I’m going to ask you all to bear with me here. I tried to find a way to divide this into a couple of posts but, well, it’s so intertwined and problematic that I couldn’t figure out a way to do it. This is gonna be a long one, but I hope educational.
TL;DR version: Don’t waste your money on Cubiio. You’re never going to see it. If you somehow get it, you’ll be breaking the law by using it.
Let’s start here by discussing my day job. While you might think that the production of ultracoffee would afford me zillions, health benefits and a life of luxury most people couldn’t even dream of, that isn’t the case. I am a radiation safety professional, AKA health physicist, who is tasked with wrangling the radiation producing machines (x-ray units, electron microscopes, particle accelerators, etc.), maintaining all the radiation detection instrumentation (Geiger counters and such) and, unofficially, The Weird Shit (when you open up a closet that’s been nailed shut for four decades for some reason and there’s an unmarked box that sets off the Geiger counter, you call Phil). But due to long familiarity with the field and experience building high powered industrial/scientific lasers, I am also the deputy laser safety officer for the campus. The day before I flew off to South Pole Station, I sat for the Certified Laser Safety Officer exam and was issued certificate G006. Certificates G001-005 went to the members of the certification board. So, yeah, I’m not just RADIATION DUDE as is often yelled at me from the facilities & trades trucks driving by but I am also LASER DUDE.
What this means is that everyone’s very prone to seeing things online and thinking “This $RADIATION_OR_LASER_ PRODUCT looks fascinating-bad. I bet Phil would lose his goddamn mind in an entertaining way if I sent it to him.” This has gotten much, much worse in the age of crowdfunding. I have a few dozen bookmarked websites and campaigns that are ALWAYS OPEN at work to look at, just in case I need to replenish the rage that keeps me alive. My Lovely Assistant, because she was clearly worried about my blood pressure getting too low, sent me this gem on Wednesday, which set me off on a goddamn quest. I am going to use this project as an object lesson for several different things that bother me. I’m not even going to comment on how good or bad this thing is at engraving/cutting things because it’ll very likely never legally see the light of day in America or Europe. Let’s start with the operating characteristics of this laser, as best as I have been able to pull together for this system from the project page:
- Operating Wavelength: 450nm (blue laser, insert Homestar Runner jokes here)
- Operating Power: 500mW open air, 800mW in enclosure
- Operating Mode: unclear, appears to be a continuous wave rather than pulsed
- Laser Type: diode based solid state (likely an OSRAM 1.6W blue diode, with the power dialed down so as to not destroy their steering optics)
- Emissions Indicator: Not really, but the on button lights up when pressed so that’s cool.
- Aperture Labeling: No
- Shutter: No
- Interlock: None apparent. Really, other than password control for the app (pfft), doesn’t look like there’s interlocks of any kind, much less fail safe ones.
- Control Software Integrity: unclear, but based on my experience with other “Agile Development” projects, pfffftHAHAHAHAHAHAHA.
- CDRH Labeling: No, but then that would assume the FDA’s Center for Device and Radiologic Health had already approved it. We’ll get back to that later.
- UL/CE Marked: unclear, but looks like no. If you make it through Underwriters’ Lab testing, you toot that horn.
Before delving too deep into the problems of this product, lets take a moment to review the laser classifications and how they relate to the hazards they present. For laser safety classification, we have a slightly complicated classification system that runs like this:
- Class 1: no accessible laser hazard during normal operation. There may be powerful lasers embedded in there but you can’t get at them. (e.g. laser printer)
- Class 2/2M: not a viewing hazard under normal conditions, less than 1mW average power, usually with highly divergent or rapidly scanning beams such that the blink reflex saves you. Just…don’t stop the scanning head or add focusing optics, okay? (e.g. bluray player, supermarket checkout)
- Class 3R: less than 5mW average power, visible wavelengths only, safe under normal normal viewing conditions without magnification (e.g. your typical red laser pointer)
- Class 3B: 5mw-500mW average power, direct/reflected beam presents both an eye and fire hazard, diffuse reflections of the beam are theoretically safe but the higher the power the less okay it gets. (e.g. your bullshit illegally imported green laser pointer you bought online, most laboratory lasers for analysis of delicate molecules)
- Class 4: >500mW average power, direct beam and diffuse reflections presents an eye, skin, and fire hazard. We’re talking blinding, burns, and fire alarms if used improperly. (e.g. any cutting laser, most laser light show systems, the Death Star, your EXTREMELY BULLSHIT “laser pointer” you bought online)
NOTE: If you have a Wicked Lasers product anywhere that I have authority and you don’t have a very convincing research purpose for having it, I will confiscate & destroy it promptly. They aren’t worth the trouble, their QA is terrible, and are nothing better than Geneva Convention blinding weapons. Yes, I know they look like lightsabers from Star Wars; they did this on purpose which is why Lucasfilms sued them. REGARDLESS, THEY ARE STILL ILLEGAL TO IMPORT AND USE IN AMERICA.
So this system would qualify, at a minumum, as a Class 3B visible wavelength laser which means it presents a retinal injury hazard, probably even with its scattered beams. Assuming the optional enclosure is worth a crap with interlocks that actually prevent the laser from turning on until it’s closed, it could then be a Class 1 with an embedded Class 4 system. There is a reason why all the laser cutters/engravers other than Cubiio are inside of enclosures, because you get the benefit of not needing protective eyewear or needing to restrict access to the entire work area to use it; the laser hazard is completely contained within the enclosure. Of course, the laser hazard isn’t the only problem because whatever you’re engraving with this laser is going to turn into a fine nanoscale particulates. Do that to a pancake and you make pancake smells; do that to a phenolic resin integrated circuit board and you get much more fascinating airborne particulates. The acronym for these are LGAC, Laser Generated Airborne Contaminants, which can go straight through most HEPA filters because they’re so small. The zeolite & activated charcoal indicated in their enclosure design are great for airborne organic volatile chemicals…for a few weeks at best the activated charcoal is useless after from exposure to air and they’re more or less useless against particulates this small. But at that point we’re talking industrial chemical safety and airborne release considerations, not laser safety.
Let’s be clear, my main objection to this entire project is the “open air use in public” aspect. Pretty much everything else can be fixed except, if you watch their video, this is their goddamn selling point. In the open air use, you are just asking to scatter that beam off of something and lase a bystander in your vicinity. Do that outside, lase toward the sky and hit a plane? You just made friends with the FAA and a terrorism charge which carries a $500k fine and federal prison time. When you do public use of a Class 3B or 4 laser you’re required to submit to the FDA-CDRH, in some detail, exactly how you’re going to set up and prevent people from getting burned by your operation. Assuming you’re approved, you are granted what is called a variance (as in, what you’re doing varies from the enclosed and safe operations CDRH really approves of) to use your laser as described. Laser light show operators may get general variances that let them do their operations in a variety of different venues, but still answering the same question “How are you going to keep the general public from hurting themselves with these?” Please note that all this work is on you, the laser operator, to do go through the CDRH variance process, not the laser manufacturer.
(If you’re doing laser fun that involves shooting up into the sky, you have to give times, directions and power to the FAA so they can divert air traffic as needed. They will never say “OKAY, SUPER, SHOOT THAT BAD DOG ON UP HERE!” Instead, the FAA sends letters of non-objection to let you do your laser light show, which is as positive as they’re ever gonna get. I don’t know about you, but this might explain why you don’t see lasers at concerts so much anymore.)
The missing interlocks, labeling and indicators I can chalk up to a bad case of modernist Apple Design Disease, where if your product doesn’t look like it might be made by Apple then you clearly have too many “things” on it. You fix that by realizing you aren’t making an iPhone; this is a high powered laser…which you can control with an iPhone. Actually, that’s a problem too. Generally, we in the safety and industrial design gig aren’t big fans of hazardous equipment that you can operate remotely. We like it when you have to be there with direct line-of-sight when you’re operating equipment with high powered lasers, swinging robot arms, etc. to prevent you from turning on the band saw remotely from the toilet and causing a surprise amputation for a coworker. OSHA takes a very dim view of this. Contrast this with the bluetooth enabled, wireless, Internet-of-Shit, phone as magic wand future our consumer product producers are taking us toward. I’ve gone to Consumer Electronics Show (well, bartended at a safe distance) for the last three years and seen what they’d like to give us. When you start trying to turn industrial tools, like laser cutting units, into consumer products with consumer expectations of what a modern wireless smartProduct should be like, you’re going to have problems. OtherMachine did well at this; this project not so much.
Makers vs. Manufacturers
I have some misgivings about maker culture despite, well, being one. I’ve lost count of the number of times someone brings me a neat concept where I rain on their parade by pointing out that their new innovative features and convenient operation are really just removing all the safety controls that a properly designed consumer product should have. The key words here are “consumer product”. If you want to tear apart a laser printer to get at the Class 4 laser within to build a novelty laser that will burn funny pictures on your steak, go for it. As a private citizen in the United States, it is your right to tear whatever you own apart and tinker as part of your 1st Amendment freedom of expression. But much like Oliver Wendell Holmes’ saying “The right to swing my arms in any direction ends where your nose begins”, your right to tinker similarly ends when your laser beam hits someone else or you try to sell your creation. The don’t hurt other people bit is relatively straightforward, so lets go to the part that isn’t: selling laser products.
You may argue that one of the problems is that technology has advanced and that these regulations are antiquated, that they no longer apply to the world as it now is. Since laser diodes first hit the market, laser systems have gotten smaller, cheaper, and more powerful every year. Once upon a time, not very long ago, you could rely on the fact that a 40W laser with good beam quality would be a serious capital investment in the five to six figure range, you were gonna need some serious utilities to plug it into, a chilled water system to keep it all from overheating, which means you’re talking a laser bench and maybe a dedicated room. Now you can buy all that as a single diode module you can hold in your hand for a couple hundred bucks and can run it off of wall power or even just batteries. If you’re creative and not as picky about QA, you can get it at higher powers, any color you like, for cheaper than that. For a lower power but still potentially blinding laser, like a 1.6W blue laser diode module for example, you can find them as small as a pencil eraser for $12. You can buy them in bulk with a discount if needed.
Makers, when you slap a laser on your project, congratulations, you just became a laser manufacturer. Now if you’ve made this with the expectation that it would be attached to something more complete, you’re a laser Original Equipment Manufacturer (OEM) instead. GOOD NEWS: the CDRH rules don’t apply to you. For every maker and researcher that has gone apeshit at me for saying the laser diodes are dangerous as hell and that they should be allowed to buy anything because lasers don’t blind people, people do [VIGOROUSLY HUMPS LARGE COLLECTION OF AR15s], well, you win this one. You are allowed to buy and build absolutely anything you want, your research will not be stifled. In the confines of your own home or laboratory, you can do whatever you like with your lasers.
But heaven help you if injure somebody with your uncertified laser.
(This is not me in this video, but I sure have been sent it a lot times. This guy is terrifying.)
OEM products, again like a 1.6W blue laser diode module for example, aren’t supposed to be selling to the consumer market because they aren’t selling finished products. They’re selling parts. What stops you from buying these parts? Nothing, for the internet provides. Is this a problem? Depends, how much FREEDOM!!! you like in your life? The reality for this kind of shit is that it’s always been the Wild West, heading toward Mad Max these days, in terms of regulation. The only thing that used to be a restraint was cost and a limited number of manufacturers that gave the CDRH a chance to keep pace. My laser experiences have made me very aggressive with x-ray devices on the grounds of “OH, I KNOW WHERE THIS LEADS. NO! [shakes squirt bottle]” but no x-ray diodes have appeared yet, but plenty of juuuuust this side of OEM equipment crap has.
I would argue that goal of the regulations, NOT BLINDING EVERYONE AND SETTING THE WORLD AFLAME WITH DEATH RAYS, still stands (this isn’t the official mission statement of the CDRH, but I will suggest it at the next laser safety conference in 2018). You don’t throw up your hands in frustration, close all the agencies, and put your regulatory money into new Subdivisions, rather than mere Houses, For The Blind instead. Fundamentally, all of these regulations and standards exist because, at some point, we hurt someone. We will never get accidents to zero because humans continue to exist and we are nothing if not creative in how we injure and kill ourselves (SEE ALSO: all the Darwin Awards). This doesn’t mean we’re incapable of learning and trying to make it a little bit harder to hurt yourself by accident next time. But the ability to control what makes it to market has gotten much harder as time has marched on.
The Responsible Agency: FDA-CDRH
Unlike the control of radioactive materials, which have a small mountain of regulation regarding their manufacture, transport, possession, use, and disposal to prevent things from going wrong every step of the way, lasers have comparatively little control. You have one agency, the CDRH, who approves the introduction of a finished consumer laser product into commerce in the United States (NOTE: this is very specific wording) and then you have whatever your local flavor of OSHA is to tear you a new one when you blind someone. The regulations and agencies with a finger in the pie regarding lasers may be safely described as “reactive” rather than “preventive”. In this case, commerce has a very particular definition which may be interpreted as “giving a laser you built to someone else or using it somewhere other than where it was originally built”. This may seem like an odd distinction, but it covers the fact that sometimes we don’t demand money in exchange for a laser and that the hazards of your laser may not be quite the same in one place as another. The reason why this matters is that if you are the person who originally built the laser, you have intimate hands on knowledge of the system you built and, as the creator, you theoretically know what and where the hazards you introduced to the world are and can protect yourself.
If you are going to let anyone else use this laser you have, from a regulatory point of view, put this laser into commerce and now must comply with all the device performance standards from the CDRH. The very first performance standard requirement in the CDRH Laser Compliance Guide is:
The protective housing must prevent human access to laser radiation in excess of the limits of Class 1 (and collateral radiation in excess of the collateral radiation limits) at all places and times where and when such human access is not necessary in order for the product to accomplish its intended function.
Cubiio seems to fail right off the bat. Human access is, generally, not necessary for a cutter/engraver to perform it’s function. If you were able to convince CDRH that this product must operate without an enclosure, the regulations do allow for variances and exemptions for products from part or all of the Laser Compliance Guide, but it requires the director’s sign off. Good luck with that.
When you submit your product for approval for release into commerce, the CDPH accepts your packet and starts checking it out. In the best case scenario, where you have all your ducks in a row and have built a laser system which actually meets the product performance standards, the time from submission to granting of an accession number is in the year or so range. If there’s questions about your product, that clock can run much longer. After all, once you’re on the market, what happens with your laser is almost completely out of the CDRH’s hands so they want to make sure what they approve is solid. I say almost, because you are required to keep a log of recalls and retrofits you do of your approved product and you are supposed to notify them when an injury happens involving your CDRH approved laser. Hurt enough people and they will yank your accession number, which means you can’t legally sell that product anymore.
You are also required to put all kinds of helpful labels on your laser product, but must importantly the two that say where the laser beam is coming out of (the aperture label) and the hazard class of the laser beam being emitted. Yes, even your laser pointer has this sticker, and it probably says “CAUTION” and “Class 3R or Class IIIa” on it. Even the illegal shit from Wicked Lasers has these labels, since they’re at least pretending at legality. Because of Apple Design Disease, Cubiio lacks those.
Generally, you need to send your product for certification through Underwriters’ Lab too. This doesn’t even touch the getting a CE mark or getting through IEC certification to sell in Europe. CDRH approval is not transferable to other countries, but it’s a good sign you’re gonna make it through their process too…once you do it.
Cubiio claims to be “undergoing the certification process” for both the CDRH and IEC60825-1. Folks, if you didn’t already have this certification in hand when you started this Kickstarter, there is no way in hell this is shipping in November. Also according to their project page, they already have them built. This is a shame, because they cannot legally ship to America or Europe yet, and if any changes are demanded (and I can think of a few) they’ll have to rework them, which also means there is no way in hell this is shipping in November.
WHAT THE FUCK SHOULD WE DO ABOUT THIS?!?
I got nothing. Give me unlimited power and funding and we’ll see what I can do. (really, don’t do that, no one would like living under my Most Perfect Imperium)
The CDPH, like most regulatory agencies, is understaffed and underfunded but doing their damnedest to cover everything that comes their way. The United States Postal Service Inspectorate are the real forefront of customs enforcement for America with the wave of WTF sloshing around in our postal system, but they’ve got more or less the same problem. It’s easy to recognize illicit alcohol, firearms, and explosives traveling through the postal system yet hard to stop them compared with the sheer volume. By comparison, a small laser like this just looks like more odd electronics among a sea of such things coming from Amazon. Now add the the fact there is also UPS, Fedex, OnTrac, Amazon’s whatever, DHL…you have to depend on them to successfully interdict shit as well.
The proliferation of laser LEDs powerful enough to do retinal injury available in quantities and at prices such that you can buy them by the pound, means we’ve got a future with steady employment for ophthalmologists. The international marketplace which Amazon, Alibaba, and eBay bring to your door means that even if a product wasn’t certified in the United States, you can still buy one from overseas (China usually) and take a gamble with the postal service.
The 1st Amendment issues of freedom of expression mean that you have the right to build whatever you want with these increasingly powerful, small, and cheap lasers. Eventually, they get powerful enough we need to start considering the 2nd Amendment issues with these things and we all know how well that’s gone with conventional firearms.
But most importantly, don’t waste your money on this Kickstarter.
As it is July 16th, the anniversary of the dawn of the Atomic Age, I suppose it’s time to get to the third and final part of the Atomic Holiday.
The whole genesis of this trip was the fact that we could go visit the Trinity Test Site on April Fools Day, along with all the other doofuses like us that thought going to walk around at ground zero was a pretty neat idea. To do that means you to actually have to get there first. As the open house website says, the Stallion Gate checkpoint to White Sands Missile Range (WSMR) opens at 8am and there will be people lined up waiting for that. If, like us, you began your journey in Albuquerque, that means you have a roughly two hour drive ahead of you before you even hit the Stallion Gate Rd. turn off from US380. Depending on when you’re get there, it may be another two hours before you make it from the turn off to the checkpoint. I recommend stopping in San Antonio to use the bathroom and stock up on water & snacks, which I DOUBLE RECOMMEND not consuming until you get to the Trinity Site parking lot. Don’t have more regrets than necessary in that long traffic line.
FAIR WARNING: the turn on to Stallion Gate Road from US380 isn’t well marked, but the steady parade of cars and the protesters should give you a good hint that you’re in the right place. Also, pretty much the moment we hit the turn off, our cell signal dropped to zero for our entire time on WSMR. If you’re trying to rendezvous with folks, you better set up your meeting place & time in advance because you may not be able to get in touch with each other once you get there. May I recommend the Jumbo vessel as an excellent landmark for this.
Ah, yes, the protesters. A life spent growing up around Santa Cruz and the SF Bay Area, and then working at LLNL & UC Berkeley, has left me with a jaundiced outlook toward protesters, mainly because they usually lose their message to useless incoherence the more of them that are there. One of the games I like to play when approaching a protest is to look for a lonely “FREE LEONARD” sign in the crowd; that’s my signal that a protest has gotten sufficiently large that it collectively doesn’t know why it’s here anymore. I try to count the number of people present and guess what the magic number was when sign appeared. I refer to this number as the Peltier Limit. (Exception: a FREE LEONARD sign is always relevant at Native American rights protest)
This was not one of those protests. Their complaint was crystal clear and unified in a way I’ve rarely encountered.
Rather than go in to detail about the grievances of the denizens of Tularosa, I’ll sum it up with this: it is rude to set off an atomic weapon in the vicinity of people and then not do follow up. “We’d never done this before and didn’t know what would happen” isn’t a great excuse for not doing much of anything for the next 70 years. If you’d like more thorough reporting on the topic, Kelsey Atherton did a damn fine write up on it. I have gone through the Tularosa Basin Downwinders’ and the CDC study proposal’s papers and I come down strongly on the side of “Do what science you can this far after the fact.” From a health physicist point of view, this population constitutes a study cohort…if you take the time to actually study them. Considering we’ve already nuked them once without really asking, it would be considerate to at least involve them in the study at this stage, if only for very self-interested reason that it is much easier to study a cooperative population.
Once you get through Stallion Gate, you have a helpful marked route out to the parking lot outside the fenced of Trinity Test Site itself. If you really, really need to pee after that long wait in traffic, there is a bathroom halfway along the WSMR drive to ground zero (the walk from wherever you get to park in the Trinity parking to the outhouses may be more than you can take, depending on desperation level). President Eisenhower opened up the site in 1953 (after the Atomic Energy Commission decon’d it) with the surface level noble principle that the American people spent two billion 1940s yanquibuxx and should be able to see what they got for it. The deeper, less noble principle was a demonstration that you could set off an atomic weapon and, soon enough, it was safe to visit ground zero. That we had this shit under control. While the original open houses through the 1970s happened in July for the test anniversary, they moved to April & October later on because July is a fucking miserable time to be out there. There’s a reason the non-gypsum dune part of that area is also known as Jornada del Muerto (rough translation from my terrible high school Spanish, “Trail of Death”). It was designated a National Historic Landmark in 1975 and incorporated into the White Sands National Monument.
The open house was a surprisingly well attended even with the level of security, and even shuttles, which I assume the Army isn’t entirely thrilled about having to provide. While the White Sands National Monument (WSNM) has a nice continuous chunk of land south of the missile range, the Trinity Test Site is smack in the middle of the northwestern chunk of Army territory. Because it is designated as public land, the general public must be granted access to it at least one day a year. This means you can’t shoot missiles at this general area during the open house, which I assume is a real bummer in the WSMR planning office. It is, however, an absolutely gold star event for the WSMR PR folks to put a good face on “we blow the shit out of some of the most beautiful parts of New Mexico including, once upon a time, with Gadget”.
This sign greets you before you walk into the fenced off ground zero area. As I said before, the AEC cleaned up most all of the radioactive fused glass from the atomic test, AKA trinitite, before letting the public in but they didn’t get it all. In fact, they missed some fairly large chunks. There’s some unfissioned leftover plutonium in the trinitite and technically speaking all plutonium in the United States belongs to the federal government. If you have some plutonium in your laboratory, you have it on loan from the feds who may take it back anytime they feel like and you are required to inventory & submit reports on it. This is why you aren’t allowed to stuff your pockets full of trinitite, not that there is all that much of it left at the test site.
“But Phil,” I hear you ask “What about all the trinitite that got used in paperweights, jewelry, and novelty pens or just straight up chunks that I can buy on the Internets?” For that stuff, the cat is out of the bag and it can be freely traded. As Martin, who guest starred in part one of this adventure, said in the Atlas Obscura article about trinitite “It is the traditional gift of nukewonks.” While wandering around east of the obelisk, My Lovely Assistant found a beautiful half-dollar sized piece which we took a picture of and then put right back down on the ground. Playing happy camper, taking only pictures and leaving only footprints, we made sure that this was there for someone else to discover again in the future. Hopefully, they’ll leave it there too because that was some damn pretty slightly radioactive jade.
Trinity ground zero isn’t the only place you can visit out there. When the historical monument designation was given, they also included one of the instrumentation bunkers and the McDonald ranch house. From the parking lot you can jump one of the Army buses that will take you on the bumpy ride out to the location where the final assembly on Gadget was done. Other than the historical curiosity of what happened here, the ranch house and out buildings are somewhat unremarkable until you stop and consider “They turned a rancher’s living room into a weapons assembly clean room.” Well, a less dirty room perhaps, you take what you can get out here. The chalk marks on the posts and lintel for this door are recreations from the restoration work to stabilize the decaying building, with exquisite care done to recreate what the exterior looked like in the days before July 16, 1945.
Looking out across the desert to the south from the ranch house, there is a low fence and gate. I’m not sure exactly what they were hoping to keep out, but it sure wasn’t the Army. The McDonalds hadn’t wanted to give up their ranch in the first place and the decidedly did not get it back after the war, as they’d been hoping for. Eminent Domain is a bit of a bastard that way.
After Trinity was the long drive Tuscon, with a VERY EDUCATIONAL REST STOP on the way, and the following day the Titan Missile Museum in Sahaurita, AZ. If you played Fallout New Vegas’s Lonesome Road expansion, you are very familiar with what the nose cone of a Titan II looks like and have detonated many if you were trying for that achievement. Alternatively, if you watched Star Trek First Contact, you’ve seen this specific silo and missile as it was filmed here. As a recommendation, if you are going for a special occasion, saaaaay someone’s birthday, let your guide at the Titan Missile Museum know and you might get to turn the keys on a simulated launch alert. As my Lovely Assistant would prefer I not put her picture up, let me show the console after she turned the launch key, successfully executing her duties as an acting missileer major.
The normal tour here lasts about an hour, though you’re welcome to fart around for as long as you like topside. For those with more time to spend in Tuscon, the Titan Missile Museum is affiliated with the Pima Air & Space Museum with their amazing boneyard of parked/derelict planes. You could do both in the same day, but I’d really recommend giving a full day to the boneyard tour. And, as someone who works with derelict, decades old and hard to repair equipment all the time, I would like to reiterate the Titan Missile Museum’s admonition against touching things or even leaning against walls. This place, and most of the equipment in it, is now unique; if you break something, it’s gone forever. The rest of the Titan II sites were destroyed as part of an arms reduction treaty, with this one kept as a museum. A hole was cut in the skin of the missile to make sure it would never fly again and the silo doors have been permanently locked open with bollards put in place to keep them that way…and thus easily verifiable from orbit.
The end of the line for this road trip was Las Vegas and bachelor party I needed to attend. And, as always, if I’m going to Las Vegas, I’m going to take a trip to the National Atomic Testing Museum. And, as per usual, every time I go to the NATM I come away with something new I want to go track down. We decided to end of our atomic history roadtrip by visiting the physical site of some the vestigial Atomiciana of Rat Pack Vegas era in a picture we saw at the museum. Atomic Liquors did not disappoint with their decent booze selection and I strongly recommend reading their history page on the website. When you hold Las Vegas Liquor License #00001, you’ve got some stories to share. Their attached restaurant, The Kitchen at Atomic, was closed when we went there so I can’t tell you how the food was. It’s design, however, reminded me of some of the research reactor buildings I’ve visited over the years. If they haven’t tried to approximate Cherenkov blue in a cocktail, and stuck that in the name, they’re missing out on a nuke nerd branding opportunity.
In conclusion, let’s try not to add any brand new sites to my southwest atomic history road trip, okay?
For those of you that pay exquisite attention to the length of the BBotE production windows, you may have noticed they tend to be two weeks long and end on Saturdays. The slots that have just gone up are for a slightly shorter window than normal as I’ll be heading up to Alaska for a week or so on the 20th and I want to make sure that the decks are clear before I jump on a plane. For the production window after that one, I’ll leave ordering open while I’m off in Seward’s Icebox but, obviously, nothing will ship until I get home.
Next, for a short period, we will have to bid the delicious blueberry-citrus flavor Ipsento Panama Natural adieu. Until their next shipment of beans clears customs, they can’t roast anything for me, so off it goes from the selection choices. But the good news is it won’t be for long. I’ve been tentatively told that I should get my next stab at some around the start of September.
In the meantime, I have been enjoying the Nicaragua Recreo enough that I’m adding it to the regular selections you can grab rather than just a special run of 375ml bottles. I can’t recommend enough the joy of combining this or the Puerto Rico Yaucono with a good dark rum. Koloa dark has been my personal preference and it’s just heavenly.