Release: June 17, 1997
Lyrics:
Yeah, it's a hit
Now I've seen places and faces
And things you ain't never thought about thinking
If you ain't peek then you must be drinking
And smokin'
Pretending that you're low-keybut you're broke and
Let me get you open
Now little Timmy got his diploma and
Little Jimmy got life
And Tamika around the corner just took her first hit off the pipe
The other homie shot the other homie and ran off with his money
And when the homies heard about it
They thought that it was funny
But who's the dummy?
'Cause, now you done lost the hustler
A down-ass brother can never by replaced by a buster
And though I got love for ya
I know I can't trust ya
'Cause my crew is rollin' Hummers and your crew is rollin' dustas
And just because of that you act like you don't like the brother no more
I guess that's just the way it goes
I ain't tryna preach, I believe I can reach
But your mind ain't prepared
I'll see you when you get there
I'll see you when you get there
If you ever get there
See you when you get there
I'll see you when you get there (yo, what up, huh?)
(You know Ghost had to jump)
(On the unplugged version with you) if you ever get there
(Rest in peace, Michael Jackson) see you when you get there
Hmm, check it
Stressed by this game of life, I can't lie
Sometimes I sit at home and contemplate suicide
But Lord knows, this nigga don't wanna die
I find myself with clenched fists lookin' towards the sky
Question God, "Why?" With a tear from my eye
"Does anybody really care if I'll ever die?"
Do I have friends or all of y'all fake?
When I'm rollin', are they done or is it my money to take?
I wanna leave it all just to 'scape from this cold world
But I'm not quite ready to fall
Time's moving too fast and it seems like it's too late
No friends at my funeral, no friends at my wake
They hatin' on my niggas 'cause we hussle for our papers
You gotta live your life and do it for your every day
They try to hate my race for the colour of our skin
While I hussle, sell dope, and take care of my kid
I'll see you when you get there
If you ever get there
See you when you get there
I'll see you when you get there
If you ever get there
See you when you get there
Okay now, here's the situation
I raised in a racist nation and then given an inferior education
A respresentation as in a tow-up area of the inner city
Where life is iffy, and average self-esteem is itty-bitty
But we're lookin' for no pity, you can miss me
Go ahead and talk, but if you diss me they gon' have to come and get me
They wanna bend me for my city, acting like they down
But they against me, they tempt me to touch either shoe 'til it's empty
They take my child into penitentiary, they'll touchdown for a century
They're grillin' me, you feelin' me?
That's why I'm waitin' in the bushes
Now for those that are responsible, the villa wouldn't all push it
Put yourself in my position, would you go on or would you listen?
Under these conditions, get bold 'til somebody's comin' up messin'?
When the lights come on, we run words or mice, so be prepared
I hope you ain't scared
Songwriter:
I'll see you when you get there
If you ever get there
See you when you get there
I'll see you when you get there
If you ever get there
See you when you get there
Walt Aldridge / Maleek Straughter / Henry Straughter / Artis Jr Ivey
SongFacts:
👉📖
1 note
·
View note
A Presentation of Epic Proportions
Just the other day, I had a school assigment of the most peculiar kind. It was supposed to be executed as a collaborative team effort in groups of 2-3 students. I was blessed with two individuals, whose contribution to the project was very minimal. One of the guys was too busy with his part-time job to contribute much, though I have to give him credit for trying anyway. The other one focused more on waiting for some kind of a divine inspiration to start working, and spent the time in the local pubs looking for it. Such a bohemian approach might have proven quite effective, had this assignment been associated with the nuances of various craft beers, but alas, it was about a sheet metal design that, by definition, must have dearly dispirited my fellow student not to give a shit. So, I basically had to maneuver this team project to completion practically on my own. For a solo endeavour, it simply was a bit too much to chew, especially as I initially set the goal a little bit too high, in some ill-adviced burst of optimism. Well, when the project started, I genuinely thought that these two heroes, without a cape, would actually contribute more to it. Eventually, I made it – but as you may observe in the transcription of the project presentation, that I had to perform in English...oh, well...check for yourself. Here it is, in full detail:
“Ok, ladies [articulated with an extensively sarcastic tone, as the audience was 99% young men], may I have your undivided attention, please...
We have gathered here today to witness the ultimate triumph of the human mind over matter, that is, sheet metal matter in this particular case. I have the immense pleasure to welcome y'all to the magical mystery Powerpoint presentation of a state-of-the-art sheet metal gun cabinet. This spectacle will be brought to you by this dubious threesome of mechanical engineering undergrads... Oh, wait. My dear colleagues in this joint venture could not make it today, unfortunately, quite like they could not make it most of the time, during this whole project. For starters, I might as well introduce you to my designer team, anyway – the aptly named Team Ahma [a reference to a Finnish sitcom]. My team consisted of these two characters, who magically were mostly absent throughout this ordeal. Had they actually made it to school today, here in the right hand corner of the podium, you'd be seeing a handsome young bloke named [I better not publish any personal information, y'know...], and in the penalty box, for cross-checking the progress, you'd be witnessing the hangover happyface [please, insert a sophomoric genitalia reference here]. Please, give a round of applause to these two high-performance individuals here.
The underlying objective of this collaborative effort was to design a steel cabinet, with the basic function to store away four individual pieces of firearms in an upright position, hence designed exclusively for weapons of the long-barreled variety, such as shotguns and hunting rifles – or, if this cabinet was targeted at customers in the Middle Eastern regions, also AK-47's. This design project was commissioned, supervised and reviewed by our Dear Leader and mentor in 3D design [well, y'know how it goes by now, don't cha...]. This sheet metal design project was commissioned with one precondition: the cabinet's storage capacity was to be limited to four guns. It was due to the fact, that the Finnish gun legislation had a thing or two to say about storing larger number of guns. The material thickness of the cabinet walls, locking mechanism and whatnot were strictly regulated if the number of weapons exceeded four. So, basically I had free hands to come up with pretty much any kind of cabinet, as long as I maintained some kind of an awareness, that the gun rack was not designed for more than four pieces.
Sounds relatively easy, right?
Except maybe for the fact, that the flood of options presented a kind of a challenge in itself. I was faced with the pointed question: where could I find a single, all-consuming concept for such a sheet metal design? You see, I didn't really pay attention when we had the theory class. I was too busy typing cover letters for a summer trainee position. Ok, where do people find info on anything nowadays?
Well, online, of course.
Despite being a member of the sad boomer generations, whose level of internet comprehension usually will not suffice for anything more than checking emails and watching dubious adult entertainment, I managed to do quite an extensive round of online research. So, before getting my hands dirty with the tedious maneuvering around the minute details of the actual design, I navigated in the cyber jungle of gun retail. I checked what kind of cabinet applications were available, with what specifications – and most importantly, for what price range. I browsed through the online bazaars of long-barreled guns typically stored in a cabinet like this, as well. In the hope of gathering some information that might prove useful in my project. I even gave a once-over at the legislation. It was totally unnecessary, but some of the imperatives imposed by the law actually seemed worthy of consideration.
Maybe I should elaborate...
As I do not have any prior experience in the sheet metal industry, except at the customer end, I was essentially shooting in the dark at random. I could have squeezed my brain juice into the project design, with neither forethought nor intention, and just hope for the best. I decided to implement some of the basic tenets of the gun regulations in the design, instead. Neither of my fellow designer students objected. One was too busy, trying to make some money with real work, and the other one just didn't give a shit. Why did I want to go the extra mile, then?
[Off-topic alert: here comes a lengthy rant about the sad state of affairs, when you’re getting re-educated in the ripe age of +45...]
I shall graduate in December 2021, and when the day comes, I'll be closer to 50 than 40 years old. My past work history consists of mainly irrelevant bullshit jobs. Until my life drastically changed in 2016, I used to consider work as just a nifty means to pay for my real passion, that was to make music with no inherent commercial potential, that is: all kinds of progressive rock, for beer money and ”exposure”. Work was just the necessary evil to pay for all this. What I actually did for work didn't really mean shit to me...and now, as I've been trying to apply for any kind of a trainee job, suitable for a mechanical engineering undergraduate, I've come to notice that my previous work experience doesn't actually mean shit to my potential employers either. I started applying for trainee positions starting next summer already in early December. Now, we're living in mid-March. Each and every application that I sent out, bounced back like a boomerang, with the bulk response written in the most dry and academic tone: thanks, but no thanks. So, if I wanted to make a difference in the eyes of my future employers, I would be compelled to go the extra mile every single time I had the chance. I guess I can now better relate to how it must feel to be, say, young, gifted and black in this country – or in any other Western country, for that matter. I had become an old white nigga in the eyes of society. I might as well have shot heroin all my life so far...I have skills and experience that are totally irrelevant for an engineering job.
I wonder if there was actually some factual point, that I was circum-navigating there...
To cut to the chase:
I chose to apply the minimum material thickness of 4 millimeters to the outer walls of the cabinet, along with the idea, that this cabinet ought to be practically impossible to break into. I hoped that these design constraints would lace this project with more focus and drive. After all, it's quite a hard-wired human tendency to fall into the trap of under-achievement, or to get overwhelmed by the sheer volume of a design project like this. In this particular case, lowering the standards would have probably saved my ass, though. Usually, being dolled-up with no exact destination to go, getting the job done without paramilitary leadership, or the channeling of demons, might prove unnecessarily hard.
On top of this, a sneak peek at the similar products on the market provided some crucial insight on the basic dimensions and structure for this type of a gun cabinet. There was no need to invent the wheel anew, when all I needed was some modifications on it. With all the necessary background information gathered, I was ready to outline the initial to-do list for the project, where to start, and how to stay on track. In short, I decided to go for a cabinet of impressive proportions and powerfully expressive character – a sheet metal cabinet on steroids, sort of. The preliminary online research also implicated, that the market was actually dominated by rather second grade tin cans. In this respect, I assumed that it wouldn't really take much of an effort to stand out. I concluded, that my desire to put a little more emphasis on the function and safety of the cabinet would suffice to differentiate it from the competition in this particular capacity range. Thus, one of the key elements in this cabinet design was the double-layered steel chassis, structured in 4 millimeter steel plate. For the sake of simplicity and cost-effective manufacturing, I favoured the basic perpendicular bends of 90 degrees. After all, I was not about to design a fancy mobile decoration of steel, to be suspended from the ceiling on Christmas eve. For such an unregulated cabinet design, the material thickness was probably a bit of an overkill, but I reckoned that it would prevent any unauthorized entering into the cabinet. Furthermore, I assumed – and quite rightly so – that these two layers of steel were prone to make the structure heavy enough, not to be moved into the pikey-model Toyota Hiace with Bulgarian register plates, at least not single-handedly by any amphetamine-fueled random break-and-enter artist. Obviously, a determined professional would make his way for the guns, no matter what this cabinet was made of. First and foremost, I designed this cabinet along the lines, that the robust structure would essentially discourage any half-assed attempts to illegitimately take possession of the goodies inside. I would guess, that it's not a thoroughly thought-out idea to break and enter into a house of some old timer who owns guns, in the first place. Let alone, the idea of trying to break into a cube of steel, without proper power tools. In the unfortunate case, that a random junkie decided to go for it, I would dare to envision, that all the meth in the world was not enough to grant manpower to manually force this steel door open. It would require spesific tools, paired with an exceptionally determined or desperate mindset. Although, I guess it would certainly make for a hilarious episode in one of those popular reality shows you can watch on TV nowadays
In conclusion, taking on such an extra challenge provided me with a clear objective for this design project. Had I known the amount of work that ensued, I might as well have chosen to install a beer tap, or a Nintendo Wii game console with motion sensors to my design. I opted for enhanced security. Although, the Finnish gun culture is nowhere near as bizarre as the American ”Shoot 'em up”-culture, quite the contrary, actually. In the outbreak of a zombie holocaust, the Finnish gunmen are more likely to remain as one of the last sane frontier guards on the fault lines of civilization, in my honest opinion. We don't get to witness random mass shootings, conducted in a spur of the moment drug-frenzy, so often. Nor do we need to read about juveniles shooting one another in a fit of an existential teenage angst, because the Playstation 4 abruptly went offline for no apparent reason.
On a more serious tone, I started the project by searching for some vague idea for a steel cabinet, and the gods of mechanical engineering must have been in favor of this humble endeavour, since I managed to formulate the concept fairly quickly. At the end of the day, how hard can it be to sketch a rectangular box with a door? My kids are reaching teen age, but I'm sure they could have managed to draw something like this with a slide ruler and a pencil way back when they were only five years old or something. In retrospect, though, I feel compelled to make a bold statement, that it sure ain’t easy. Somewhere along the way, I was introduced to a phenomenon, that I would like to refer to as What The Fuck-factor. I apologize for the graphic and evocative term I coined for it, but believe me, it is quite an appropriate definition for such an indecent phenomenon. It is formulated also in the Murphy's Law: if something has even a slight chance of going wrong, it most certainly will. I had my fair share of that in this project, that’s for sure.
The next chapter in this surreal drama, the actual design process itself, was carried out with the PT Creo 3D-modeling software, in compliance with the guidelines imposed by the sheet metal standard DIN 6930. Without giving it that much thought, I adopted a kind of top-down approach. I decomposed the concept into smaller sub-concepts, such as the individual components in the assembly. It all sounded great in theory, but in the rush of a work overload, the emotional strength to actually keep the big picture clear in mind at all times...it just magically seemed to evaporate into the thin air, like fairy dust...
To be brutally honest, the design process was a fucking nightmare.
I apologize for my frequent use of French adjectives. I've been trying to discipline myself against the abundant use of such foul language, but I just can't help it. My mouth is quicker than my moral filters for politically correct choice of words. Besides, the occassional strong word usually gets the point across much better, and I wouldn't be surprised if the cuss words were accountable for the most part of the modern office communication. Before starting a new life as a CAD-padawan, I used to work for a company, where the corporate language was best described as management by perkele.
Perkele is a vintage cuss word in the Finnish language, loaded with some eerie sense of personal empowerment, thus way more powerful than the more offensive ones, that are trending in the speak of the millennials.
The sketching started in a tried-and-true manner: by throwing up some random ideas in whatever form seemed fit. The design concept for the steel door seemed to provide a promising start. So, without further experiments, the steel door design was underway. Since the door played quite an integral part in the cabinet, the dimensions of the door pretty much laid out the framework for the rest of the design. And this small, ill-considered choice of component was probably the single most damaging factor contributing to why things got essentially sour a little bit later. The overall thickness of the door, in particular, set all kinds of funny little restrains on the design of the other parts, consecutively. It was 35 millimeters, that is a relatively large number in this context, and it projected a certain set of esoteric demands on the dimensions of the doorframe, and particularly on the hinge mechanism needed.
Now, the hinge mechanism...
That was a real pain-in-the-ass in this project...
The ultimate can of worms.
There is an idiom in the Finnish language, usually uttered aloud in a fairly sarcastic tone. It goes: ”liian monta liikkuvaa osaa” - that stands for ”too many moving particles”, in English.
It's a perfect description for the hardships that I encountered with the hinge design. The mission objective was to control the movement of two metal bodies, in relation to each other. Or to be more precise, to control the opening of the door. The doorframe was pretty much a static component. So, I had one moving particle – the door. Due to all kinds of funny preconceptions, it soon became painfully obvious, that this one moving particle was actually one too many.
Liian monta liikkuvaa osaa, y'know...
And little by little, frustration was gaining momentum...
I had the steel door assembly figured out by now, as well as the design for the doorframe. Then I realized, that I had figuratively shot myself in the leg. I could almost taste the irony in my mouth. The universe seemed to have a sick sense of humour. Don't get me wrong, I am actually one of those Myers-Briggs personality types who prefer their humour just like they prefer their morning cup of coffee – pitch black, with absolutely no sweeteners. (I'm also quite fond of quality gin, and craft beers with a bitter flavour...so, I guess I'm a downright psycho, and those of you, who order soya frappuccinos in Starbucks, will be my first victims, when I finally lose my shit and dash off on a killing spree...I'm joking, right?)
I soon realized, that if I wanted to implement all the safety measures that I originally opted for, I needed to ensure that the door fit the doorframe like a glove. The tight clearance between the door and the frame was an inherent part of the whole concept for an idiot-proof gun cabinet. In practice, the idea was that the door would refuse to eject open, even if you cut your way through the bolt of the lock, or the hinges. This approach necessitated a lot of extra work. It also called for a special kind of double-action hinge mechanism, something similar to those jump-action hinges that come installed in some of the hipster brand kitchen cupboards, like Puustelli etc. This type of hinge ejects the door outwards first, before opening 90 degrees in the desired direction. Well, it works wonders in the kitchen fixtures, but...
Would it work with a steel door that weighed like a ton?
That was exactly what I needed to find out.
Had this concept fully realized in practice, which it obviously did not, it might have actually imposed an additional set of requirements on the hinges, in turn. I formulated all kinds of funny little mental configurations, how this particular type of hinge might have worked in this cabinet setting. At some point, it finally dawned on me, like a sudden moment of comprehension, or the sensation to which the Japanese zen buddhist tradition refers with the term ”satori”. I was practically shooting myself in the leg some more...
Even if I made this science fiction hinge mechanism work, so that the door would actually open beautifully, without any obstructions...then what?
In the name of safety, I had adjusted that clearance between the door and the frame to be extremely tight. Thus, it was absolutely necessary for the door to be perfectly aligned with the frame, vertically. Otherwise, the door would neither close nor open. This concept seemed to suggest that it was essential to lock the door into position, when either fully open or fully closed. Otherwise, it would get stuck. So, the deeper I delved into the details of this particular hinge mechanism, the more evident it became, that it would probably be way too complicated to design. I must admit that I felt tempted to call it quits, and go home and watch football on satellite TV. This project was turning into a joke, with me being the punchline, and it wasn't funny anymore.
I introduced this sheet metal project as state-of-the-art, remember?
Now we're getting to the artsy part.
I could have responded to this unfortunate turn of events by sketching an alternative, or even a set of alternatives, and then move on like nothing happened. Sticking to the idea, that my steel door insisted on the application of this particular type of hinge mechanism, was beginning to resonate the ambience of a game of Tetris, where you kept getting the wrong pieces round after round, ad infinitum. At this stage, however, my unjustified optimism hadn't been killed yet, so...when this issue called attention to an ever-increasing amount of detail, I simply considered it as a challenge accepted, or a personal insult to my intelligence, even. It was a call to arms. Thus, I insisted on not to seek any alternatives, not yet, as if bound by a samurai honour code. After all, I had the concept for this particular type of hinge mechanism clear in my mind. There was only the trifle matter of putting it into realization, to take care of.
At this stage, the summoning of demons might actually have proven quite handy.
I was faced with the ultimate question: how to tap back into the creative flow, when the empire was falling around me?
Maybe I should have attached a slide of the hinge mechanism I found in some engineering porn site that was infested with a multitude of graphic illustrations and video shootage of all kinds of highly technical gadgets and gizmos. Y'know, the one that I found most promising to develop further.
Well, I didn't – so, you'll just have to imagine how it looked like.
I'm sure this sounds like the stuff from some poorly screenplayed science fiction movie, or the mindless verbal rambling of a voodoo hierophant who's probably tripping balls on magic mushrooms. However, I'm afraid that I'll have to let you down on your vivid speculations about the origins of this concept. It was very real. We found something similar applied to safes and vacuum containers, and such, with more or less sophisticated mechanisms, that might have worked with our sheet metal cabinet. The only catch with all the mechanisms was that they seemed to require lots of time to design, especially to get the dimensions exact – and this project was little by little running out of time. Our cabinet door required something sturdy, like the hinges on a huge cast iron safe. The weight of the door, fully assembled, approximated near thirty kilos already. On the other hand, we needed something compact, in order to squeeze the hinges in the formidably narrow space between the outer sheet metal casing and the doorframe of steel.
For some peculiar reason, this project suddenly started to feel like the biggest wild goose chase in the history of gun cabinets...but, like I said: after an extensive online research, we finally came across such a sophisticated mechanism, that seemed appropriate for our needs, with just a few minor modifications. It called for an infinite amount of trials and errors to dimension right, but we gave it a go, anyway. The margin to have each component in our cabinet assembly in working condition by the deadline was getting incredibly small, and risk assessment probably wasn't our strong point. We took on a challenge, only to fail in the most beautiful fashion. Obviously, this particular hinge design proved way too sophisticated to execute in the given time. Eventually, we had to face the facts, discard this fancy hi-tech mechanism, and go for the second best option. Just twelve hours before the deadline for the final submission, I basically had to witness my deep faith in humanity disappear into the ether, as this issue with the hinges turned out to be such a gift that just kept on giving. I resolved this problem with a straightforward and brutal solution: by thrusting a simple rod of steel vertically through the door, attached with a pair of bronze sliding bearings. After that, I extruded a couple of additional holes in the doorframe – and voilá! The cabinet design was complete. This impromptu change of plans, conducted in the very last minute of the project, obviously compromised the original idea for an idiot-proof cabinet door, but we really had no choice.
Maybe next time we'll be equipped with more profound wisdom and battle-hardened experience, so that we'll be able to execute more informed choices. This project was supposed to be a crash course in the wonders of sheet metal design, and provide us with some hands-on experience with the topic. In practice, it was more like an experiment in the dark forests of the human mind. In this respect, however, we did quite well. Yes, the design process turned sour and frustrating at times, or to put it in a more evocative wording – it was a genuine pain in the ass, but did we die? Nope. It certainly is a very human trait to lose focus and give up, after reaching the ultimate frustration point. On several occassions, during this endeavour in psychological torture, I was tempted to take a Big Lebowskian stance, let go and cry out:
”Fuck it, let's go bowling!”
But I didn't.
Of course, I can only speak for myself, when I say that out of sheer hatred towards anything even remotely related to sheet metal, I forced myself to complete this assignment – like, when the software crashed on me for the fifth time during the course of just a few hours. My immediate urge, more often than not, was to smash the computer screen with a baseball bat, when things didn't quite go as planned. But, instead, I manouvered myself into a kind of zen state of mind. Of course, my mind was not completely empty, like in a genuine higher state of consciousness. It was actually pretty full – filled with some explicit thoughts, certainly Not Safe For Work environment, but I guess it's safe to say that these thoughts mostly hinted that I was not going to let a stupid machine get the best of me. Well, I have 15 years' worth of experience in logistics, so I guess I am more resilient to stress than the average person. I have worked for Satan himself, in a most high-stress job you can imagine. So, as an afterthought, I guess this project was actually fairly easy on me. It was challenging in many respects, but eventually the project design was completed with not much collateral damage.
Maybe this chunk of metal does not provide enough ground to build a profitable business model on it, but it just might suggest a novel and street smart way to store away your firearms. I'm sure you could get a bigger and standardized cabinet for almost the same amount of money, but then again: who actually needs to possess more than four pieces, anyway? If you feel a sting in your heart, when I say this, maybe you should ask yourself:
Did Jeffrey Epstein really kill himself?
Am I just preparing for the zombie apocalypse?
I would guess that no one in his, or her, right mind really needs five or more firearms. For those of us, who need a cool storage application for max. 4 guns, I designed this shiny little sheet metal beast. I am still entertaining the possibility, that this boutique cabinet might have an enticing appeal to those of us, who prefer a highly customised luxury approach, rather than a generic application of nothing special, dashed out for mass production in the sweatshops of the third world countries. Obviously, this design philosophy did not quite exclude the need to take the ease and cost of manufacture into account – and that's what I did.
I refrained myself from integrating overly complicated shapes, just for the sake of appearance. Every bend in the sheet metal structure was well-thought out. Maybe I could have done with less welding seam, but I opted for reinforced safety. Remember, the primary goal was to enhance the possibility to come up with an idio-proof cabinet design. You see, idiots and guns don't really mix that well. It sounds like common knowledge, but as we all can see in the nine o'clock news on a daily basis, not many are catching up...
From the very outset of this project, I tried to view this cabinet design through the imaginary lens of the potential customer. I dare to guess, that the most likely candidate to purchase a weapon storage application of this caliber (pun intended!) would be a white, heterosexual Finnish male going in his late 50's. This stereotypical character resides somewhere in the back of beyond, in the most rural areas of Finland, in the hard core of the Baby Boomers paradigm, that is the classic ”rintamamies”-house, built in the 1940's. Our protagonist here presents the Jungian archetype of a DIY-handyman, with a passion for hunting wild game in his spare time. He is quite an active and respected member of society – the local hunting society, in particular. He's got his mortgage paid off by now, which means that he can very well afford to treat himself to something special, every once in a while – like, a brand new, state-of-the-art gun cabinet, because the old one is...well, old. With this in mind, I decided to design this cabinet for the higher price range. I rest assured that the hefty price tag would be justified by the extra emphasis on security. I wanted to take my cabinet design to the next level, and to some degree, I guess I succeeded. After all, it usually is a tell-tale sign of an amateur-at-work to compete on price. I opted for excellence without compromise. All too many gun cabinet manufacturers seemed not. The vast majority of the products on the gun cabinet market seemed to capture the ethos of the classic one-liner, said by the American musical genius Frank Zappa, back in the day:
”If we can't be free, let's at least be cheap.”
For many, this kind of an approach seemed to be a very viable option in a gun cabinet design. I'm sure it can be a convenient philosophy in life, in general – as it seems to be for many, too. It was never an option for this particular design project, to say the least. I am a firm believer, that you are the sum of all the experiences you go through, as well as the people around you. Being surrounded by dysfunction and incompetence will eventually get you nowhere. At the end of the day, with all the designer's blocks and frustrations dealt with, after getting strangled in a multitude of loose ends, for God knows how many times, overcoming the obstacles in this ”joint” venture eventually provided me with a sense of pride in a job well done. My gun cabinet might not become a nifty prototype for a potential customer product, but nevertheless, I came up with something unique. The technical documentation of this project design might seem like a white paper on how to ruin a perfectly promising raw idea, but then again....there is no such thing as perfection, when it comes to rushing things to completion, especially, when it's not something you're doing by choice.
In retrospect, with the hinge issue aside, the design for this cabinet evolved pretty smoothly and effortlessly. The double-layered steel chassis took maybe a couple of days to sketch, model and annotate – just like most of the other components did too. Believe me, it's not an understatement, when I tell you that 90 percent of this project consisted of figuring out how to make a double-action hinge work in a desired way. Maybe it could serve as a topic for further development. It probably would require quite a few iterations to configure the mechanism to work perfectly in the context of this gun cabinet. With this project, though, I had to rush the design to meet the deadline. Thus, I cannot say for certain, whether this sheet metal cabinet will perform as desired, or if it has any of the enhanced technical value I opted for. Chances of true success might be minimal, respectively. With the benefit of doubt, however, I dare to suggest that the original objectives of this project could still be accomplished through the application of such customised hinge mechanism. Now, we'll probably never know.
Unless, of course, the conservative dark forces are going to bring back the good ol' times, and I can have another go at this...
Or, maybe not...
I thank you dearly for your time and patience. If you wish to ask me anything about this project, I will gladly answer. Of course, it would be more convenient to continue with the technical and psychological nuances of this project over a pint of beer...but alas, the school cafeteria does not have the licence to sell alcohol. Well, anyways...knock yourselves out.
Ok, that's about it. Now I'm excited to pass the torch on to the next project team: the podium is all yours.
Arrivederci!
It remains to be seen, how my English teacher reviewed this presentation. Most likely, the required level of formality was not reached, which might be reflected in my English grade. However, I think that there is only a narrow window of opportunity to make a lasting impression, in the everyday interaction with the people around you. I would guess, that this presentation will not be as easily forgotten as the ones peppered with rambling formalities. My last Powerpoint slide, that was depicting the benefits of this design project, was basically just a picture of a giant facepalm. Try erasing that mental image from your mind now, eh!
2 notes
·
View notes