i’ve neglected you, and i am sorry
i’ve neglected you, and i am sorry
Motor Valley, Italy. The region encompassing Bologna and Modena that has birthed the likes of Ferrari, Lamborghini, Pagani, Ducati, Bugatti, and Maserati, and most recently CRP.
CRP is actually a group of 6 companies with long standing operations in precision machining, additive manufacturing, motorsport, and R&D. There is even an American branch – but more on that later. CRP joins the ranks of premium Italian motorsport OEMs with this :
The soon-to-be-released Energica electric sportbike . What really excites me about the Energica is that it is a real sportbike. There are some fantastic upright-sitting electric motorcycles now on the market – but it’s the crotchrocket formfactor that really gets me my jollies. Weight has yet to be specified, but the machine will host a 100kW electric motor and nearly 12kWh of battery. 😀 These are the kind of numbers I’ve been waiting for in an electric motorcycle; the CBR 600RR in my garage should be cowering in fear. The Energica’s 118 ft lb gob of torque, unscrupulously delivered by Mr. Heaviside, will definitely bring an EV Grin to many new faces. If you are able to go easy on the throttle, you should be able to get about 90 miles on a charge. From ’empty’ (0% SoC) the battery recharges in 3 hours over a level 2 AC connection, or 30min to 80% if you can find a fast DC charger. Before you say it – yes – the Energica will not [yet] be price competitive with current ICE bikes. It comes in at $22k , whereas a 600cc sportbike is about half that. Though its also worth mentioning that the Energica will integrate a laundry list of premium components from Brembo, Pirelli, Sachs, Marzocchi and others.
The tour began with a look at a few former racing machines from CRP’s participation in Moto2, 125cc MotoGP, and Formula 1.
After being greeted with a nice schwagbag, I was introduced to the company’s technical director, who happily led me through the machining building. I won’t claim to to have seen any great number of machine shops, but this place was pristine. Primarily producing F1 and other race components for top tier clients, they understandably have one hell of a collection of cutting edge CNC machinery.
Next I was shown the 3D printing side of the business. Prior to my arrival I had no idea of their involvement in this industry. CRP’s Windform is a line of roughly 7 different types of 3D printable carbon composite. The composite is strong and lightweight (though in slightly different ways than other carbon fiber products) and is printed with SLS (Selective Laser Sintering) machines. Extremely cool to watch. Here is a video that gives a good overview of the process:
Even more remarkable is the shapes this can produce, and the material properties that can be achieved. Quite literally, this can produce shapes that are impossible to make via traditional methods, and no support structures are required. Check out the internal fill structures in this LX sample:
Though it was the SP sample that really put my jaw on the floor:
3D printable compliance! Imagine the unconventional spring shapes that can be created – with spring, damping and other parameters governed by internal fill structures. Really too cool. Windform is also printed by CRP USA in North Carolina mostly for NASA and NASCAR.
In the electric motorcycle R&D facility I was shown the 3 eCRP motorcycles which were raced in the TTXGP series; taking a the 1st in 2010. The CRP’s electric racing program is now suspended as they are devoting efforts to the production machine. Clever of them to start with a racing program for R&D and brand building before moving to a production machine. A few other iconic Italian brands followed similar footsteps in their early days. At the time of my visit there were no completed Energica bikes present (off for ABS testing) , and the team was busy calibrating the powertrain on a dynamometer/usage simulation rig. Though I did get to see some nice looking prototypes of the trellis frame, 3D printed fairings, and a few other miscellaneous bits.
The Energica arm of CRP recently came under fire as they pushed their 2014 expected delivery date to 2015. The CTO and PR people I spoke with stressed that , despite being a new OEM, they fully intend to deliver a product that meets with Modena standards of quality and perfection. All previously reserved motorcycles are receiving an ABS upgrade at no additional cost; the 2014->2015 delay is mainly to adequately test and validate the ABS system. In Europe ABS will be required in all motorcycles sold as of 2016.
Prior to my visit I knew little about CRP beyond their TTXGP race entries and street machine prototypes. My visit to the headquarters revealed a fully fledged and multi-faceted engineering operation, with deep ties in performance vehicle industry. From what I saw, CRP really is a company with the chops to bring a fresh performance motorcycle to market. Personally, I wish them best of luck. Not because they will need it, not even because it is a family business with an extremely kind and enthusiastic staff, but because what they are doing is damn exciting and I can’t wait to ride one.
Spirited Robotics serving drinks under the Endeavor Space Shuttle at Yuri’s Night Los Angeles:
Video showing the new design:
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today I found out that Google Reader, one of my favorite google products, has been sentenced to /dev/null
I can only hope that this is because (like with GOOG411 and Google voice search) it will soon be replaced with something much much better, but I’m not holding my breath. looks like I’m in the market for a new rss manager. recommendations welcome.
Just picked up my first laser cut acrylic design! nothing too exciting – just a set of ellipse stencils [for much cheaper than you would find at an art store] made using ponoko/vectorealism. Even though this was dreadfully simple, it gave me a fresh reminder of that special feeling you only get by bringing a design into the physical. Its an addictive feeling.
In case you want a set of these stencils for yourself, you can purchase the finished set on Ponoko, or just download the design file for free here (it is creative commons licensed after all)
PS yeah i know , its been waay too long between updates.. remind me and i’ll come up with an excuse for that later
Recently got hold of blueprints from the house i grew up in. Figured i’d try my hand at modeling in sketchup.
The script constructs a rough 3d model for all the batteries described in the Google Spreadsheet:
https://docs.google.com/spreadsheet/ccc?key=0AtZJWDjB-E4xdDVETlFTOFNwUGswcjVFYkU4Wk85NUE#gid=0 (stored locally)
The purpose of this is to give people researching EV parts another tool to compare the approximate sizes of battery packs.
To use simply extract the contents of this folder to your Sketchup Plugins directory (generally something like C:\Program Files\Google\Google SketchUp 8\Plugins) and restart Sketchup. Click Plugins>Draw Batteries and the webdialog should appear.
~12 days ago i read this:
Friday parts were purchased, and Sat/Sun we took over another good friend’s [well equipped] garage for the build party.
Most of us also have regular (or semi regular) jobs to balance with this, so in the following week we had quite a few very late nights of coding, fabricating, mounting, testing and drinking! (had to test all the recipes of course)
At t-6hours we had it pretty much all together though there was still some coding to be done on the ride up to SF, and some of us were still recovering from rigorous testing the night before. We didn’t get to Parisoma until around 7, and did not have our robot entirely setup until after 8 when the venue had already become good and crowded. On the ride up a few pieces became bent/broken and had to be fudged back into place. Runs ended up making a royal mess and nailed our first customers with a dose of lime juice to the crotch.. counter to our engineering intuition, the ‘danger’ factor associated with our robot helped to make it all the more a crowd pleaser.
Shown above are the core team members (minus 1) and our Santa Barbot. I’ve gotta say, I really regard myself as fortunate to have such a slick bunch of engineers as friends. I think the fact that in ~1 week we went from idea to f****** awesome robot that takes a voice command (Siri) to make a Pan Galactic Gargle Blaster, speaks for itself. Cheers friends, I think we’d have done Douglas Adams proud.
Also seen on the Make Blog!
As I am now back in SoCal I’ve been doing a lot of thinking about how I’m going to eventually upgrade my motorcycle. What it needs most desperately is a lithium battery pack, charger, and BMS. First step is to get up to speed on whats available; this is what I came up with in my first bout of research. Also , because i have a fetish for visualization, i whipped up a quick sketch to create a series of “DDR Difficulty” graphs based on the 5 most relevant of these metrics: Specific Energy, Energy Density, Cost per Watt Hour, Continuous and Peak Discharge rates.
Conclusion: Turnigy Lipos pretty much clean up. I’ve also heard good things about Hyperion, though I have yet to find a supplier; so they are not in the spreadsheet. Very impressed with whats available now, compared to when i first did the conversion in ’09. I just need to figure out how to keep those RC batteries well balanced and make sure they don’t explode. you know, the details xD
Had a good time last night at the Tokyo Hackerspace giving a short talk on Electric Vehicle tech and how to convert a motorcycle. Slides can be downloaded here,
more about my conversion in the original post
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