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Turbo--race-tuned 250whp--performance Inspired Racecar Scca, Autox on 2040-cars

US $3,000.00
Year:1988 Mileage:100000
Location:

Poquoson, Virginia, United States

Poquoson, Virginia, United States
Advertising:

For Sale: Tuned black 1988 Mazda Rx7 GXL

Motor: Atkins Rotary rebuilt 6-port 13b with < 800mi, custom port matched 4-port intake manifolds (upper and lower). Full compression. 

All modification have <100mi: Haltech e6k, LT-1 custom-mounted TPS sensor, custom air and fuel sensors, staged fuel injection - 460/850cc injecters, begi fuelpressure regulator, edlebrock 255 fuel pump, t4 turbo, 45mm HKS wastegate, custom downpipe/ SS exhaust manifold, turbosmart BOV, custom V-mount air-air intercooler, custom welded piping, Koyo aluminum radiator, dual alternator pulley, short-throw shifter, clutch<100mi, Full Jap spec Bomex Body kit (1year backorder), re-amemiea side view mirrors, Koni 5 way adjustable shocks, drilled/slotted brake rotors, new brake pads, 4pt. roll cage (not welded in), voltec 18"x8''/18x9", good tires. 

MRD out of Portsmouth tuned this car to 250 whp at 5lbs of boost, capable of 10-14psi. Hits full boost around 2500rpm.

Interior has no carpet and only the driver's seat. Comes with Optima Red top battery that needs to be charged/changed. Aux gauges were stolen while at MRD (FP, coolant temp, oil temp, Boost, EGT). Coolant buzzer constantly runs. 

The car starts up and idles fine. The car drives fine. But because the coolant temperature sensor is not connected and the vmount intercooler hole is not cut out of the hood I cannot recommend driving the car long distance or daily until these issues are addressed. 

Clean title, I've owned this car since 2002, chasis has about 100,000mi. 

I love this car, I wanted a fast daily driver, but its a fast racecar! I dont have time or space to play with it anymore. *Not a daily driver--car is fast and loud, this would make a great wacky-wednesday, drift or SCCA project.*

I will demonstrate that the car starts and runs, car is sold as is and the buyer is responsible for moving it.

Auto Services in Virginia

Wright Motors ★★★★★

Auto Repair & Service, New Car Dealers
Address: 901 E Laburnum Ave, University-Of-Richmond
Phone: (804) 477-6228

Warren James Auto Body & Towng ★★★★★

Automobile Body Repairing & Painting
Address: 6077 Rockfish Gap Tpke, Batesville
Phone: (434) 823-4261

VITRO Glass and Window Repair ★★★★★

Automobile Parts & Supplies, Glass-Auto, Plate, Window, Etc, Windows
Address: Arlington
Phone: (703) 944-2451

Valley Collision Repair Inc ★★★★★

Auto Repair & Service, Automobile Body Repairing & Painting, Automobile Restoration-Antique & Classic
Address: 23101 Old Valley Pike, Elkton
Phone: (540) 459-2005

Valley Collision Repair Inc ★★★★★

Auto Repair & Service, Automobile Body Repairing & Painting, Automobile Restoration-Antique & Classic
Address: 23101 Old Valley Pike, Washington
Phone: (540) 459-2005

Tyson`s Ford ★★★★★

New Car Dealers, Used Car Dealers
Address: 8201 Leesburg Pike, Greenway
Phone: (703) 448-0100

Auto blog

Watch what happens inside a rotary engine

Thu, Mar 15 2018

Since it looks like Mazda may very well revive the Wankel rotary engine as a range extender for electric cars, there's no better time to become reacquainted with the quirky internal-combustion engine. And there's hardly a better way to become reacquainted than by peering into a running rotary engine, which you can do with the video above. The video comes to us from the YouTube channel Warped Perception. The channel has already shown what happens inside a conventional internal-combustion piston engine by putting a clear cylinder head on top of a flathead engine. This new video shows off the rotary engine by adding a clear side to a tiny model-airplane engine, something that we weren't aware existed and are glad to know about now. Despite the tiny size, the engine is functionally almost exactly like the bigger versions you'll find in Mazdas from about 1967 to 2012. It has intake and exhaust ports on the edges of the rotor housing, and the triangular rotor swings about in a peanut-shaped housing. For maximum effect, jump to right around the 7:40 timestamp. This is the point at which a bit of acetylene is added to the air-fuel mix for a brighter flame. It's at this point that you can really see when the mixture combusts and how the pressure of the flame pushes the rotor to produce rotational motion. Each stage of the video does slow things down to make everything as clear as possible. Even if you already knew how rotary engines worked, it's still fascinating to watch, first because it's something you don't get to see usually, and also because of the engine's elegant simplicity. Related Video: Image Credit: YouTube / Warped Perception Weird Car News Mazda Technology Videos rotary rotary engine

Junkyard Gem: 1986 Mazda 323 DX Hatchback

Sat, Mar 14 2020

Mazda built generation after generation of the Familia, starting with the Giugiaro-styled machines of the 1960s. The first Familia that sold well in North America was called the GLC (for "Great Little Car"), and it began life as a rear-wheel-drive cousin to the RX-7 before the Familia went to a front-wheel-drive platform for the 1981 model year. The GLC name stuck around these parts through 1985 — and I've documented a few discarded examples of these now-rare machines during my junkyard travels — before getting the 323 name starting in the 1986 model year. It's no sweat to find 1990s 323s in junkyards, but I've been scouring the car graveyards of the land for the elusive early 323 and, finally, found this moss-encrusted '86 in a San Francisco Bay Area yard. BMW popularized the lower-case-i nomenclature for fuel-injected cars with the first 3-Series back in the 1977 model year, and Mazda wasted no time making "1.6i" badges to tout the futuristic technology under the hood of their low-priced econo-commuter a decade later. At a time when most Civics had carburetors (and the notorious "Map of the Universe" diagram to untangle the underhood vacuum lines), the electronically fuel-injected engine in this car was a major selling point indeed. It wouldn't be many more years before the wretched Subaru Justy was the final carbureted Japanese car available in America, but this 1.6-liter B6 four-cylinder (which evolved into the engine that, flipped 90 degrees, powered the early Miatas) was high-tech stuff for a cheap car in 1986. Just 84 horsepower, but they were clean and reliable horses. In the middle 1980s, the common perception in North America was that you had to buy a Honda or Toyota if you wanted an affordable car that could make it to 200,000 miles. This 323 held together just as well as most Tercels or Civics from 1986. Of course, I've seen a junkyard RX-7 with 393,854 miles, so you just never know. When you see lots of moss and lichens on a car in a Northern California junkyard, you know it spent years — maybe decades — languishing in a shady outdoor spot. Perhaps this car racked up 20,000 miles per year slogging through a harrowing Lodi-to-Sausalito commute, then got parked and forgotten in 1996. We'll never know. With the optional automatic transmission — nearly every early 323 I've seen had the 5-speed manual — this car wouldn't have been much fun to drive. Point A to Point B would have been fine, though.

NHTSA urges owners of recalled Takata airbag vehicles to take immediate action

Mon, 20 Oct 2014

The National Highway Traffic Safety Administration and the Department of Transportation are taking the unusual step of issuing a followup press release urging owners of certain recalled vehicles "to act immediately" to fix their cars and trucks. The problem in question concerns the repair campaigns for rupturing Takata airbag inflators issued in June and covers a long list of models from Toyota, Lexus, Honda, Acura, Mazda, BMW, Nissan, Infiniti, Buick, Cadillac, Chevrolet, GMC, Oldsmobile and Pontiac.
While NHSTA doesn't specifically say why the recall is vital in the new release, Toyota's own explanation in its newly announced renotification campaign earlier today sheds some new light on the topic. According to the Japanese automaker, in testing, Takata found a possible link between the rupturing airbag inflators and high humidity. NHTSA is advocating that all owners pursue repairs immediately if they haven't already done so already. This is especially crucial for those drivers especially in Florida, Puerto Rico, Guam, Saipan, American Samoa, Virgin Islands and Hawaii because of the humid conditions there.
We don't need to tell you how dangerous an inadvertent airbag deployment could be - even in a stationary vehicle - but adding to the Takata issue is fears that the deployment could lead to shrapnel being sprayed into the cabin.