Before I get into this, I want to mention that I have almost all of the receipts and information about the parts purchased for the motor, and some for other parts as well. I will provide all of that to the buyer.
I purchased this car while in High School back in 1998. It became a project for me and my father. First we removed the 350 that was in the car, and dropped in a 400 small block. It has 6-inch eagle rods with ARP rod bolts, Kieth Black Hyperutectic aluminum flat top pistons. We used Albert $ Childs chrome rings/zero gap rings. The heads are somewhat stock 2.02/1.60 heads with roller rockers, hardened push rods, and anti pump up lifters. Final compression ratio was 10.25/1. The rotating assembly was all balanced. Bottom end is very strong. I believe the block was also decked a bit, but I'm not 100% certain on that. We used a mild street cam from Comp Cams, lift is .510. I do have the cam spec card and can email a copy if interested. It also has Headman headers, an aluminum intake, and an Accel Blueprint Electronic distributor. The carb was nothing special, just some Holley 650 we had laying around the shop. We cooled it with an aluminum radiator, a makeshift oil cooler, and a 7 quart Moroso oil pan. I believe the motor has a lot of potential in the right hands, and doesn't have many miles on it.
The drivetrain includes a Powerglide rebuilt with a very aggressive manual valve body, transmission break, improved clutchs (and more of them) and a hardened input shaft (after we twisted the original in half). We also installed a stall converter from TCI, I believe the stall is around 3,000rpm or slightly less. It has heavy duty U-joints and a Ford rear end with posi-track. We also installed bucket seats in the front to make room for the Hurst shifter. The tranny break is operated with a button on top of the shifter. These old Novas had a Uni-body, so Competition Engineering chassis braces and leaf spring hangars were installed, which stiffened up the chassis and relocated the leaf spring mounts inward slightly. This allows for the use of a bigger tire/wheel if desired, although the wheel wells would need to be cut to go much bigger than 10 inches, but that is pretty easy.
To add a bit more about the History of the car, I am not sure how many owners it had before me, but the body/interior was definitely in a lot better condition back in 1998 than it is now. I went to away to college in 2001 and left the car with my father, who left it sitting in his front yard. He lives in Carlsbad, NM which is pretty dry desert. The nice paint job was literally sand blasted and the interior took it's share of the beating as well. My father is a High School teacher, and is also friends with the Auto shop teacher. Last year he let the auto shop teacher pick the car up, and the students did a lot of work on it. They removed the gas tank and cleaned it out, kitted the carb, and did some work on the front end. They replaced a lot of bushings and parts in the front end, and did a break job. They removed the steering wheel to install a new turn signal switch and didn't put the wheel back on straight, which is slightly annoying but only cosmetic. They also installed the rear end described above along with the Competition Engineering chassis braces and leaf spring hangars. After this, I decided to go rescue it from the desert. I live in Plano, TX so it was quite an exciting drive to say the least. I made it home, but I also learned a lot about the current condition of the car along the way.
The best thing about this car is probably the motor. As I said above, it runs strong and has a lot of potential given the right tuning. It would become a real monster with a better set of heads/intake/carb. The mileage on the car itself is not correct, as it was reset when the motor was rebuilt. Even though that was 16 years ago, the motor only has about 5000 miles on it. The worst thing about the car is that it does need a lot of work and cleaning up, granted a lot of it is small/easy things. Imagine what happens to a car sitting in the desert for that long. The trim around the windows needs replacing, that kind of stuff. There is a short somewhere, likely something simple, which requires the battery to be unhooked when parking the car for long periods. Also, I believe the transmission is due for a rebuild soon. We were a bit naive when installing such an aggressive manual valve body. It was likely a little to strong for daily street use. It has started to wear on the clutches. This has only become noticeable in the last few days. It's not bad yet and will remain driveable for some time. The only time there is slippage is when under power and shifting, so it's easily maintained at the moment. If you are an interested buyer and planning to race or drive it a lot, it will need a rebuild soon. There's no sugar coating that. As for the rest of the car, the body is in pretty good shape considering what it has been through, there's a few small cancer spots low on the doors but very easy to fix. I am limited with the pictures that I can post here, but I will email any picture you desire. Just request it and I will send within 12 hours (likely less).
Chevrolet Nova for Sale
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Auto blog
Fri, 22 Mar 2013
When it comes to technology used in racecars, we generally expect it to trickle down to production cars, not the other way around. Well, Pratt & Miller has developed a new rear-facing radar that operates in a similar fashion to what we're used to in modern blind spot detection systems, only it is also capable of tracking cars as they approach and relaying vital information to the driver via a large display screen.
The innovative radar system debuted at last weekend's 12 Hours of Sebring for Corvette Racing, and this system makes perfect sense for endurance races like this since the cars sometimes have to drive through the night and in poor weather conditions.
The radar can detect cars even with poor visibility, and uses easy-to-distinguish symbols for the driver to identify.
Thu, Dec 7 2017
It's been generally accepted that the next generation of full-size GM trucks will use some sort of strong, lightweight material for the beds while retaining steel for the cab. While aluminum seems like the most obvious choice, according to Automotive News, the Chevy Silverado and GMC Sierra will incorporate both aluminum and carbon fiber in their beds. The publication cites sources from within GM, though it seems the introduction of this comparatively exotic material mix is still a few years off. While carbon fiber is both stronger and lighter than steel and aluminum, it takes significantly more time and money to produce, essentially relegating the material to small-volume cars. The main benefit for trucks is the resulting reduction in weight to improve fuel economy without sacrificing the tough, rugged capabilities truck buyers expect. The Ford F-150 made the switch to aluminum for the 2015 model year and it's proved highly successful. It seemed like it was only a matter of time before the competition followed suit. Automotive News says that the next-gen trucks will launch with aluminum beds and that it will take a couple of years before we'll see any carbon fiber incorporated into the design. Even then, only look for the composite material on higher-trim models, with a trickle down to lower-spec trucks possible further in the future. In 2011, GM announced it was working with Japan-based Teijin Limited on a carbon fiber reinforced thermoplastic. There's a good chance that material's introduction will be on trucks. Related Video: News Source: Automotive News Plants/Manufacturing Rumormill Chevrolet GM GMC Truck
Fri, Aug 14 2015
A group of French fans is asking for a jolt of support from General Motors to get the 2016 Chevrolet Volt across the pond. The Association Amperistes et Amis des Vehicules Rechargeables is running a Change.org petition that currently has 383 signatures out of a goal of 500. While the attempt is admirable, it's probably going to take a lot more than several hundred people for the model to make a return to the continent after the poor showing of the Opel Ampera – first-gen Volt's European cousin. The group's major argument for bringing a version of the second-gen Volt to Europe is that consumers need "an intermediate choice between expensive or range-limited pure electric cars and plug-in hybrids with a miserable electric range." Furthermore, such a vehicle would prod the competition to produce similarly efficient electrified models. They also lavish praise on the abilities of the Ampera for its long EV driving range. The supporters aren't entirely kind to GM in the petition, though, and claim the company excluded the original car from marketing efforts there. The Ampera actually enjoyed a strong European launch with more orders than initially expected and briefly topped the best-sellers list among EVs there. It was even named 2012 European Car of the Year. Those halcyon days didn't last long, and by 2014 sales fell off to a trickle. The waning reception caused GM's decision not to introduce a version of the new 2016 Volt there or in Australia. Related Video: