and set right on to my waiting wing cart (from previous builds) and the fuselage was set directly on to my rolling fuselage cart and then all rolled into the garage. I put my wings, flaps and ailerons in the small garage for now and the fuselage, canopy and remaining parts went into the big garage for building.

No issues noted on shipping. Inventory to follow.


 
May 13, 2019     Fuselage Cradle - (3 hours)       Category: Workshop
Materials:
��2 burro wood sawhorses
��4 heavy rollers, from Harbor Freight, my favorite nearly accurate tool store ;)
- Moving blanket (HF)
��10' 2x6 for base board

��Building the cart
- I cut the base boards at 5'.
- Used wood screws and wood glue for double strength.
- Mounted the sawhorses on the boards. Used fir strip to brace the joint on the inside.
- Cut part of the empennage crate to make a cross board. Brace this board with a 2x4 below.
- Mounted 2x6 x 5' across the sawhorses.
- Placed moving blankets on the sawhorses for padding
- Mounted the 4 caster wheels below each sawhorse leg

The cart is 5' wide and a little less than 5' between the horses and should hold 2000 pounds no problem. This also provides another rolling platform for holding tools or whatever is in my hand at the time.

I'll plan to build the empennage on the workbench, and then transfer it to sawhorses and do most of the fuselage build on the cart. When I do finally get it on wheels, I'll buy a set of vehicle dollies for the mains.


 
Jan 20, 2019     Pedal Set - (.2 hour) Category: Admin
After building and flying several RV's, one thing I wanted in my 10 was pedal sets that were more like my Baron. On the 12, my oversized foot can slide up and apply any braking while landing, which is pretty easy to do; meaning careful attention is required on landing for this. With the 10, I decided to avoid this and go with Paul's setup for a couple reasons - one, they look great, and two, the setup does a very good job of separating braking from rudder control with a very conventional setup that looks a lot like the pedals out of my old Baron. I like it.

I got my pedal set from Paul Grimstad (ControlApproach.com) in Oregon. They look great. I'll add photos when I get around to installing them. They came very well crated. I had arranged with Paul to send my Matco master cylinders to him, where installed and setup the pedals with them in place. I'm very pleased with the work quality and finish.
 
Nov 30, 2018     Quick Build Wings and Fuselage Order - (.2 hour) Category: Admin
Van's would not delete the stall warner bags from the QB kit with the statement ""COULDNT DELETE SLATT WARNING FOR SAFETY AND LIABILITY REASONS"", so I'm stuck buying the stall warner stuff. I think it's humorous that an Experimental-Amateur Build aircraft would have any liability associated with it, but ok. I'm still not installing it. I will be using an AOA, which is more useful than a stall tab. I've learned through previous builds that the AOA is not only more accurate with an actual visual indication of margin to stall, but I don't have tab to catch myself on when cleaning the leading edge of the wing. The same folks that will advocate for steam gauges, mechanical compasses, and avoid autopilots all based on the idea that either new technology is perceived to be less reliable or somehow makes you less safe or detracts from your piloting skills (I've it all...) are probably cringing that I won't be installing a stall warning tab. And I use lights instead of candles at night too; I'm a wild man.

If you order a QB kit, you can't delete these parts below. I'll just have to set those aside; it's not worth the shipping and hassle to send them back, so I'll just have some great wall ornaments:
BAG 1216-1 STALL WARNER HARDWARE
BAG 527-1 STALL WARNER PARTS

The kit before starting on deductions and adds was $41,450, then they gave an $843 repeat customer discount (nice) and then $39,088. So that's a total of ~2300 off the kit price. I did buy a list of other stuff too, which included aileron trim parts (I already have a trim servo),

This covers the updated rudder pedals and part of the window costs. I deleted the rudder pedal, brake and window parts as I've bought the Control Approach pedal set, Matco brakes and wheels and plan to buy Cee Bailey windows.

I'm planning to have Tony Partain transport the QB kit to me. He charges ~$1900.

25% down on the order.
 
Oct 05, 2018     Inventory - (3 hours)       Category: Empennage
It took me a while to get around to completing this inventory, but it was very straight forward. All of the parts are staged on shelves and the crate is broken down. There were no parts missing or defective.

I do have a many parts bins and plan to break out all of the small bags into those bins as work progresses. While keeping them in the bags for now is good to keep track, having them in easily accessible parts bins makes building a lot easier.


 
Sep 13, 2018     The empennage arrives - (.5 hour) Category: Empennage
The fine folks at ABF shipping delivered my crate in excellent condition and helped me roll it up in to the garage
 
Aug 31, 2018     Empennage kit purchase - (.3 hour) Category: Empennage
I ordered my empennage kit. The price includes crating and shipping. I was pleasantly surprised to find Van's provided a discount for previous builders, a.k.a. ""repeat offenders"".
 
Aug 28, 2018     The Baron is sold - (.2 hour) Category: Admin
Having sold my beloved B58 Baron, I am now free to proceed with building the RV10. I have decided to proceed with a Quick Build wings and fuselage. I don't find much challenge in building wings anymore - it's just super repetitive and time consuming. The fuselage isn't so much repetitive, but I'm not getting any younger and the extra money is a fair trade for my time.

I've also decided to use Garmin G3X avionics. I've truly enjoyed the package I built into my RV12 and want to stick with it. While it's not smart to buy avionics at this point, it is definitely smart to plan it out. Different manufacturers install their equipment differently, so questions like, ""should I use a yaw damper?"" and what servo will be installed and how are easier solved now vice later on. And I like planning. More sweat in training, less blood in battle...ooh, rah.
 
Mar 21, 2017     Upgrades over standard kit - (.5 hour) Category: Admin
I have spent a great deal of time researching biding an RV10. A little point of note is that I considered building this before proceeding with my RV12, but decided the 12 was a better commuter option to get it done quickly and replace my Baron 58. But once the 12 was flying, it was readily apparent that I needed more space and definitely wanted to go faster on cross-country trips with greater range. So, I went back to the 10, and with full support from my amazing wife, I am building a 10.

This leads me to Tim Olsen's builder page, myrv10.com, where he has done a wonderful job assembling not only his journal of build and flight, but made a great resource for other builders. I'm planning several upgrades.
 


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