Find or Sell Used Cars, Trucks, and SUVs in USA

Nova, Project Car, No Rust, 2 Door Hardtop, on 2040-cars

US $3,500.00
Year:1966 Mileage:150000
Location:

Kalispell, Montana, United States

Kalispell, Montana, United States
Body Type:2 dr hardtop
Vehicle Title:Rebuilt, Rebuildable & Reconstructed
Engine:454 ci Chevy big block, Edelbrock Performer RPM
Year: 1966
Drive Type: automatic TH 350
Make: Chevrolet
Mileage: 150,000
Model: Nova
Trim: chrome trim in good condition, no rust
Condition: UsedA vehicle is considered used if it has been registered and issued a title. Used vehicles have had at least one previous owner. The condition of the exterior, interior and engine can vary depending on the vehicle's history. See the seller's listing for full details and description of any imperfections.Seller Notes:"no rust, full roll cage, grill, bumpers, headlights and taillights, frame narrowed in rear, 454 Big Block Chevy with Edelbrock Performer RPM cam and intake manifold, Heads ported and cleaned up with larger valves(2.19 intake, 1.88 exhaust)"

This is a great project 66 Nova with no rust and many parts in solid condition. It has a full roll cage and the frame is narrowed in the rear. The 454 Chevy Big Block has Edelbrock Performer RPM intake and cam with heads reworked and larger valves(2.19 intakes and 1.88 exhaust). The engine was run for approximately 3 years in my 1979 GMC 1/2 ton pickup.

Auto Services in Montana

Precision Automotive, Inc. ★★★★★

Auto Repair & Service, Brake Repair, Automotive Tune Up Service
Address: 138 Moore Ln, Huntley
Phone: (406) 248-2838

Kingstowne Auto Inc ★★★★★

Auto Repair & Service, Used Car Dealers
Address: 7001A Manchester Blvd, Yellowtail
Phone: (703) 719-7606

Kimbles Complete Automotive ★★★★★

Auto Repair & Service, Auto Oil & Lube, Truck Service & Repair
Address: 7925 Old Branch Ave, Yellowtail
Phone: (888) 203-1704

Best Rate Towing & Repair ★★★★★

Auto Repair & Service, Auto Transmission, Mufflers & Exhaust Systems
Address: Martinsdale
Phone: (406) 551-4881

Yellowstone Auto Repair & Fabrication ★★★★

Auto Repair & Service, Automobile Customizing, Towing
Address: Savage
Phone: (866) 595-6470

St Charles Auto Upholstery ★★★★

Automobile Parts & Supplies, Automobile Seat Covers, Tops & Upholstery, Automobile Customizing
Address: 13 Irongate Dr # A, Yellowtail
Phone: (866) 595-6470

Auto blog

Chevy EN-V 2.0 coming to Tianjin Eco-City in China

Fri, Jun 20 2014

Chevrolet is bringing its EN-V 2.0 to the Sino-Singapore Tianjin Eco-City in China to show off the "Electric Networked-Vehicle" and demonstrate sustainable urban mobility. The small, two-seat EV concept is an updated version of the original EN-V, a vision of getting around in a future world where space is at a premium and clean air is a priority. So what better place to showcase the evolved EN-V than at the Tianjin Eco-City? The Eco-City is being developed as a planned urban space with eco-consciousness built in. The joint venture between China and Singapore offers an alternative to country living and smog-filled cities. Tianjin Eco-City, slated to be completed by 2020, will be able to offer 350,000 inhabitants clean air and water, renewable energy, green transportation and living spaces and, if all goes as planned, jobs for 50 percent of the residents. Currently, only about three square kilometers of the planned 30 square kilometers have been built, with only about 6,000 permanent residents, but there's still time. The EN-V 2.0, as the "Networked" part of its name suggests, not only features mobile internet, but can communicate with other cars around it. Along with GPS and built-in sensors, this connection between vehicles allows the car to drive autonomously (at least in theory - again, there's still time). This is ideal in an urban environment where congestion can be a major issue. The EN-V 2.0 improves upon the original concept with climate control, storage space and all-weather capability, which also make life more bearable and daily commuting possible. We first saw renderings of the updated vehicle in 2012. The Chevrolet EN-V 2.0 will be used in the Eco-City's National Animation Industry Park and Eco-Business Park of the course of the two-week demonstration. Read on below for more in the press release from GM. GM to Demonstrate Chevrolet EN-V 2.0 in Tianjin Eco-City SHANGHAI – General Motors today announced that it will begin demonstrating the Chevrolet EN-V 2.0 (Electric Networked-Vehicle) in the Sino-Singapore Tianjin Eco-City this week, signaling the company's learning and progress in sustainable urban mobility. The demonstration will help GM further understand consumers' usage of low-speed transportation tools for their daily commute. During the two-week demonstration period, the EN-V 2.0s will be used in the National Animation Industry Park and Eco-Business Park inside the Sino-Singapore Tianjin Eco-City.

Race Recap: Rolex 24 at Daytona was fast and feisty

Mon, Jan 26 2015

Let the record show that victory at the 2015 Rolex 24 at Daytona went to the No. 02 Chip Ganassi Racing with Felix Sabates Target/Ford EcoBoost Riley DP driven by Verizon IndyCar drivers Scott Dixon and Tony Kanaan and NASCAR drivers Jamie McMurray and Kyle Larson. The winner did 740 laps to cover 2,634.3 miles in 24 hours and 57.667 seconds. That's a statement to this year's pace in spite of 18 cautions, two more than last year: the Michael Shank Racing Ligier got pole with a time of 1:39.194, slower than last year's pole time of 1:38.270; however, the winning car last year only did 695 laps. The fight for top honors was shaved to a four-car battle over the first third of the event. The No. 02 Ganassi car took the lead on the first lap, swapping it well into the night with the No. 01 Ganassi car, the No. 10 Wayne Taylor Racing Corvette DP, and the defending champion No. 5 Action Express Corvette DP, all of them staying within about 20 seconds of one another. The Action Express car had a fuel connector come loose and lost three laps getting towed back to the pits to have it reattached, but was back in the lead 18 hours in. The No. 01 Ganassi car dropped out with recurring clutch problems 22 hours in, retiring not long after. A race-within-the-race is where the concluding action happened, a seven minute, 30-second dash from the end of the last caution to the checkered flag. During the penultimate pit stops with an hour to go, Dixon was in second place followed Jordan Taylor in the Wayne Taylor Racing DP into the pits but beat him out, taking the lead. The Action Express car was in third. In the last pit stops of the race, Dixon gained even more time, getting a four-second advantage over Taylor. Then a full-course caution came out twenty minutes before the finish when a Prototype Challenge car hit the wall and caught fire, bunching up the field. That closed the pits, but the Wayne Taylor Racing car had to pit during that yellow because of a miscalculation of driver time. No driver can be behind the wheel for more than four hours in a six-hour period but Jordan Taylor was going to go over, so he came in to swap out for brother Ricky. That cost the team any chance of second place, since they took an additional drive-through penalty for entering closed pits. When the track went green again, Sebastien Bourdais in the Action Express car stayed all over Dixon for the final five laps but couldn't get around him.

Watch how Corvette Racing's new collision-avoidance radar system works

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.