Darren was running a good average of 1.55 for his stint, then had to pit for some odd engine behavior but ended not being anything, and later on got black flagged for not watching for the yellows.
John took over after Darren’s time was done, and unfortunately was stuck on a number of yellow flag laps. Under green he was able to post a 1.53 best lap time but then banged the front right bumped of our car into the side of a BMW as it turned into John in a corner (someone got pictures and hopefully we will get those to post). Not long after that incident the car was not behaving (just a coincidence) and forced yet another pit stop in which we discovered the fan/alternator belt was gone. After that pit the car just did not have any power and we called the car done.
So in the end we had an amazing run, the car ran like a beast, so much better than before, and we were able to complete at least 10 hours of racing. Team Nemesis will fix things up and be back on track for the next race.
Darren was running a good average of 1.55 for his stint, then had to pit for some odd engine behavior but ended not being anything, and later on got black flagged for not watching for the yellows.
From the start if the race Benson (driver #1) moved us up from 48th place to 37th place. Then Doug (driver #2) moved us up to 26th place during his two hour stint. Brandon (driver #3) ran the fastest laps for the team so far to 15th place with 1:47 minute laps times around the 2.78 mile track.
But after an hour of Brandon’s blazing times we lost oil pressure and had to pot early to check the engine. Ended up that one of the oil lines to the oil cooler developed a leak. So with quick thinking we by passed the cooler, added oil and sent Darren (driver #4) out on track. So far so good, with the engine that is, but the bad news is that we dropped back to 26th place.
We will see during this hour how much time Darren can make up, and with the car running faster and handling better than ever we should be back in the running again.
The moment of truth, after having torn the car apart will it not only run around the track but run lots of laps and run better than before??
Early Saturday morning we did some easy laps around the track and of course first impressions were not great, nothing bad, just not great. Car ran rough, some electrical items were not right, ugh.
We ticketed with the car some and put it back out on track. As the day went on the car started to come into it’s own, running better than before. SUCCESS!
So hopes were big for Sunday, as we were not let down. We made some alignment adjustments and fixed a couple more electrical items and off onto the track we went. The car ran like a beast, clocking a 2 minute 6 second lap time on the long course. That was very quick considering we were running old used tires with warped rotors and cheap brake pads. MAJOR SUCCESS!!!
Here are a few pics and a great video, enjoy.
A huge inspiration to us in going the extra distance and completely re-doing the entire electrical system in the car from the absolute ground up came from a website we found while researching for a simple relay and terminal block to handle the few switches we needed to wire in. Once we saw the incredible work being done by this company
we knew we had to do a complete gut of the electrical system, removing all the relays blocks, fuse blocks, and terminals to build our own relay/fuse board.
So we would like to thank Tony Candela of CE Auto Electrical Supply for his inspiration and for the countless hours he consulted with us in putting together the right wiring parts and cables.
Here is how our electrical control board turned out;
If you have an electrical project for your car, we highly recommend
Below originally written by Darren Darby, December 7 through December 30, 2010
The last few weeks have been spent focusing on getting weight out the car. We first turned our attention to the dash, removing it, the A/C blower, heater core and a metric ton of sound deadening.
We plan on putting part of the dash back in to give us a good place to mount gauges, control switches, etc. It will be cut down to about 1/2 the stock size. We also plan to utilize the defrost vent and the heater blower to keep the windshield clear during any possible rain events and to move air around in the cockpit during summer races.
After the dash, we went after all the sound deadening on the floor. Learning from the experience of others, we used about 15lbs of dry ice and went at it with a couple of pairs of Harbor Freight gloves, a small sledge hammer and a few scrapers. Benson did most of this work with the help of Ed and Mickey Rushing.
The weight loss from the floor product was about 30lbs alone.
Next, the car is off to Chris Carver Motorsports to have the cage re-done. Once it is returned from CCM, we will work on getting the interior back together and focus mainly on all the safety equipment and ensuring she will pass safety tech inspection.
Spent Sunday, December 19th at Chris Carver Motorsports helping with the cage. Looks like the cage is a complete re-do. Chris has plasma cut the old cage out and Benson worked on grinding down the remaining studs so Chris can install a safe and legal cage.
Part of the cage removed
Benson working on the cage (note that safety is first!!)
Below originally written by Benson Young on January 1, 2011
I cleaned up the holes in the metal a bit to get rid of all the sharp edges and get the fit a little better. Looks great, so I went ahead and prepped the hood for paint. I had to remove the number 85 in vinyl but couldn’t find my heat gun. A propane torch proved just as affective. A sanding wheel on a drill scuffed up the OEM paint, which was in terrible shape. I tried to smooth out some of the rock chips a bit, but decided it wasn’t worth spending too much time with because my method of painting probably wouldn’t make it worthwhile. My main concern was getting a good bite on the paint because I know I’ll have to change our vinyl numbers from time to time, and I don’t want the vinyl to pick up large swatches of paint.
After much thought, we settled on using canned enamel paint with a roller. Canned paint is much cheaper than spray cans, but doesn’t look nearly as good. However, in Lemons, you can look TOO good, so hit the hood with a household paint roller. A can of Rustoleum is $9 and should cover the whole car once thinned to the recommended 2:1, but aerosol paint is $3/can and we’d need a dozen. Vinyl work will be minimal, mainly the big numbers and the smaller artwork. The large areas of red, white, and blue will be rolled on (we will mask for the red and blue areas).
I decided to wait until getting the base white paint down before attaching the vents. I wanted to seal up the cut metal with some paint before I couldn’t reach those areas when the vents are in place. A tube of silicone adhesive will bond the vents in place, while the threaded parts of the vents will be secured with nuts and leftover hood sheetmetal bent into retainers.
So, painting with a roller looked horrible. Calling it “orange peel” would be an understatement. This was more like “cellulite”. Bubbles were rampant, but after a while they popped and the surface somewhat smoothed out. Getting the right paint consistency was very difficult: I think I need to thin out the paint a lot more. Regardless, the hood has a lumpy coat that will probably need some smoothing out with sandpaper before applying the blue.
I have a love-hate relationship with Rustoleum. It takes forever to dry: after 9 hours it’s still tacky and I won’t be able to sand until tomorrow at the earliest. It also tends to have compatibility problems with other paints. I often get wrinkling and tiny bubbles that push through days later, even if I carefully fog the underlying paint. The solvents in Rustoleum is very strong, and putting it over Duplicolor or Krylon can get you a big, useless mess. On bare material, it seems great, and I haven’t seen any wrinkling yet on the OEM hood paint (still too early though). It also takes a day to dry before you can handle it, and many days to cure. Krylon goes on MUCH faster and smoother with no incompatibility, and it’s workable in less than an hour.
The pros of Rustoleum are that it’s *much* more durable than Krylon. Whatever hot solvents are in Rustoleum work well because they work deep and cure slowly. The end result is a much longer lasting finish, but it’s much more difficult to handle. Time is a big factor here too: we only have 6 weekends before the race, and waiting a day or two between handling will undoubtedly slow our project schedule. Slow drying time also limits how much cutting/sanding/grinding we can do nearby.
Below originally written by Benson Young, January 1 through January 29, 2011
Big update. We spent a couple weekends over at Chris Carver Motorsport, helping out with the cage. His fabrication and welding skills are incredible, and we learned a lot just giving him a hand.
Rear downtubes were completely replaced because the original ones had bends in them, which isn’t allowed. Carver put in some new tubes going down to L-shaped spreader plates that both connected the shock towers and rear floorpan.
Carver also flipped the main hoop’s diagonal to protect the driver instead of a non-existant passenger.
Boxed spreader plates were created to provide ample load surface while making full 360* welding easier.
Carver fabbed up new NASCAR-style door bars to provide more safety for us.
We put the stock dash bar back in because it was an easy way to hold up the existing steering column and dash components. Carver tied them into the cage, so now the unibody’s firewall is braced to the cage.
Meanwhile, back at home I finished painting the hood, though rather poorly. The cold weather wasn’t making it easy: paint wasn’t curing well, bondo didn’t set, and even masking tape wouldn’t stick during the 20*F evenings.
The front bumper came out a lot better, but it’s still awful up close.
also cut up the dash. It doesn’t weigh much at all, but I cut it to provide easy access to the extra gauges and electrical, but will provide a way to hold up the stock instrument panel. The center console will get simple plates to put things in easy reach of the driver, without putting a lot of weight back in the car. A cutting wheel on an angle grinder cut the plastic easily.
The January 15-16 weekend was a big build push. Brett hauled the 240 from Chris Carver Motorsport to Darren’s, where Doug, Robert, and myself joined in.
I brought in my cut up dash and installed it. As it turned out, things were a bit crowded with our taller drivers, so I cut the lower sections of the instrument panel out. That cleared another 4 inches of knee room and made entry-exit easier. We also removed the turn-signal/headlight switch, because it was just going to get snagged and broken off. We didn’t have headlights or turn signals anyway. We’ll install manual switches to control those when we get closer to night events, which should be around August 2011. I left the wiper stalk because we are keeping them installed. Since driver information aids are not part of the $500 budget according to Lemons rules, we added a few gauges to help keep tabs on the car’s health. We haven’t hooked them up yet, but the panels have been cut and fitted to them. Oil pressure, Oil temp, and Water temp. A redundant kill switch is on the center console. The panels will be painted flat black after we are a bit closer to finishing.
The seat proved to be a big problem. We wanted to use a slider to make the seat adjustable for the range of drivers. Doug is like 6-foot-15 or so, and I’m asian. We swapped the aluminum seat for an old Corbeau that Darren had (Lemons rules allows safety equipment outside the $500 budget, and that includes the seat). I ordered a double-locking slider assembly, but when we installed it, the entire seat was too high.
We kicked around a few ideas, and decided to mount the sliders directly to the floor. Problem is, there is a lateral rail in the cabin in the way, and a lumpy floor from the catalytic converter. That problem was solved with an angle grinder, a blow torch, and big hammer. Unfortunately, it didn’t make for a very smooth floor. Brett and I put the seat in a couple hundred times while trying to hammer it smooth. We got the seat in, but the sliders were binding. I came up with a solution with some beefy 2×2 angle irons.
drilled them to matched the sliders, so I’d have a perfect template to punch holes in the floor. I bolted the angle irons above and below the floor pan, and used a monster impact gun (I call her “Vera”) to flatten out the metal. I broke a couple bolts, but it did flatten the floor. After some tweaking, we got full range from the slider, and dropped the seat bottom a full 4 inches from when we started.
Wheels are in. New Rota RB’s in 15×8+14 for 4×114.3. The RB is a modern, cheap imitation of the vintage Panasports and Minilites.
The wheel was based on tire selection. We tossed around a lot of different options, and went with the Dunlop Direzza Star Spec in 205/50-15. The tire is a favorite in Lemons for being grippy and still reasonably durable. They aren’t expensive in this size, and we had to have a tire with 190 treadwear or higher. We threw out taller and heavier tires (16″+) because of cost, weight, and height. The 205/50-15 is a full 1.5 inches shorter than the stock size, so we’d get a good 3/4″ drop from the tires alone. We’d also be able to find Spec Miata RA1 take-offs easily, for track days and Solo.
The 8″ wheel is very wide for a 205, but that is quite intentional. There isn’t a 225mm wide Star Spec, but we’d put down more of the 205 tread with the 8″ wheel than the same tire on a 6″ or even 7″. We will also have a nice rounded tire shoulder, which will make the car more progressive. Being easier to drive is more important to us than outright grip. We have a lot of drivers with various levels of experience, so we wanted the car to be predictable. Rota RB’s aren’t light, but they are dirt cheap. Using the +14 offset meant the wheel actually had the same inner clearance as the OEM wheel, while sticking out a couple more inches towards the fenders. With a drop and fender roll, we’d have no problems clearing it because of the short diameter and rounded profile.
I couldn’t find gold ones in this size, so we masked them and threw on some gold paint, to look more like the classic Panasports that Bob Sharp ran back in the day.
We realized that taking oil temperature and pressure is a whole lot easier with a sandwich plate. I figured this was out of the Lemons budget, but after regrouping from a failed install, Darren discovered sandwich plates were only $8 on eBay. An oil filter sandwich plate is a hunk of metal that goes in between the oil filter and engine block. It intercepts the oil going into and out of the oil filter. You can hook up an oil cooler to the pre-drilled holes this way, or use it as a source for oil to an aftermarket turbo. They also feature pre-drilled ports to attach sensors, like the Oil Temperature and Oil Pressure sending units we had. This greatly simplified our gauge install, and we’re categorizing this under the Lemons allowance for “driver information”, where gauges, radios, mirrors, etc were not under the $500 general build budget. However, if the judges don’t agree, we can claim the $8 outright anyway.
We needed a source of 12V power for the gauges. A voltmeter is a critical instrument for this kind of job. Testing various orphaned wires in the cabin, we were able to find several sources of switched 12v power.
We also overestimated how much battery cable we had, so wound up making a couple trips to the auto parts store to get enough cable for our particular setup. After doing a lot of research, I found that getting a good kill switch could reduce alternator failures, which are quite common in Lemon races. Besides being under great strain and heat, alternators in Lemons cars also tend to be rather ancient. Our alternator is of unknown vintage and didn’t have any room in the budget for a replacement. Instead, we tackled what could be a common source of alternator damage in race cars: the kill switch itself.
There are quite a few threads on this in the Lemons forums, but the gist is that killing a running engine by interrupting battery power might not stop the alternator, which can continue to create electricity. That electricity has nowhere to go, and will eventually drain out through diodes in the alternator. Repeated use of the kill switch could shorten the alternator’s life (using the key to stop the engine doesn’t do this, because the battery is always connected and grounded). I found a really nice kill switch from Pegasus that, upon disconnecting the battery, would open a path (via extra wires and ceramic resistor) to the car’s ground, thus saving stress on the alternator. It also interrupts the ignition circuit, providing a safe, reliable kill for the engine. Maybe this is excessive, but the kill switch was a safety item (unrestricted budget) and because of how frequent Lemons racers eat their alternators, we thought this was an easy way to increase reliability without impacting the $500 Lemons budget. We also wanted to mount two switches, one on the hood near the driver (Lemons recommended) and another in the cabin on the center console (Chump Car recommended). Wiring the positive battery cable in series required more cable than we expected, and with six electrical connections on the switch, it’s much more complex than a simple battery cutoff. Good planning, poor execution, more lessons learned.
First, don’t bother with a soldering gun. There’s too much copper to heat up: you need a propane torch. The solder will melt before you can even get it into the cable, so just turn the lug upside down and heat it from the outside. You can put it into a vice or hold them with pliers for this. Put solder directly into the lug and let it melt: use a lot.
You can do this in the car as well, by putting the torch on the ground and holding the lug with pliers in one hand and the solder in the other. Once you have the lug filled with liquid solder, take it over to the can and jam the cable down into it.
If you need deeper solder penetration, you can invert the lug (pointed up) while it’s still on the cable, and apply some heat to the lug. Gravity will help wick the solder into the cable. Be wary of where solder drips.
We got it all working but there’s some things we want to improve. In particular, the movement of the hood made routing the cable tricky. We will revisit it once we get a few other things done.
So, right now, the car runs. The only critical things left to do in order to pass tech are padding the roll cage, attaching a rear tow hook, put numbers on the car and attach the transponder. Of course, there’s a million other things left to do, but that’s all the critical things left.
We started working on the car on 9 weekends ago, and the car was getting the cage done over three of those weekends. Even though we started from a existing race car, most of it had to be redone, and we have no doubt we’d be even further along if we started with a complete, stock car. During that time, we never worked on the car indoors, never put it on a lift, nor used anything other than simple hand and power tools. Labor-wise, we hand some help from friends, but total there is about 200 man-hours invested (excluding the cage). So, it can be done.
We have about half the white paint on. It looks great at a distance, but not so good up close. Darren will spray more during the week.
Meanwhile, we took the tape off the Rotas and mocked it up on the car. We didn’t grab a pic, but it’s perfect for our vintage look.
Next weekend is our last big build before running the car at the local autocross. Some old Azenis will go on the Rotas for abuse, as we are saving the Dunlops for the Feb 26th race.
It looks great in the photos, but standing close, it looks like crap. There are runs, overspray of every color, wrinkles, drips, and obviously signs of hurried work by amateurs. Unskilled amateurs.
The left side doesn’t match the right: the Canon art doesn’t fit as well. Not worth repainting for.
I still have to paint the roof and blue stripe on the rear quarter panel. That won’t happen for a few weeks: we’ve got a lot of local events happening.
Still the car definitely has the likeness of the old Bob Sharp livery.
We still have a ton of little things to do. There are 4 weeks until the race, and we will only be able to work on the car on two of those weekends.
While Benson and I were instructing at the school, Doug Narby pulled the exhaust and wrapped the section directly below the driver. 240s are infamous for making heat there and we want to maximize driver comfort. We also installed a new 5-point cam-lock harness and test fitted suited drivers from the two extremes of our team. Doug (the tallest) and Robert (the skinniest) both fit without issue thanks to the seat slider previously installed.
Each driver took runs on the Solo Novice course to “shake” the car down. A few small issues showed up, but nothing show stopping and nothing major. The next two weeks will involve knocking out the punch list and preparing our spares for the trip to Houston.
From these pictures, you can better see the peeling paint and the overall crap can it is. Still, from 60ft at 60MPH, she looks AWESOME.
A short video is attached.
My life as a vinyl cutter has been transformed by this little gizmo:
It’s a fingertip holder for a standard xacto blade, and it’s so cool that I don’t know why someone didn’t think of it before. It makes working with vinyl much more comfortable, and cutting the tape on the car was a breeze. Yes, I cut stuff directly on the car. It’s a Lemons car.
I removed the side marker lights too. They are getting covered with vinyl. Nothing fancy here.
The battery cable routing hasn’t been ideal. Too much binding, too much routing. I bought some junction blocks from Fastronix. These have greatly simplified out kill switch setup.
Mounting the kill switch to the hood hasn’t been smooth. Using the junction blocks will greatly reduce the amount of binding we have.
I also wanted to replace the seat mounting hardware. “Class 8” bolts from Autozone are not the same as “Grade 8” bolts from Home Depot.
More updates as this weekend progresses.
Roll bar padding went on. I used a mix of SFI-rated foam padding and single-sided high density. The foam’s open area is off-center, which is nice because we can direct the padding towards the driver.
I’ve found that an electric knife makes this job a breeze. You can make amazingly precise cuts. It’s actually kinda fun. I used the softer foam for areas the softer parts of the driver can contact: arms and legs.
The single-sided padding is much higher density. I put in the halo, where the driver’s helmet rests. The hard helmet needs more resistance, in my opinion.
Cutting reliefs into the single-sided stuff makes it easier to bend, and therefore stay in place.
I cleaned up the battery cable wiring, and put in retainers to keep it from moving around and possibly chaffing.
The kill switch got an extra loop to provide some flexibility. The junction blocks made this a lot easier. I used a more flexible cable for the short segments to the hood. Rotating the switch 90* also put the posts in better spots.
I also painted the roof blue and the stripe. The paint doesn’t stick to the aluminum roof panel at all.
Below originally written by Darren Darby, February 20, 2011
The last weekend of work is behind us. Benson, Robert, and Darren went over the car with a fine-toothed comb, checking and re-checking everything we could think of. We also finished up the radio install, tested it with Robert’s helmet, installed the remainder of the vinyl, went through the tech checklist and got everything ready. Lastly we cleaned the glass in and out. She is now on the trailer and ready for her trip to Houston!!!!
Wish us luck.
Originally written by Benson Young, December 7, 2010
So, after Darren Darby completed his first Lemons at Circuit Grand Bayou, and Benson Young completed his 7th Lemons race, they decided to form their own Lemons Team.
Darren wass an avid autocrosser with one of the best prepared CSP Miatas in the country, and was been totally bitten by road racing, or at least Lemons racing. Driving with TWSS Racing, he finished 3rd on laps at 2010 Laissez les Crapheaps Roulez. The 24 Hours of Lemons is actually 14-16 hours of racing in the daylight only, but this was a true 24 hour event from 3pm Saturday to 3pm Sunday on Circuit Grand Bayou’s 1.8 road course. The only other night Lemons was at Nelson Ledges, The Lamest Day, but that was a lit track. The addition of vehicle lighting and some rather poor judgment paved the way for a full 24 hour race at an unlit track. Darren’s first and only stint was in the dark, and it got him hooked enough to do something stupid, like build an endurance racer.
Laissez les Crapheaps 2010 was Benson’s seventh Lemons race, all with the very well prepared Race Hard Race Ugly Team. They’ve fielded two BMW E30s since mid 2009, and have been pretty successful. The #97 car has had two overall wins on laps along with a second place finish, while the #94 car (which I’ve been driving) has taken 2nd, 5th, 6th and at Laissez, we managed to get the overall win. The RHRU Team is absolutely amazing in organization, execution, and driving talent, and Benson was more than lucky to share a seat on that team.
So for 2011, Darren they will attempt to build and compete in a car of their own. There were a few initial goals set, in order of importance:
1. Have fun: this is the most important part of the build, and probably the one we will forget the most. Throughout the experience, we will need to remind each other why we sunk so much time/money/work into such a stupid project.
2. Learn how to build a road racer. Even though Lemons and Chump Car are low budget builds, we will still need to do a lot of safety items. There’s a million details in prepping a race car and we want to learn more about it. We’d also learn a few fabrication skills along the way, and polish up a few driving skills while we are at it. And, we’d get to use power tools.
3. Finish respectably. Everyone wants to win, but few will. We’d love to take home some trophies, but our goal is to just finish respectably in anything we enter. Finishing in the upper quarter of the field will be considered respectable and successful.
4. Compete in multiple disciplines. Lemons and Chump Car are our primary goals for low-budget endurance road racing, but we won’t be limited to that. We’ll also do the occasional Solo, Drift, and run it on track days. Other low buck events like the Grassroots Motorsport Challenge might also get on the dance card, though we’d probably be pretty outclassed there. It might see a few races in the Gulf Coast Race Series at Circuit Grand Bayou as well. If we can, we might also try to get into SCCA Club Racing, NASA events (maybe even enduros). I also think it’d be a hoot to show up to something ridiculous like the GRM Open Track Challenge and not DFL against considerably more expensive machinery.
5. Demonstrate that racing can be affordable given an strictly average amount of mechanical skill and driving talent. Good planning, research, and wise time management can make the task much easier, and we’ll document the entire experience here on Autoxforum as a way for others to get into motorsports (not just Lemons). The documenting could serve to inspire someone else to pick up a wrench and get racing. Or more likely, it will be a cautionary tale of people who used to be friends and had money before it all started.
The primary focus with team prep is to make the driver and car as reliable as possible within the budget, then worry about speed later. Road racing enduros are usually won by clean drivers who don’t break down, as opposed to the fastest cars. We can keep the driver comfortable without going into the budget (Lemons classes a lot of that as safety), and set up the car to be easy to drive quickly. Reliability is a major challenge on this budget, but it’s possible to get some reliability with good prep work (which is free).
In choosing a team name, we wanted to keep the whole thing light-hearted but still serious enough to avoid looking silly on roster at Thunderhill (unlikely we’d ever get to that level, but we’re just thinking ahead). After kicking around a few ideas based on the theme, we took inspiration from a well-known YouTube video of a track day. The in-car camera records a Porsche driver chasing down a Mustang around a road course, and the driver gets a bit carried away. It’s a classic example of the taking something too seriously (yelling) in a silly way (deep dramatic voice) while racing someone (quite serious) and still have fun, while sharing it virally along the way. In other words, it’s exactly what we are. So, that’s the inspiration of Team Nemesis.
We also knew that we’d eventually get bored with this race car and move on, so we didn’t want to tied the team name to anything make/model specific, nor lock down the team roster. Team Nemesis was sufficiently vague but still silly at the same time.
While Lemons is the primary outlet for the car, we’d keep an eye on the rule for Chump Car, Gulf Coast Racing Series, and the GRM Challenge. If possible, we’d keep the car legal for multiple rule sets.
The car we’re starting with came Darren’s way by Chris Carver of Chris Carver Motorsport. It’s a 1993 Nissan 240SX that competed previously at Can’t Git Bayou 2010.
The car had a pretty lame excuse for a theme (colored tape), and didn’t do particularly well. It lost a tire which tore up a fender, and eventually retired from overheating. The overheating was so bad that the head warped to the point that valve cover wouldn’t go back on. The below pics were found on a Lemons photo site.
Carver acquired the car from the owner when the costs to redo the cage and repair the head/motor exceeded what the team wanted to invest. Darren picked up the car for $350 sight unseen, plus the cost of a new custom cage from CCM. The new cage would keep us safe and be able to pass tech at SCCA, NASA, etc. Many of the safety items weren’t included in the sale, because we were planning on replacing them anyway. They included the seat, harness, window net, and wheels/tires.
We bought a used long block off craiglist to replace the overheated motor. It smokes a bit, but at $200 the price was right. That pushes the Lemons Budget to $550, but we have a car that has a lot of sellable items on it.
The car was at Laissez les Crapheaps 2010, but the cage didn’t pass tech (despite doing so earlier in the year). Darren and I both had rides on other teams, and Carver was trying to rent it out before it flunked. The car did come in handy for parts on Team TWSS’ 240SX, which ate a wheel bearing.
We will apply for a residual value with Lemons, so we know how much we can spend outside of the safety items and theme. Neither Darren nor I know a whole lot about the 240SX, but it’s a common vehicle at the autocross/drift events we host at Delta Region SCCA. Hopefully, we’d be learning a thing or two about these popular cars.
Originally, Darren and I talked about an E30 build, based on a theme of the classic E30 M3 DTM cars. The works teams had an amazing white with cyan/red/purple stripes paint job that became a classic symbol of BMW livery. We both love classic liveries, so we casually looked for an E30 on craiglist. We knew we couldn’t get an M3 for that price, but any 325e or 325is would be suitable.
While Lemons judges like themes, we thought we could push a few buttons with their well-known weakness for vintage racing livery. The idea was to get through BS Tech with minimal penalty but still have a car that wouldn’t look embarrassing on the grid at SCCA or NASA. Team LRE was a bit of an inspiration here: their classic BRE-spoof livery on their 240Z hasn’t drawn the wrath of Judges nor competitors, despite being pretty reliable and hands down fast. They are a great team and their car is just beautiful. Hopefully, we can hit the judges in the same soft spot without resorting to covering the car in fur or mannequins. Nothing wrong with that, mind you, but we’d like to be able to pass NASA’s 60/60 rule without modification (car must look decent at 60 feet away at 60mph).
After much delibaration and discussion, we settled on the other classic Datsun livery, from Bob Sharp Racing.
These cars are very dear to me, because I had several toys carrying Bob Sharp’s colors when I was a kid. One that really stood out was a Tyco slot car that I played with for countless hours. It was the first sports racing car I got attached too, and the classic Bob Sharp livery just works for me. While Bob Sharp wasn’t as well known as the Pete Brock’s cars, they were still very successful in IMSA and SCCA racing. Legendary actor Paul Newman drove for Bob Sharp on many occasions.
The current plan is to paint the car white with rattle cans, then apply the blue and red with vinyl. We debating whether or not to make the old sponsor decals into spoofs, but finally decided to keep them authentic. Generally, good paint and vinyl can attract attention at BS Tech, but we were just hobbyists using spray cans and left over vinyl from another project. I own a vinyl cutter and do a little freelance work on the side, and I already have enough red and blue to get the job done. The blue isn’t an ideal shade, but it was close enough for our car, and it was already paid for. Even though decorations are not part of the $500 Lemons budget limit, saving a few dollars always helps.
Wheels and tires aren’t part of $500 cap, and we wanted to get some of that classic vintage look, so the current plan is to use something like the Rota RB in a low offset, with gold centers like Bob Sharp used.