Thank you for 500 guestbook posts on simmonsmuseum.com (SPAM of course not included), mostly nice feedback, some support requests, some suggestions, … The first entry was posted on July 10th, 2005 which is quite a lot of time. Statistically about 100 entries per year or one entry every 3-4 days. That proves the interest in this topic and keeps me motivated to continue.
Thanks again!
Wolfgang
500 guestbook entries
October 19th, 2010A dignified evening of life (part 3)
September 29th, 2010Remember the rusty scrap heap a few months ago?
Probably it was a once-in-a-lifetime opportunity to get one of the seldom early Musicaid versions of SDSV with a very low serial number. In my case #78. Although the frame was in an awful condition I was quite confident to revive it. Luckily there was no serious defect. At least nothing that could not be fixed by my own unexperienced hands. And today was that day when the LEDs shined again.
The fuse socket was broken. I had to remove it anyway. In order to test the board I bridged that socket and replaced it later.
on the backside of the board a soldering point came of.
The power LED was broken and needed to be replaced
Finally everything’s there and ready to test: The unit powers up, a test modul receives the trigger voltage
the marriage: The electronics go back into the chassis.
the screws are tightened….
assembling the front panel again. all new knobs and knob caps
a final test. Everything works properly. The only issue is that due to the thick layer of antirust protection the metal cover does not fit over the chassis anymore. Probably an opoortunity to get a custom cover? Made of stainless steel? Brushed aluminium? … First I’ll find some moduls to fill the gaps 🙂
SDSV prototype
September 20th, 2010Richard James Burgess, world famous producer of many successfull New Romantic acts in the 80s, musician, educator, writer, etc…etc… (too much to mention) was so kind to open his treasure house for Simmonsmuseum.com. Thanks for sharing!
Richard was a friend of Dave Simmons and drummer of the 80s band “Landscape“. He was involved in the very early development of SDSV and still possesses the very first development prototype.
RJB: “Here are some pics I took of the prototype SDSV that I used for Landscape’s From the Tearooms of Mars… album and for Shock’s Angel Face and R.E.R.B. tracks. After those I used one of the early production models that came out of Musicaid that I have included some pictures of. I had several of those so this is not the earliest one but we kept improving upon it as I made more records with it.
The pale blue triangle is the first pad that was made – it has the riot shield surface and, as you can see is just two pieces of particle (or chip) board screwed together. the center hole on the back was for the stand and there is a jack for the trigger out to the brain. ”
The following pictures come from the private collection of Richard James Burgess.
SDS9 manual
September 17th, 2010There are some Simmons items for which I had to wait several years to get a hand on. I am not talking about one of 250 SDX, one of 100 SDS3, one of 15 Suitcase Kits. No, I am talking about the manual of the most common Simmons kit ever built: The SDS9 manual. While I got the German version already in 2005, I had to wait another 5 years to get the english version. Another tiny piece in the jigsaw. As the SDS9 is not that easy to program, I hope it will provide relief to its owners 🙂
A Trigger To Midi device: Megadrum
September 9th, 2010Every generation of electronic drums claimed to be a final substitution for acoustic drums. That was the same in 1980 as well as today and in the future. The difference between 1980 and today: 30 years. 30 years are 1000 years in computer ages. I would have expected a breakthrough in sound but there wasn’t. There had been a handful of milestones in hardware development: Positional sensing ZI (Simmons SDX), mesh head pads.
Toontrack’s Superior, XLN’s Addictive drums, NI’s Abbey Road drum libraries, BFD etc: They all did a great job producing real sounding drum libraries. Much more realistic than any Roland or Yamaha device, even the ultra expensive TD-20 or DT XTreme. But how can I trigger these libraries without noticeable latency? Where is the link between advanced mesh pads and the software? Essential components is fast computer hardware and fast D/A converters for audio out. Last but not least: The midi interface. People who already own advanced Roland Hardware like TD-9/12/20 will be disappointed about already 4ms of only midi latency! Much less is possible…
Associated to this question I found the megadrum project. The developer Dimitri reminds me of the young Dave Simmons: Having an idea and forming this idea into a product. Megadrum is an open source hardware project. Plans and documentation are free of charge. If you cannot solder it yourself, you can buy the ready assembled device. Of course without any warranty and not in a shiny and nicely designed chassis, but fully functional. It features optionally 32 inputs (16 stereo) or up to 56 inputs. After I wasn’t happy with the latency of my Alesis Trigger I/O I assumed the risk and ordered the 32 input megadrum. It arrived a couple of days later, unfortunately with one knob broken of. Dimitri, the developper was helpful enough to take care about sending spare parts. Well, the price of open source… Finally, about 14 days later I had a working unit.
A rather old school display. the electronics built into the cheapest box (no) money can buy. Far away from being road proven. But as I sayed: It is a project and not a commercial item so I shouldn’t be that strict. All prgrammings need to be done with only two rotary encoders, controlled through a two row 16 character display. Torture…. Fortunately the operation of megadrum is well (online) documented, so it only took 2 months to programm a kit with reasonable dynamics instead of years 🙂 . But it was worth every second I spent with it. It is by far the fastest trigger to midi converter I have ever worked with. Fast in the sense of “I can’t notice any latency if I use appropriate audio hardware”. It supports nearly all features of “big” electronic drum systems such as cymbal choking, snare postional sensing, intermediate HiHat states, drum maps, several dynamic curves (for each drum), custom dynamic curves etc… . It has enough inputs even for a huge double bassdrum kit. It receives it’s power from USB. First time it is fun to play VST instruments with pads. I wouldn’t dare to put this particular megadrum device on stage, but if the electronics are embedded in a solid metal box, I would. For studio purposes it is already my first choice
Rainy day business
August 15th, 2010Some might remember the green kit I purchased on Ebay at the beginning of June. Basically the condition was ok: No major damages such as cracks or tears. The yellowed polycarbonate surfaces had been pasted over with an ugly rubber layer. Some screws were missing and the aluminium frames demanded some polishing.
the original Ebay picture taken by the seller
Polishing the rims with metal/chrome polish
Polishing the shell: once with acryl polish, once with polish for old car lacquers
After the new surface sticks tight to the plywood underground, the protection foil can be removed. Reflecting like a mirror!
Assembling all parts again
bassdrum pad waiting for the new surface. This is a bit tricky as this pad needs to be completely disassembled for a surface replacement. The XLR connector is the reason
The XLR connection must be removed and soldered again for surface replacement
Drowning the soldering points in hot glue (after testing…of course)
a brand new XLR connector
Bright and shiny again
Sunday afternoon in the garden
August 8th, 2010Sunday is supposed to be a family day. But what happens if none of the jobs get done during the week? 3 weeks ago I got 4 white Musicaid pads from my Simmons buddy Sibi to restore. Well, why not combine work and family life?
So here are some impressions of today’s day:
one of the old surfaces removed with the help of a hair dryer
the table on the terrace. Interesting: The shells are mounted to the plywood with rubber fittings, they are not screwed! First time I saw that.
a crack fixed with two component glue (and later with a layer of white lacquer…)
although there is still a tray for the speaker, this pad already features a piezo … but not in the center?!
polishing the new surface with plastic cleaner
Everything cleaned and assembled again.. Johanna drawing in her book.
not everybody is interested in what I am doing
Girls often don’t take me seriously 🙂
The Stepp guitar
August 5th, 2010The internet is full of coincidences. Watching the Kate Bush video “Experiment IV” I was already enthusiastic about the Simmons kit when I saw the guitar player’s synth guitar.
I was sure that I have seen this before and I was right! It was the “Stepp Guitar” synthesizer.
taken from Complete Simmons Drum Book
In the “Complete Simmons Drum Book” Bob Henrit writes about the “Stepp Guitar”:
“Over the last few years when I’ve been visiting either of the Simmons factories, I’ve frequently been confronted by a very futuristic guitar which has always been whisked out of sight the moment I’ve asked any questions about it. However, this bunch of hi-tech components has finally emerged as the ‘Stepp’ guitar, which now has only tenuous links with Simmons, to the sort of critical acclaim which greeted the original SDS.5 drum set. Being the go-ahead company that they are, Simmons have frequently carried out, via their ‘R and D’ department, feasibility studies on a number of percussion, and non-percussion-linked musical properties. They’ve not only looked into guitars, but also keyboards and the like.
Back in the early days at Abbey Mill, a chap called Steve Randall came along wit a sketch of a guitar on the back of a cigarette packet. This was his dream and he felt that Dave Simmons might well be able to help. They talked about the project and Dave experimented with an ARP 2600 and some pickups and applied what knowledge he had about voicing to get the equipment to produce guitar-like sound. From there he built prototypes, and then ran into so many problems that it became obvious very quickly that he’d either have to devote all of his time to the project, or none at all.
So, even though there were many times that the guitar could have been a total of Simmons venture, the board decided to pass on it in favour of drums. Steve Randall consequently took their joint work to a Cambridge consultant where it has resided ever since. Dave says that the formative ideas where mostly Steve’s, and post-Simmons he’d been searching for some time for very good brains, as well as a large amount of fonance to make the dream a reality. It has not, I understand been easy for him and has necessitated a great deal of stubborn determination to get this revolutionary guitar into the market-place. The guitar, with its inherent complicated technology, was beset by many problems which were unfortunately not solved overnight. Dave Simmons says that, had his company remained involved, they would not have had sufficient resources left to fight their other drum battles. Obviously it would have been a great coup to have Simmons hi-tech drums and guitars, but the company decided they had a big enough battle on their hands building the market for drums, let alone guitars.
Just like Simmons drums the ‘Stepp’ guitar is unique. It’s not a bastardisation of an acoustic instrument, and they haven’t simply mounted a pickup and endeavoured to pluck control signals from the strings. They’ve taken a sideways look at the whole soncept. In their philosophy they parallel Simmons who always maintained that if you’re going to do something different, then you might just as well go the whole hog.
From bitter experience Dave knows that there are going to be guitarists who critisise the ‘Stepp’ in the same way that drummers originally derided the SDS.5 drums. They’ll probably say why should they pay a great deal of money for an instrument which sounds something like the guitar they already own? the fact is, if they’ve managed to make it sound like a guitar and play like one, then they’ve more or less ‘cracked it’. It is relatively simple then to persuade it to sound like an organ, a trumpet or perhaps even a drum!
…
While we discussed the guitar, Dave admitted that some of the problems Simmons have had with their products have been of their own making; they were simply too complicated. He feels that they ran perhaps too far ahead of the general public. It’s frustrating for the company, but they can understand the public too. For ‘Stepp’ guitar to be successful the people behind it will have to realise this. The player will want to pick it up, plug it in and scintillate. Because of dummy strings he may have to modify his technique a little, but otherwise one would have thought all the lessons learned from marketing Simmons electronic drums, could be just as succinctly and valuably applied to the ‘Stepp’ guitar.”
(Steve Randall performing on his Stepp guitar)
Photo shooting (Part 2)
July 13th, 2010Part 2 of the great day in the photo atelier. Please note that these snapshots as well as the ones in my former post are only taken with my cheap 70 Euro camera. The high resolution pictures, taken by the actual photographer, will follow somewhere in the future. These will be definetely even much better.
These snapshots are supposed to replace some very old pictures on my site.
a dignified evening of life (part 2)
July 11th, 2010Some posts ago I reported about the rusty Musicaid SDSV frame SN#72. Today I had the opportunity to disassemble the device. While the outer chassis has obviously suffered from humidity, the internal cicuit boards look pretty good. All soldering joins seem to be ok. Only the socket of the fuse and the power LED need to be replaced. No big deal.
The SDSV: consisting of only a handful of electronic parts, not really rocket science, but somehow mean
this picture reminds me of my first car, a 1970 Volkswagen Bus T2 right after purchase
The rust and old lacquer has been sanded away
the sanded surface grounded with a special undercoat
some dead insect….
The next step will be to replace the fuse socket and power LED, then I will assemble all parts again for testing. Stay tuned