Guitar Ted Lube-Off: Triboflux Chain Lube Update #1

 NOTICE:  The Guitar Ted 'Lube-Off' is a comparison of different lubrication products for bicycle chains that is undertaken in 'real world' conditions in a set way. Then I compare and contrast the results with past 'Lube-Off' products to see "which one is best for me". This is done for entertainment purposes and the reader should apply their own reasoning and discernment while reading my 'Lube-Off' entries. What works for me may not work for you at all. Also, I did not receive this from the company but I did pay for it with my own money. 

I introduced the next contender in this year's Lube-Off, Triboflux, last weekend. If you missed that, cick HERE. There you will learn all the tech details behind this wax based drip lube. 

Here I wanted to cover the installation process for this lubricant and go over some of my first impressions regarding this lube. 

Application Process: 

Triboflux recommends a clean chain to start, like most lubricants do. However; they also recommend cleaning the entire drive train. Cassette, rear derailleur, chain rings, and front derailleur if there is one present. This is smart and probably what every drip lube brand should be telling people. In fact, even you chain removers/wax potters should be doing this as well. Anything that touches a chain really should be 100% clean before applying new lubricant. So, I am impressed Triboflux says this in their installation process video. 

I went ahead and chose the Noble Bikes GX5 as my test sled for this lube. It is a 1X system, so no front derailleur or multiple chain rings to get in between and clean up. The bonus here was that I had been running SILCA Super-Secret v1 lube on the drive train, which is very clean, and this made the clean up process painless.

Then it was time to put one drop of Triboflux on each chain roller. I generally shake up any lubricant well before applying it. Mostly out of habit from having been a bike mechanic for so many years. But it is smart because lubricants can separate and settle heavier parts of the lubricant at the bottom of a bottle. 

So, when I went to shake up the Triboflux and heard nothing, I was a bit alarmed. Did they send me an empty bottle, or what? Well, no worries, it is just a really thick liquid. 

In fact, it came out of the bottle more like a cake frosting applicator and frosting than drip lube. I hit each roller, back pedaled the drive train several times, maybe up to a minute, then worked in the lube with my fingers. The application video shows this fingering technique, by the way. It is advisable to do this, I think, as - again - this lube is thick!   

Triboflux recommends a 4 -8 hour cure, but I always go overnight. The next day the Triboflux was invisible and the chain was completely dry with no residue after doing a Touch-Test. This was quite a relief after the saga I went through with the last two lubes trying to overcome that Stan's degreaser products residue. 

By the way, I used a combination of Finsihline degreasing products to clean up the Noble GX5 drive train. 

Expectations:

 Triboflux claims efficiency of the drive train is increased by using their product. We shall see. Reapplication is suggested at 150 - 300 miles depending on grit, moisture, and dust conditions. This seems realistic, but I will say SILCA Super-Secret v1 goes at least 300 miles, so I am looking to at least duplicate this amount of miles in dusty conditions. 

Impressions & Notes: 

So far, I think there is promise here. I like how realistic Triboflux is in some areas of their recommendations. I like how the lube is thick and how well it cures on the chain. The promise of wet weather performance is enticing.  

However; Triboflux does do and say a couple of things I really don't like. One: They show high pressure water cleaning of the drive train. That is a big fat NO from me. Listen, go ahead and do it if you like premature bearing failures and paying your mechanic money you don't really need to. You do you. I would never recommend doing that on any bicycle. Brushing and pouring water over parts? Fine. Go ahead. I've no problem with that. For my rigs, I don't clean with any water at all. But that's another story.... 

The second thing I didn't jive with was how Triboflux shows you how to place the lubricant on the chain. The lube, any lube, should be placed on the opposite side of the chain they show. I would run your lube over the chain as it exits the bottom of the rear derailleur and before it goes past the lower part of the chain ring. (While backpedaling) This makes the chain ring and cassette teeth push the lube into the chain rollers and as the rollers move they pull the lube deeper into the chain. Putting lube on top of the chain is less effective as the chain's centrifugal forces want to keep the lube on the surface you applied it to and the rollers have a harder time pulling the lube into the inner pins. Especially with a lube as thick as Triboflux appears to be. 

Maybe I'm nitpicking. 

Anyway, I'm all set and ready to ride the Noble in the test. I'm pretty excited to see how this holds up in comparison to the other two new lubes in the test this time.  

Building Up: Wheels For Fargo Gen 1- Part 1

The completed rear wheel

You may remember my articles on deconstructing an old wheel set for parts. If you missed those posts, you can go back HERE for Part 1 and  HERE. for Part 2.

This will be an article on how I approach building a wheel set. So, while some of my choices may seem outside the norms of wheel building, this is how I've always done it, and to my knowledge, I've never had any failures related to how I built a wheel up for someone else or for myself. 

Wheel building can get to be a 'religion' and people get way into the weeds when it comes to technicalities, preferences, and such. I find a lot of this is unnecessary for the result which I want to achieve: That being a long-lasting, true wheel that I can rely on. Again - so far as I know - I've achieved this goal. Certainly for myself, I have done so, and I'm not about to change how I do things because of this. You may have a differing opinion, and this is fine. You do you. I'll do what works best for me. Thanks.... 

The parts for the front wheel

Okay, let's dive in here. I am using an old Bontrager Duster rim, 32 holes, an old Chris King hub, again with 32 holes, and I am lacing these up in my "signature" style utilizing black spokes, black brass nipples, silver spokes, and silver brass nipples. I lace all silver spokes with black nipples on one side, all black spokes with silver nipples on the other side, and each wheel is a mirror image of the other when it comes to spoke/nipple color. Complicated, I know, and I am not sure how I came to doing things this way, but I like the outcome. Plus it is unique to my wheels, as far as I know. 

Ari Andonopoulous cut and threaded these spokes for me. I think they are Sapim straight gauge. I know they are straight gauge, but what brand they are is maybe different than Sapim. Whatever.... DT Swiss, Wheelsmith, Sapim, all are good as far as I am concerned. I don't really care about the brand as long as it is a well-known, mainstream choice in the bicycle world. 

Brass nipples because alloy, while lighter, can corrode and fail easily if sealant gets at them, or if the spokes do not pass all the way through them when tensioned up. I'd just rather not worry about this and so brass works just fine with me. 

The rim is maybe one of Bontrager branded rims best products. Obviously Bontrager did not make these. They were just stickered up as Bontrager rims.Trek does build wheels in Wisconsin, but they do not extrude the rims and manufacture them here, at least not that I could find. But whatever....Duster rims are great rims if you can find them. A little heavy, yes, but durable and easy to build with. 

The first order of business was to clean up the exterior of the rim. I used WD-40 after de-stickering the rims. WD-40 cuts grease, gently dissolves adhesive from most stickers, and helps loosen old, dried on sealant. I estimate I spent about 15 - 20 minutes on this stage. 

Then it is on to prepping the spokes. I like to use Wheelsmith Spoke Prep. It is not cheap. However; it works and I have never had an issue with this product. (Link goes to Universal Cycles, by the way. I have no affiliation with this company or Wheelsmith) 

After applying a thin coating of Spoke Prep to the threads of each spoke, it is on to lacing the wheel. Before we get there, a word about other spoke preparation sauces. 

Linseed oil is the go-to for old school builders. DT Swiss has a concoction I've used a time or two as well which I do not mind. A mild thread locking compound can be used in a pinch, but be aware this usually impedes truing after the fact, as thread lockers can be stubborn to break free. 

I learned how to lace wheels from Gerd Schraner's "The Art of Wheelbuilding" (Amazon link) and I have utilized his four part wheel lacing method ever since. Some folks can insert all the spokes at once and go to town. Some do it in halves. Whatever your mind can wrap around, you all end up lacing the same basket weave. Cool... I do mine in four parts. I am not changing that. 

Some folks get into the "outward facing spokes" versus "inward facing spokes" and what way you twist the hub and which spokes "lead" and which "follow". It's all debatable. I've see folks argue every configuration. I lace my wheels a certain way, and it works.  

It just works. Every time.  

Anyway, I've noticed that when you lace up in quadrants, like I do, you know immediately when you've got either the wrong length spokes, or if you miss-laced a spoke.  I like that, because then I can easily go back and find what I did wrong. I had to do this with the rear wheel build as I miss-placed a spoke in the 3rd set. It was an easily corrected mistake. Gotta quit thinking about other stuff when I lace wheels and pay attention to what I am doing! 

I also like building in four sets because if I get interrupted it is easy to jump back in where I left off. At least it is for me. This is really handy at times. 

There are a bunch of little tricks and knowledge bits I use when lacing up a wheel which I won't get in to here. It would be too difficult to explain some of it without intense visual presentation. But suffice it to say that if you take your time, have a book like Gerd Schraner's, (or whatever wheel building "bible" you subscribe to), and stay in tune to the process, you could also build up a wheel. 

It is a very satisfying thing to have built up a wheel and one that is durable, smooth, and one which could last for years. Not to mention how amazing a structure a wheel is. Taking lengths of wire, brass nuts, an aluminum extrusion shaped into a rim, and a wheel hub, and turning it into a lightweight, strong structure is, to my mind, a minor miracle. 

I guess I find wheels fascinating. Maybe this is why I like building wheel sets for myself. 

The final product - a laced up wheel. It will now go over to the stand to be tensioned.

After lacing has been completed, the wheel goes into my Park truing stand I have had for decades and it gets tensioned up. I used to use a Wheelsmith tensionometer, but it is way out of its service interval and Wheelsmith no longer calibrates these tools anymore. So, I use a Park Tools tensionometer. It's fine. They work well and I get usable, long-lasting wheels all the same. 

I don't get all in the weeds with dial gauges to true wheels nor do I use the digital tensioning specs and super-fancy dishing tools, etc. That's all well and fine. I have my wheels, they work well, and stay straight and true. I see no need to go to such lengths, but again, if you do, that's awesome. 

Next up: Mounting tires and setting the wheels up on the Fargo Gen 1. Stay tuned....  

One Year With Two Birds: Singular Peregrine Mk4

I received the first Peregrine September 13th, 2025.

 The Tale of Two Birds:

The Singular Peregrine Mk4 is my newest bike in the stable. I have written a lot about this bike over the past year. Well.....actually it has been about two bikes. Both Peregrine Mk4's. 

I'm not going to delve deep into the weeds on this post, because if you've been following along here you know most of the story already. For those of you who may have found this post in a search, or are new to this blog, see my review of the second Peregrine HERE and you will be able to catch up with the backstory. 

Now, I wanted to hit a few points here upon the anniversary of getting the size Large Peregrine Mk4. First and foremost which is germane to this discussion is how the Peregrine Mk4 fit works. The size Large Peregrine I first received, on paper, looked to be the correct fit for me. However, in practice, it was a bit off.

Now this is my opinion, and Sam Alison of Singular may disagree here, but the Peregrine fits like an 'old school' road bike would fit. A really old school road bike. Most of you dear readers may not understand what this means. I do not blame you. Road bikes haven't been fitted in this manner since the 1990's.Maybe the early 2000's. 

The size Large Peregrine as it appeared in January of 2026.

 It used to be said that if you had more seat post sticking out than what could be covered by a fist, you had too small a bike. Standover clearances weren't observed as being all that important for decades. It was all about how the bicycle fit you when you were riding it, that mattered most. Certainly tradition and early engineering dictated that a top tube be level. A "double-diamond" frame geometry was considered to be strongest. Materials technology - or the lack thereof - also comes into play here. 

Sam Alison is heavily influenced by classical road bike aesthetics. Part of this is the level top tube, double-diamond frame look. Lugged construction and box crown/plate crown fork designs also are a part of his stylistic choices. So, it maybe should not be a surprise here that the Singular Peregrine leans more toward that old way of fitting a cyclist than the new ways we do things in 2026. Take, for instance, seat tube lengths. 

The size Large Peregrine Mk4 seat tube length on the geometry chart for this bike is listed at 57cm, center to center. That is 1cm shorter than my classic size. (typically), but in today's sloping top-tube world, those old measurements do not add up. As an example, my Black Mountain Cycles MCD has a 53cm seat tube. But with this design, as with most modern bicycles, a lot of seat tube showing is generally expected.  Standover is almost not a thing anymore. Although, it can come into play with big tires.  We generally are looking at "Reach" and "Stack" now because modern geometry doesn't fit the old ways of sizing a bicycle. 

The current Peregrine Mk4, dubbed the "XLBird" by my friend Ari. 

The size XL Peregrine Mk4 has a seat tube of 58.5cm. A half a centimeter longer than what I would deem "right" for myself. This made the top tube come to a 59.8cm length, 1.8cm longer than "right" for me. The size Large top tube was 57.2cm, .8cm shorter than I'd typically go for. 

Again, in practice all this means something more than the raw numbers show. I never felt quite "right" on the Large Peregrine. The XL? It feels far better to me. Even if it has less standover clearance, which again, doesn't matter when you are riding. If anything, I may go with a slightly shorter stem on the XLBird as the stem swapped over from the Large Peregrine was retained for this version of the Peregrine. 

Actually, if Redshift Sports would make a silver ShockStop Stem, I'd put that on here. I just cannot bring myself to go with a black anodized stem. Not on this build. 

But all that aside, I am very happy on this XLBird and it should satisfy my cravings for a classically inspired bicycle which can take on big gravel tires.  

Review: WTB Course & Byway Aero Gravel Tires

Note: WTB sent over a pair of the 700 x 50mm Byway tires and a pair of the 700 x 52mm Course tires for test and review. Guitar Ted Productions was neither paid or bribed for this review. All thoughts and opinions are Guitar Ted's. 

The new aerodynamic, wide gravel tires from WTB were introduced last week. If you missed the introduction, you can go back and find it HERE. 

In this article I will break down the Byway and Course tires with impressions, how they mounted up, and I will give weights and measurements as well. 

Side Note: I did not request the widest tire introduced, the Macro, as I did not believe it would fit any of my gravel bikes. (Maybe I should have though. I'll explain later)

Why Aero?

Okay, so "aero gravel tires". What is up with that? In some ways it may seem silly. However; we are seeing wider road tires which take aero into consideration, and gravel tires are even wider. Aerodynamics do come into play and can be leveraged to benefit faster paced gravel riders. Wheels are starting to catch up with all the aero focus as well, so we may well see systemic approaches with tires and wheels mated for best performance attributes soon enough. All this to say that, while you may not care, aero matters. Best get used to it. 

WTB went to Sromm Cycles for research and development on these new gravel tires. They came up with what is called "trip strips" and "vortex generators". These are characteristics molded into the tire casing which break up the air flowing over the tire and which help reduce drag. Drag is bad. Less drag, less work to maintain a speed. (Again- See my introduction piece for details.)  

So, that is one big deal with these new tires, certainly. However; it will be something I will have a hard time demonstrating. It is my belief that this is something you can do only in a wind tunnel where drag and aerodynamic characteristics can be verified. Guitar Ted Productions does not have access to one of these facilities. So...  I'll just be taking Stromm's word on that, and I will focus on ride quality and other aspects of these tires. 

The Course:

This model is the 'all - arounder' in the three tire range. It has a compact pattern of low knobs concentrated on the central portion of the casing. These tread blocks become more sparse and wider spaced as you move to the casings shoulders. The outermost feature on the casing which looks like little "v" shaped tread blocks are actually the vortex generators. 

This tire and the Byway also feature the SG2 bead-to-bead puncture protection belt. Not only does this help prevent punctures and tears, but because the weave of the material is tighter, it also enhances air retention. 

The Byway:

You might recall "Byway" as a model name used by WTB before in its Road Plus line up. This new Byway is only similar in its name. The tread pattern is completely different. Add in the aero features and there is really no comparison to the old Byway. 

This new Byway is the all-out speed tire with minimal tread and a slick center section which would lead one to believe it also has the lowest rolling resistance of the trio of new tires. Like the other tires, the Byway has a 120TPI casing, Dual DNA rubber, and the SG2 belt discussed above. 

The Byway is the narrowest tire at 50mm claimed while the Course is claimed to be a 52mm tire. WTB recommends these be mounted on rims with inner rim widths of 25mm - 30mm. Recommended air pressures range from 25psi to 45psi. Both tires I received have the tan sidewalls, but black sidewalls are also an option. Of course, these are tubeless ready tires and they require sealant to be used tubeless, but you could also run tubes if you so desire. (But this more than likely would not be optimal from a benefit/performance aspect)

It is notable that - for now - there are no other widths available than the ones introduced and there are no 650B sizes available. Also notable: I searched the WTB site to see if these tires are recommended for hookless rims, but I could find no such recommendation on the pages for these models, in the Tire User manuals, or in the Rim User manuals. So....if you have hookless rims, you may want to contact WTB directly to clear this with them. 

Weights, Mounting, First Impressions:

WTB claims the Byway weighs approximately 620 grams. The Course is claimed to weigh approximately 635 grams. My samples weighed as follows: Byway - 592gm/598gm and Course - 634gm/625gm. 

The mounting procedure was a bit of a mixed bag experience. I used the Course on my WTB CGR i23 wheels. Yes.....2mm narrower than recommended. But my reasoning was these are matching brands. So, I went with those. It is a system with both rims and tires coming from WTB. The Byway tires went on a set of Irwin carbon rimmed wheels with an inner rim width of 25mm.  

One of the Course tires went on with no tools, fit snugly, and aired up with my SILCA floor pump without removing the valve core. Nice! However; the next Course tire required much more work. I had to lever the tire on, first of all. There was no way it was going on without a lever. In fact, both Byway tires fit this way as well. Very tight! I did have to use an air compressor on the second Course to seat the tire, but I chalked this up to an older valve stem with average air flow. The Byway tires were set up with Clik Valves and their high-flow stems proved to work great with my Clik Valve converted Topeak Joe Blow floor pump. No need to remove cores or use a compressor there. 

The Course model here.

 I was a bit disappointed in the Course after initial mounting as it only measured out at barely under 50mm at 49.8mm. This was at 40psi. However, after only a few hours it was measuring a little over 51mm and by the next day it was close to 52mm, but not quite there. Okay....I chalk that up to the narrower rims then. But I would not be at all surprised to see the Course stretch that little bit more to reach 52mm after break-in. So far, after a couple of days and some riding, the Course sits a 51.2mm @ 35psi. 

The Byways were very close to 50mm right away and were there by the following day. I'll monitor the widths as things move along during this review. 

Both sets held air very well besides one of the Byway tires.  I am pretty sure I did not get the new Clik Valve tight enough, and since correcting that, the tire pressure retention hasn't been an issue. My past experiences with SG2 equipped WTB tires has shown me that I should expect these to hold air very well.  

As of this writing I have only done a quick, short test loop on each set of tires. I feel a free-rolling characteristic immediately. The Byway test was on a windy day, so I had to throw those results out. However, on my roll-down test with the Course, it was a windless day, and this tire was at the top tier of results, even before the tires have broken in. Impressive! 

The Byway tires side blocks are so far down the shoulders as to be ineffective here. 

I will say both models are very rounded tires. I suppose the Course would be a little more rounded due to the 23mm inner rim width, but even the Byway looks very rounded. Almost a tubular tire look to both of these models. In fact, the way the Byway looks on the rim it is readily apparent the side knobs, what there is of them, are going to be ineffective.  This could be said of the Course model, but again, a wider inner rim width might mitigate what I am seeing with my examples. 

The Course tires are on my Singular Peregrine Mk4, and they fit with room to spare there. The Byways were tried on my Noble GX5, and while they did clear the stays, it was only by a millimeter or maybe less. I did not feel comfortable with running these tires with that little clearance, so I swapped over to the pink Black Mountain Cycles MCD for those tires. I think the Macro, at 700 x 54, might have barely fit the Peregrine, but I won't worry about that now. All this to say that the very rounded profile of these tires on rims widths at the narrower end of the spectrum seem to allow for fit on bikes you might not think these tires would fit. With little tread blocks to worry about, as long as the casing will slide in your bike, these should work out, in dry conditions. I would not peg these tires as wet/mud tires anyway. 

After I get some "real riding" done on both sets I will return with an update. 

Two Things

Seen various places on the web: SRAM's new stem/head tube design

 Just Because You Can....

The 32" wheel thing is a bit of a problem for the bicycle industry. Yes - it has created buzz the industry has not seen since before the pandemic. However, it is a platform which excludes too many people based upon height. 

This has resulted in what we see here today- A 'solution' which would allow people to run their handle bars at a more appropriate height for them and still have the head tube length and height necessary to accommodate a 32" wheel and suspension travel.  

Notice how the lower part of the stem in the drawing penetrates the head tube and how the top of the stem barely is above the head tube. I mean....why not? We aren't really needing all that material in the middle of the head tube anyway.  (Actually, this is true)

Besides increasing complexity, I can see several other issues with this design. First and foremost is how steer tubes react to larger inputs from a trail obstacle or big suspension hit. They bend. 

You might think this is impossible, but it is true. The mid-point of a steer tube's length does flex slightly when you ride. The bottom, near the crown race, is a 'fulcrum point' where a lot of stress happens. The top of the steer tube, generally held in check by the top bearings in a head set, could also be a point of movement, but this does not erase the fact the the steer tube can and does flex.  

How a stem, which attaches to the mid-point and top of a steer tube, deals with those sometimes different stresses is a mystery now. But I can almost hear the squeaking and creaking from here.   

Perhaps It Is A Sign:

N.Y. Roll grew up in rural Western New York. He likes to send me Instagram reels about Buffalo N.Y. and Rochester N.Y. anytime he sees something relevant to those two cities. Or anything relating to Western New York, really. Apparently "The Algorithm' hits his feed consistently given the amount of New York related reels I get from him.

The Cedar Valley Bicycle Collective receives a lot of donated bicycles. Sometimes we get bikes with bags on them and then occasionally those bags have stuff in them. I've found bicycle tubes, patch kits, change, and other odds and ends. Recently I found an old combination wrench in a bag. 

I'm a sucker for tools, being a mechanic, so I took it to my bench for further examination. It was a Barco wrench with "Buffalo" stamped on it. Uhhh......Buffalo New York? 

Yes.....Buffalo New York. The Barco company, started in 1896, eventually bought out a tool manufacturer and started making tools in the late 1910's. Their line grew and was quite successful. This wrench would appear to have been from the early 1930's. 

Oh, and this company eventually made furniture you may have heard of like the Barcolounger. Yep! Same outfit. 

Maybe I ought to give this wrench to N.Y. Roll. Maybe it is a sign to me that I will somehow never escape Western New York. Maybe..... Or it is just an old, worn tool. 

Yeah....that's it!

Guitar Ted Lube-Off: Triboflux Bicycle Chain Lube

  NOTICE:  The Guitar Ted 'Lube-Off' is a comparison of different lubrication products for bicycle chains that is undertaken in 'real world' conditions in a set way. Then I compare and contrast the results with past 'Lube-Off' products to see "which one is best for me". This is done for entertainment purposes and the reader should apply their own reasoning and discernment while reading my 'Lube-Off' entries. What works for me may not work for you at all. Also, I did not receive this from the company but I did pay for it with my own money. 

Image courtesy of Triboflux

Another Drip Wax Chain Lube:

Triboflux came across my emails the other day and so I investigated the product. Was it worth my attention and time to test it? Over the course of years which I have conducted the Lube-Off, I have come across some pretty obscure, weird, and sometimes dismal products. Anything I try out takes time in preparation, riding time, and writing time. 

So, maybe I'm getting more picky with my choices, but I do not want to spend energy on a product unless it is (a) based on a general formula/principle I know works and (b) is from a brand which I feel has staying power in the marketplace. I'm certain there are great lubricants being concocted by genius chemists/cyclists/product developers which might blow me away, but will you be able to buy that product five years from now? 

Triboflux seemed to pass the sniff test. Maybe they won't be around long, but I get the feeling they will be if their claims hold up. What might those be? Well, here you go....

What It Is: 

Triboflux claims their lubricant is made with a proprietary wax formula and plant based oils in a water carrier format. They claim it will shed water, dirt, and grime, keeping your chain clean and extending drive train life. It is a PFAS free formula. There are corrosion inhibitors and emulsifiers and stabilizing agents in the lube. A 30ml bottle (What I am testing) costs $12.99 USD.  

Installation: 

Triboflux goes beyond asking the user to start with a clean chain and insists you clean your cassette, jockey wheels on the derailleur, and your chain rings to ensure you are not fouling the lube right out of the gate. I think this is brilliant advice, even if it entails more work than recommended by most chain lube brands for application. They also give realistic expectations for road usage and gravel usage in regard to reapplication intervals. I found all of this refreshing, as giving such specific information usually is not the case with other brands of chain lubrication products. 

Expectations & Test Bike:

The Noble GX5 is going to get the call-up for this test. I will strip the chain, cassette, and single front chain ring before installing the Triboflux product. After an overnight cure this bike will enter the rotation and be ridden throughout the Fall. 

Typically I test for only dry weather results, and to be fair to the other lubricants I am testing, I am going to stick to dry weather riding for this Lube-Off session. However; if Triboflux proves to be an outstanding lube, I may continue on into the Winter as long as I can and see about wet weather results. 

Beyond this, I expect to see a clean drive train, experience smooth, efficient drive train performance, and see Triboflux push SILCA and Stan's lubes back into the background. Will this happen?

Stay tuned.... 

Friday News And Views

New WTB Course and Byway aero gravel tires

WTB Course And Byway Review Coming Soon:

The announcement on Wednesday concerning the first ever aero designed gravel tires from WTB leads me into the news that I have a couple sets of these tires to test now. 

I requested the Byway and the Course models because they should both fit bikes I have. At least the appropriate bikes for reviewing such tires. The Macro is a 54mm wide tire, and while I have bikes which will accept such a wide gravel tire, (Fargo, Singular Gryphon), I deemed these bikes not really in the target market for use case. That would probably work if I had a bike capable of handling a tire this wide and was more of a modern take on a gravel bike, such as the one I suggested last weekend here. 

Unfortunately, I do not have 'that bike', so I did not request 'that tire'. 

I should have both tires set up now and the review will commence with a post going up Monday. Look for that to come, if you are curious as to what these tires are all about. 

Thanks to WTB for sending these over for test/review.  

Wheel Building To Commence:

Thanks to my good friend, Ari, I have hand-cut and threaded spokes to get my current wheel build project underway this weekend, (hopefully). I've had the old wheels apart for a while now, but I had to find new spokes and nipples for the switch to Chris King Hubs. 

Searching my stash showed me I had no appropriate spokes. I searched online and wow.... It is hard to find spokes online without paying an arm and a leg. So, I reached out to my friend Ari. He's a mechanic at a shop in the Chicago area. He hand cut and threaded this bundle of spokes and supplied me with nipples to build up the wheels I will eventually put on the Fargo Gen I. 

This project is not a front burner issue for me right now. I have a lot of riding I need to be doing. So, the building of this wheel set may not happen right away. That or I'll get excited about it and build them up this weekend! 

Stay tuned!  

Register For The Last Rodeo!

If you missed the announcement by Iowa Wind and Rock earlier this week, you can catch that HERE. But essentially the event is going to be put on one more time, and then that will be it. 

Well, since that announcement I have had a few communications with the race directors and they wanted me to let you all know that registration for the event will open on November 1st. Registering is free. How this will be accomplished will be disseminated by Iowa Wind and Rock on their website. 

Check there for details on this last chance at the most unique gravel event in the world. 
 

25 Year Anniversary of 9 - 11:

Twenty five years ago you had never heard of me and I was wrenching on cars in an independent car repair shop in Cedar Falls, Iowa. On the morning of September 11th, 2001, our receptionist came in the shop where I was doing an oil change on a car and said something about a plane hitting one of the Twin Towers. 

The rest of that day was awful. 

No need to recap the repercussions of that day, but I did want to mark this anniversary of an important US history event and say that my prayers today will include those who were most affected by this tragedy and are still grieving. 

Also I want to give my thanks to all the first responders who serve us today. Thank you for what you do. 

Thanks for reading Guitar Ted Productions. Have a great weekend and get out and ride those bicycles.