Something about cassette decks or fulfilling childhood dreams inexpensively

Remember those rectangular plastic boxes with two reels inside? For many of us, the cassette deck was the center of home music-making and an object of desire. It meant the ability to record your favorite song from the radio, create a compilation of the best tracks for a friend, or simply immerse yourself in the world of music with an old, worn-out cassette.

Today, these devices seem hopelessly outdated, having given way to digital formats. But strangely enough, they are starting to gain attention again. Not as utilitarian technology, but as a warm symbol of an era, a physical medium for memories, and simply a beautiful interior decoration with pleasant mechanics.

And the most interesting thing is that a childhood dream can now be realized quite inexpensively. On the secondary market and in consignment shops, for a modest sum, you can find a working deck that once seemed unattainable. This is a chance not only for nostalgia, but also for a new, unhurried format of interaction with music that makes you appreciate each album in its entirety.

Introduction

Let's set the boundaries right away: in this article, we will only talk about cassette decks, that is, separate components, without an amplifier, without a radio, without built-in speakers, non-portable, that is, powered by a household power supply. This is not because car stereos or Walkmans are not worth mentioning, but because otherwise the article could exceed all reasonable limits, and we would like to leave a couple more topics for later. Also, the article does not claim to be a deep technical analysis, but is rather intended for enthusiasts with a beginner to intermediate level of knowledge.

And I think I'll leave all domestic products out of the picture. Firstly, we never had any really good decks, and what we did have was copied from foreign models with varying degrees of success. Mayaki, Noty, Vilma, Radiotechnika — let's be honest, any owner of a domestic deck would not think twice about trading it in for an AKAI or Technics. Even very expensive domestic products of the first and highest classes (there are legends about the existence of such cassette decks) had noticeably fluctuating quality, and modifications such as “replace the head with a Japanese one” and “re-solder the capacitors to normal ones” were common.

Design. Shafts, heads, etc.

Let's start the main part of the article with an analysis of the mechanics and design features of decks. The mechanics of the deck are mostly localized in the tape drive mechanism, abbreviated as LPM.

The main task of the LPM is to feed the tape at the most stable speed along the head, taking it from the feed reel, preventing skewing, and collecting the tape on the take-up reel. It would seem to be a simple task, but… in fact, it is not. Given the low speed (only 4.76 cm/sec) and the width of the tape (3.81 mm), even a fraction of a percent deviation will distort the sound, especially if the speed is not just lower or higher, but varies. This results in a “floating” playback effect.

Usually, in English, the accuracy of the LPM is measured by the parameter “wow & flutter,” while in Russian, the term “detonation” is used. In good Japanese decks, this parameter did not exceed ±0.04% (DIN). For comparison, one of the best zero-class decks in the USSR, the Mayak 010 stereo, had a declared detonation coefficient of ±0.15%, which is about four times higher. Approximately the same 0.1-0.15% was declared in most budget cassette decks from any decent foreign manufacturers. Tape skew (feeding it at a slightly incorrect angle along the head) is also an extremely unpleasant thing, capable of significantly affecting the frequency response of the reproduced recording. This problem was solved by the invention of a manual (and later automatic) mechanism for correcting the azimuth of the playback head (head block). But more on that later.

Capstans and tape feed

How was the issue of tape stability resolved and why is there such a big difference in technical characteristics? Let's start with some examples.

A simple cassette mechanism usually had a single continuously rotating shaft (tone arm) to which a rubber roller was pressed. The film was located between them, and this pair pulled it along the head. The tape stretched along the head was wound by the receiving drive of the cassette reel. To set the design in motion, a budget mechanism usually had a single motor, the torque from which was transmitted to the tone arm and to the cassette reel take-up or take-off drive, depending on the deck's operating mode, by means of pulleys and an idler (a kind of clever large wheel with a rubber edge). In English, this circuit is called “Single Capstan” and is usually not mentioned separately anywhere except in the technical section of the operating instructions.

The LPM of the domestic Yauza MP-220S. Orange indicates the rubber roller, green indicates the tone arm, and red indicates the cassette reel drives. In this case, the left reel drive is only used when rewinding in the reverse direction. The right one is used for rewinding the tape in playback mode and for fast-forwarding.

To improve the stability of film feed in more expensive and higher-quality mechanisms, a second tone arm was invented, resulting in a feed and receive pair of separate tone arms and rollers, which significantly improved the wow & flutter.

Traditionally, decks with two tone arms have the inscription “Dual Capstan” on the front panel and often use two or even three motors—separate motors for winding the reels and for the tone arms. Sometimes all four motors are used—for example, to motorize the cover of the cassette receiving device. Torque was mainly transmitted from the motors to the shafts via belts, but quite often many manufacturers also used direct drive. Almost simultaneously, quartz motor speed stabilization (Quarz Lock) began to be used in marketing.

And the final touch of a really good LPM is the feed guide located in front of the feed roller, made of dense plastic or metal, which ensures geometrically perfect film feed to the head.

LPM of the Sony TC-KA3ES cassette deck. The additional roller/shaft pair is shown in blue and blue. The feed guide is shown in yellow.

How else could manufacturers improve the performance of LPMs? By using a cast frame instead of a stamped one to mount the LPM components—motors, shafts, and so on. This reduced vibration and, as a result, the detonation of the entire mechanism. Increase the mass of the shaft flywheels for more stable rotation. Use precision motors with high rotational accuracy.

According to various friends and acquaintances of mine, all these improvements reached their peak around the mid-to-late 1980s, and somewhere in the 1990s, the era of cost reduction began. There is a perception that the late 1980s brought (in addition to mechanical perfection) a significant simplification of the electronic part, when instead of discrete elements, the vast majority of devices used integrated circuits, which were not always better than the selected discrete elements in the amplifier circuits of old devices from the late 70s and early 80s.

Two or three heads?

With the uniformity of the tape movement, we will conclude and proceed to the actual reception and recording of the signal to/from the tape. An important, if not the most important part of any cassette deck is the heads.

If there is only one head, then you have a player without a recording function. Stationary decks usually have a recording function, which means there are at least two heads. One of them is an erase head (to delete the old recording), and the other is a universal head that can both play and record. This design is called “Two Heads” and is also mentioned only in the technical sections of the operating instructions.

Truly high-quality decks have three heads: erasing, recording, and playback. The latter two can be either “sandwich” type (structurally combined into a single housing) or completely separate, discrete. The presence of three heads is usually proudly indicated by inscriptions on the front panel — “Three Heads” or “Discrete Heads.” The collage below illustrates two-head, three-head “sandwich” and completely discrete designs:

The erase heads are shown in red. You can see that they differ not only in their external dimensions but also in their location. Green indicates a combined head in a two-head deck, combining the functions of recording and playback. Blue indicates a “sandwich” of two heads, separately recording and separately playing back in one housing. Orange and yellow indicate discrete recording and playback heads, respectively.

Belle de Jour (1967)

Tape calibration

Another extremely useful and necessary feature for those who intend to record themselves is the presence of a function in the deck for calibrating the recording for a specific film. Theoretically, a special IEC body standardized the bias parameters for all four types of cassette tape at one time, but for various reasons, the actual characteristics of each specific tape may require adjustment of the bias current, recording level, and so on—preferably channel by channel. For this purpose, serious decks are equipped with generators of various frequencies (usually 400 Hz and 10 kHz) and variable resistors with knobs on the front panel for precise adjustment.

It works like this: the deck is put into calibration mode, recording is turned on, and the user's task is to set the desired signal levels on the indicator by turning the controls. The adjustment is made in real time, so for accurate adjustment, both signals are needed for comparison — the one fed for recording and the one reproduced after recording, which means that both heads will be involved.

The yellow rectangle indicates the manual adjustment control for the bias current and recording level. Kenwood KX-1100HX deck

There are, of course, automatic calibration functions—I have encountered them (on both three- and two-head decks), but while on three-head decks the processor or user compares the input and recorded signals in real time, on two-head decks the signal is first recorded with different parameters, then the tape is rewound and the result is analyzed by the processor alone. I have tried both manual and automatic calibration, and my personal preference is manual.

Auto-reverse

One of the most controversial features in serious decks. On the one hand, it is very convenient, as you can listen to both sides of the cassette in a loop without turning the cassette over in the cassette player pocket. On the other hand, the usual solution with auto-reverse in the form of a rotating platform on which one or more heads were mounted had at least one weakness: over time, the mechanism wore out somewhat and it was no longer possible to maintain the exact azimuth of the head after turning. Therefore, despite the fact that auto-reverse was practically a mandatory feature for dual-cassette decks in the second half of the 1980s and beyond, most serious single-cassette dual-deck three-head decks did not have auto-reverse.

The mechanism of the Teac W-990RX dual-cassette auto-reverse deck. The erase and record/play heads are located on a round turntable (red arrow). The green mark indicates not the erase head, as one might assume, but the plastic tape guide.

However, attempts to implement playback of both sides of the cassette without compromising quality did take place, and were quite successful. I'm not entirely sure that Nakamichi was the first to do this, but their RX202/303/505 are definitely the most common of these decks today. The solution was simple and elegant: if flipping the head is undesirable, let's flip the cassette instead. The result is a truly magical mechanism that, when reverse is activated, lifts the heads, the cassette slides out slightly on the platform, flips over, and slides back in. I've seen it in person once. If I see a deck like this at a reasonable price, I'll definitely buy it. It's just pure magic. See for yourself:

Another solution for high-quality auto-reverse implementation was a combination of automatic head azimuth adjustment and an auto-reverse mechanism, again implemented by the guys at Nakamichi in their Dragon deck. But the price of such solutions is very complex mechanisms that require precision, and repairing such products can be quite costly.

Generations

Globally, decks can be divided into several generations. The first generation was distinguished by purely mechanical LPM control keys, Ferrite heads, pointer indicators, and horizontal cassette loading.

Sometime in the mid-1970s, mechanisms with solenoids (pseudo-sensory and sensory control) began to appear — the user pressed a button, the button closed the contacts of an electromagnetic relay, and, for example, the head unit was pressed against the tape.

It would seem that what could be funny about the story of a postal worker transferred from sunny Provence to northwestern France? However, despite its simplicity, the film turned out to be incredibly funny and hilarious. And surprisingly, its success in Russia and other countries was not hindered in the slightest by the fact that practically all of the film's humor is based on wordplay and the “le ch'timi” dialect spoken by the indigenous people of northern France. The star-studded cast includes Dany Boon (who also directed), Kada Merad, and Lino Reno.

Around the mid-1980s, an era of simplification began: discrete elements were replaced by microchips, but everything was already automatic, with remote controls and other household joys.

Therefore, when choosing a deck, you need to understand that there will definitely be no needle indicators on a deck from the 90s, and if you want the most vintage look possible, you are unlikely to be able to re-record a Type IV tape on a 1975 deck.

Technics RS-630US. Arrows, an unusual loading method, mechanical control. Beautiful, but rather empty. Two heads, one tone arm, no calibration, manual tape type selection. But there is an input for two microphones!

Mathieu Kassovitz's film adaptation of Jean-Christophe Grangé's detective novel takes us to a small university town lost high in the Alps. There, mysterious murders with clear religious undertones are taking place. The case is assigned to a seasoned veteran played by Jean Reno and a sharp and cocky rookie played by Vincent Cassel. To get to the truth, they will have to unravel a web of secrets and conflicts that have been going on for decades, and at the end of the film, they will face a ruthless killer who turns out to be someone completely different from whom they initially suspected.

Manufacturers. Who, what, and where

Let me say right away that everything written below is completely subjective. Every manufacturer has both fans and admirers, as well as citizens who are indifferent to them. Therefore, if anything, please correct me in the comments. I am particularly interested in innovations and inventions characteristic of certain manufacturers, because there is very little information about this.

Nakamichi

I'll start with a company whose name was spoken with reverence by everyone who was seriously involved in cassette decks at the time (and even now). Its products were significantly more expensive than its competitors, and still are today.

Nakamichi Corporation made a name for itself exclusively with cassette decks (despite the fact that they also made amplifiers and even vinyl players). their legendary models, the 1000ZXL Limited, in good condition easily fetch prices of $10,000 at auction, and they hold several dozen patents and engineering solutions.

I have one of their older decks, Dragon, and believe me, after comparing it with a dozen other devices from other manufacturers, it's in a completely different league.

First of all, because cassette recordings are extremely sensitive to the position of the playback head relative to the tape, or more precisely, to the tracks recorded on the tape. Even a slight misalignment of the recording head will affect the playback quality on another deck. To solve this problem, Nakamichi came up with an extremely clever mechanism for adjusting the head azimuth. First, it allowed this to be done manually from the front panel (which is much easier and more accurate than turning the head mounting screws with a screwdriver), and then in automatic mode.

Another significant difference between Nakamichi and most other manufacturers is the fully discrete heads in three-head decks. Below is a schematic diagram of the manual head azimuth adjustment mechanism in the Nakamichi DR-1 deck.

This array of gears and knobs, clearly visible when the cassette deck cover is open, makes it easy to identify that you are looking at a Nakamichi cassette deck.

Nakamichi models worth considering for purchase… although no, wait. In general, all models are worth considering. But keep in mind that budget Nakamichi models, both single-deck and dual-deck, are not masterpieces of cassette deck design. And while you can try buying something like the BX-125 or Cassette Deck 1 for playback, it's still better to have a calibrated three-deck deck for recording. It doesn't have to be a 700/1000 deck in different variations, it doesn't have to be a Dragon (although many people don't like it very much because of its auto-reverse), but a ZX-7/ZX-9, 682ZX, CR-7/7A, and others are quite suitable. But they are expensive. But they are Nakamichi. When buying such a deck, be sure to check it in all modes, because any flaw that you overlook will cost you thousands later. Passive components and rollers don't count; you will most likely have to replace them, if not immediately, then soon. What you definitely need to look at are the heads, capacitors (the orange capacitors on some models are notorious for their behavior), and the mechanics — the azimuth adjustment gears and so on.

Akai

Another prominent Japanese company, especially in the USSR. When I bought an Akai GX-9 for restoration, one of the visitors, seeing it, remarked: “Oh, a nine! They changed it for a car in 1985.” Indeed, Akai decks were loved and respected by the people for their indestructible GX (Glass Xtal) glass ferrite heads, and a little later — SuperGX, with improved recording parameters for recording on Metal tape. As a result, many people associate Akai with glass ferrite, and glass ferrite with Akai. There are many opinions: some criticize these heads for their soapy sound, others say that they record well but play back poorly, some consider them eternal, and others are convinced that they chip and wear out easily. But one thing is certain: no discussion of what is good and what is bad is complete without mentioning Akai and their heads.

GX head design (rec-play). Working coils and other conductors are protected from wear by a crystal film.

Akai has released a huge number of models, from extremely inexpensive to very, very expensive. Among the relatively legendary models, it is worth noting their top-of-the-line GX-91, GX-95, GX-88, etc., but there is one model that a large number of enthusiasts consider to be the best. This is the GXC-570D deck, which was produced in the mid-to-late 1970s. It looks unusual, is built like a tank, has a motorized cover that closes over some of the controls, touch controls, and absolutely stunning sound. I had the pleasure of playing with this deck for several months, and my personal opinion is that it is a wonderful device. When in working order, it can be quite surprising.

Akai GXC-570DMkII (1977-78). Three heads, two tone arms, three motors, film calibration. A monumentally crafted device. The top cover is motorized, and there is no cassette deck cover.

It is worth comparing the progress made in cassette deck manufacturing in less than 10 years. Here is another older Akai deck for comparison – the GX-F91 (1983-1984):

All the buttons and indicators are covered by a lid (in the photo, it is open).

Akai did not particularly delight users with mechanical refinements, but its electronic features were always top-notch. The GX-9, for example (and not only this model), has such interesting options as cassette type detection (the deck itself determines whether a C-45, C60, or C-90 cassette is loaded by analyzing the speed of the reels). The GX-9 also has automatic film calibration and a bunch of other interesting features.

Sony

Sony has its fans, for example, the ES series. Top models such as the TC-K777ES, TC-KA7ES, and others are highly sought after and cost a lot, but there are also many people who dislike Sony and find it difficult to accept any solutions from this Japanese giant. However, I personally have not encountered any products from this respected company lately, except that I periodically look at auctions for either the TC-K81/75 or TC-K71, which were recommended to me as interesting. However, we should not forget that Sony at least released the Walkman, and that is enough to recognize its contribution to the development of the cassette market. But still, we are talking about decks.

Sony TC-K555ESJ. In addition to the standard “Discrete 3 heads – Closed Loop – Dual Capstain,” they crammed in a direct drive, quartz motor stabilization (Quartz Lock), and, so you don't have to get up twice, a copper-plated chassis, a shielded power supply compartment, a centrally located cassette deck (which seems to make it easier to control vibrations), a thick aluminum front panel, a motorized cassette deck, manual calibration, and even a Dolby S noise reduction system.

It is worth noting the laser-shaped heads that appeared in the mid-1980s in Sony's top models and the ceramic stabilizing cassette holder. That's probably all I know. I somehow got the impression that Sony was like a diligent, very studious straight-A student at school — not particularly expressive, but always doing their homework meticulously. Models worth mentioning: TC-K555ESJ, TC-K333ES, and other ES models made in the 80s.

Pioneer

Personally, I've always respected Pioneer decks; there are some really interesting models, but here it's very simple: really good models like the CT-F1250/1000/950/900 from the “blue” series, which look very solid and sound good, are rare and quite expensive, and something interesting and cool (like the futuristic CT-9R) is too capricious in operation and rarely found.

Pioneer CT-F1250. Practically the best Pioneer deck from the “blue” series, famous in narrow circles. The size of two average decks, made like a military device, this deck is stuffed with all kinds of features and was designed to compete with the top-of-the-line Nakamichi 1000ZX/700ZX at the time. Three heads, two tone arms, closed circuit, manual calibration. If you find one cheaper than $1,000 in the 220V version and in decent condition, go ahead and buy it, you won't be disappointed.

However, there are simpler models, as Pioneer has released quite a few different devices. One argument in favor of purchasing this model is the extremely good AutoBLE automatic film calibration system (later improved to SuperBLE), which many people love and consider to be the best of the automatic systems. I myself have had experience with decks from the late 90s, CT-S830/740, and they worked quite well. In summary, Pioneer has the advantage in terms of design (not all models) and AutoBLE. And, of course, the sound quality is quite good.

TEAC

These decks have a reputation for being extremely well-made, well-assembled, and very reliable. I've had two models: the V-1RX (mine) and the C-3RX (someone else's). They're the same age, but with completely different approaches. The V-1RX is for ordinary consumers, while the C-3RX is for professionals. The extremely popular Tascam 122 was based on the latter. Overall, they're good devices. However, at the turn of the 80s and 90s, there were quite a few good decks like the V-8030S/6030S, and this pair is also not cheap. But how beautiful they are — the calibration and everything else. See for yourself! How can you not fall in love with this sleek “knob” and white buttons?

Teac V-8030S in black. It also comes in gold. Everything else is as it should be — standard three heads, “closet loop dual capstone” and other bits and pieces.

I would also like to note that the Teac decks currently on sale (new models with USB output and CD drive — AD-800, AD-RW900, AD-RW950) currently on sale should not be considered a serious source of sound. The LPM there is extremely budget-friendly, monophonic, auto-reverse, with only two heads. In general, for the price of such a deck, you can easily buy a good deck from the 80s, an entry-level CD player, and even an external USB audio card for digitization.

Optonica, Lo-D, and other obscure manufacturers

It is worth mentioning some of the less familiar names that you may encounter in the vast expanses of offline and online flea markets. In the 70s and 80s of the last century, for some reason, large Japanese industrial manufacturers decided it was a good idea to come up with a different brand for their hi-fi products. This is how Optonica (Sharp), Lo-D (Hitachi), Diatone (Mitsubishi), Trio (Kenwood), Technics (Panasonic), and A&D (Akai & Diatone) came into being.

While Technics established itself and became an independent brand—incidentally, it had some very cool RS-M85/M95 decks—Optonika/Lo-D/Diaton did not fare so well. However, they managed to release at least one model of turntables that are quite impressive in both appearance and performance. From my personal point of view, there are several reasons not to buy such models: first, the production runs were small, and finding a service manual for repairs can be a problem, as can spare parts. Secondly, you will most likely come across a model for the domestic Japanese market rated at 100V, with all the ensuing consequences in the form of the need to use an external step-down transformer.

Wait, what about Europe?

Okay, okay, fine, you're right. Without at least two European manufacturers, this article would be incomplete. Let's start with the more obvious one — Studer/Revox. Willy Studer, who founded the Studer company in the mid-20th century, was a brilliant engineer. His reel-to-reel tape recorders became the de facto standard for sound recording in many studios. Studer could not stay away from cassette decks either. The distinctive features of Studer and Revox are their original design without belts and absolutely stunning build quality — truly “Made in Switzerland” with all that that entails. And, of course, their extremely original appearance, which is recognizable in a split second. Revox can only be confused with Studer and vice versa — these are two brands of the same company. Only one Studer/Revox model should be viewed with caution — the Revox H1 (it is suspiciously cheap and came on the market in the early 90s, when Willy was already stepping down and preparing the company for sale).

Revox B-710 mkII. Built like a tank, it looks sleek and stylish, like a Rolex. Studer did not compromise: three heads and two tone arms are the minimum for any deck from this manufacturer.

Another manufacturer that did not produce many models but is highly regarded among experts is the Norwegian company Tandberg. I have not had the opportunity to examine the company's top model, the TCD-3014A, but I have experience with the TCD-440A and TCD-310A. These two decks looked like a strange hybrid of a tank radio and an Elektronika 302 tape recorder, but unlike the Elektronika, nothing rattled or squeaked, and they worked better than even the best Soviet cassette decks could have dreamed of. Even in the two-head 310 deck, for example, the mechanism has two tone arms — that is, it may not be able to record, but it is definitely capable of playing back, and it does so very well.

Tandberg TCD 3014A, early to mid-80s. Everything we love: three heads, two tone arms, manual calibration at two frequencies, and even manual adjustment of the playback head's azimuth.

In addition to these two, decks were produced in Europe (and in Japan too) by anyone who felt like it. Don't forget that cassette decks were then one of the standard sources in any stereo system, so don't be surprised to see decks under the NAD, Dual, and even Thorens brands. Of course, we can't forget Siemens, Telefunken, Grundig, as well as the now defunct ITT, Nordmende, Braun, and other audio brands. Braun, by the way, made very beautiful and stylish decks, and other components from this manufacturer also have extremely interesting and distinctive designs. It's no wonder that many Braun products are considered icons of industrial design.

The minimalist Braun Atelier set. The Braun C2 deck is the top component in the system. Motorized horizontal cassette loading, as in the CD player below, significantly reduced the height of the component. It should be noted that in Europe at that time, the standard connector was a five-pin DIN, so you would need to purchase sets of cables or adapters.

Cassette decks are not just dusty relics of the past, but small time machines that can bring back the warmth of childhood for pennies: the rustling of tape, manual rewinding, recording your favorite songs from the radio. Today, you can find them almost for free — in garages, at flea markets, on the internet — and use them to breathe nostalgia into your day. This is not a high-tech gadget, but a simple, tangible way to listen to music slowly, with crackling, with character. And for this atmosphere, they are worth loving, even if you have never been a fan of tape recorders.

Okay, a little more about Japan for an encore

If we look at the less prominent brands, Alpine is worth mentioning. Yes, they made home stereos, not just car stereos, and what's more, some of Alpine's stereos were branded as Alpine/Luxman. The Alpine AL-85/90, for example, can not only compete for the title of the most beautiful deck, but is also functional — calibration and everything else is available. Luxman also made decks under its own brand, and they are said to sound pretty good.

Alpine AL-85. Impossibly impressive! I haven't held it in my hands myself, but judging by the reviews, it's not only beautiful but also very good. It's quite a rare item, usually priced at over $1,000 for a unit in decent condition.

Onkyo/Integra, Marantz, Yamaha, and others also made decent devices, especially when considering the older models. Aiwa was quite successful, but then it was bought by Sony, as was the German company Wega. The Aiwa XK-9000 is a very good device, and some models of Aiwa double cassette decks were able to record two sides at once, for which they were tenderly and reverently loved by Soviet underground recording studios.

JVC DD-VR9. Direct drive, three heads, everything as it should be. In addition, it has a motorized pull-out control panel (lower left, where the JVC logo is). There are a bunch of extra features. Beautiful, but if it breaks, finding replacement parts will be a serious problem.

In the 1980s, JVC and Kenwood were separate companies and, in some areas, provided good competition for the big names. I have a Kenwood KX-1100HX — an excellent and inexpensive deck with full functionality, except for azimuth adjustment. I got it for next to nothing — I bought it on German eBay for 125 euros. The KX-2060 is also a good model, but it's rare. JVC has several very beautiful and interesting decks, a distinctive feature of which is the location of the cassette player on the right side of the deck. Denon also produced many models, some of them with flat motorized cassette loading (as in a CD player).

Summary

Overall, it is impossible to cover all the nuances and interesting facts from the world of high-quality cassette decks in a single article. This world is amusing: there is room in it for frankly mediocre devices masquerading as good ones, and high-quality ones that look mediocre. The era of mass cassette production lasted about 40 years, and during that time, a huge number of them were made.

My experience is modest, but I will take the liberty of giving some advice to beginners. Perhaps it will help someone avoid making mistakes.

1.

Buying a deck that doesn't need repair is almost impossible. Rubber parts—belts, rollers, idlers—become stiff, crumble, and sometimes turn into a sticky substance. Even if you buy a deck that has been checked and works, no one will give you a guarantee, and the belt can break at any moment. Before buying a deck, check out eBay (or somewhere else) and look for a repair kit for the model you have picked. If you have chosen a rare cassette player, you may run into problems.

2.

Finding reliable craftsmen in Russia is an even more difficult task. If you have a trusted craftsman, that's great. There are several themed groups on Facebook, join them BEFORE buying a deck and don't hesitate to ask for contacts of trusted craftsmen, write to them and clarify their capabilities and schedule. I remember a post by a friend who was so overloaded with work that he honestly wrote: “I can't do anything for the next six months — I'm fully booked.”

3.

Try to check everything as thoroughly as possible at the time of purchase. It is better to buy in your city or ask someone you know to check the deck in person if the seller is from another city. It makes sense to bring headphones, a portable player with a mini-jack to 2xRCA cable, and a decent cassette tape that has been tested on other devices, plus another blank tape for recording. With this set, you will be ready to check the deck in almost all modes. Don't be shy about testing — the more “flaws” you find, the lower the price and your unexpected repair costs will be. And they can be significant: for example, a rubber repair kit for an Akai GX-9 cost me about 4,500 rubles with delivery to Moscow from Germany via eBay.

4.

Before buying a really expensive deck (costing more than a thousand dollars), carefully research the issue. Spend some time on forums — you may meet owners of similar decks, ask them about any problems and their experience of using them. This may help you avoid making a spontaneous and not very happy purchase.

5.

It's important to understand that a cassette deck is unlikely to become the main source in your stereo system. It's a tribute to nostalgia, to the design and technology of the past. Yes, a good cassette deck can be a pleasant surprise, but you won't find such an abundance of well-preserved cassettes with recordings as you will with vinyl records. Therefore, it may make sense to pay attention to a deck that is simply beautiful but not functional, rather than one that is functional but unattractive. The magic of the needles and warm tube lighting can work wonders, improving sound quality many times over.

6.

The presence of three heads in the deck does not make it special. By the mid-1980s, this option began to appear in many decks, even very affordable ones. Three heads are only needed for monitoring the recording; for playback, it is much more important to have two tone arms or a direct drive with quartz stabilization. And for recording, if you want to record on cassettes, a calibration system for a specific tape will not be superfluous. Noise reduction is also a controversial thing. Try it, see for yourself, and decide whether to turn it on or off when recording. If you only need a deck for playback, then you can consider cheaper two-head models.

So what's the bottom line? Today's cassette decks are not about super-high sound quality, which they never had. It's about the smell of plastic cassettes, the rustle of tape, and that special magic you feel when you physically hold music in your hands. For many, it's a living piece of their youth or childhood, which can now be found for next to nothing.

Buying cassette equipment now is a very soulful activity. You're not chasing the latest fad, you're just collecting what you genuinely like. It's a quiet, unhurried hobby that allows you to escape the digital stream and remember what it was like to wait for your favorite album to rewind.

So if, deep down, you still have an unfulfilled dream of owning a tape recorder with big buttons, now is the best time to make it come true. For a small amount of money, you will get not just a device, but a whole range of sensations and memories. And who knows, maybe a modest cassette deck will give you more warmth than the most modern gadget.