A1806140 - Acme 1970 Plymouth AAR Cuda Ivy Green Metallic with Black Stripes and Green Interior Limited Edition to 576 p

• Brand new 1/18 scale diecast car model of 1970 Plymouth AAR Cuda Ivy Green Metallic with Black Stripes and Green Interior Limited Edition to 576 pieces Worldwide die cast model car by ACME.
• Brand new box.
• Real rubber tires.
• Steerable wheels.
• True-to-scale detail.
• Has detailed chassis.
• Officially licensed product.
• Wired and plumbed engine.
• Has opening hood, doors and trunk.
• Manufacturer's original unopened packaging.
• Made of diecast metal with some plastic parts.
• Detailed interior, exterior, engine compartment.
• Dimensions approximately L-10.5, W-4, H-3 inches.
• The 1970 AAR 'Cuda was a very rare machine. It was made only for the 1970 model year, with a total production of 2,724. The car's namesake was the AAR (All American Racers) Plymouth Barracudas that were campaigned by famed racer Dan Gurney's team in the SCCA-sanctioned Trans-Am series. This Plymouth AAR Cuda sports a gorgeous Ivy Green paint with the strobe stripes down the side and a beautiful green interior! Under the hood a fully detailed 340 engine with dual exhaust sending power to the Rallye wheels and tires and so much more!!

The Acme 1970 Plymouth AAR Cuda diecast model, part number A1806140, is a collectible item designed for enthusiasts and collectors of automotive memorabilia. This 1/18 scale replica features an Ivy Green Metallic finish with Black Stripes and a Green Interior, accurately representing the original vehicle. It is a limited edition product, with only 576 pieces available worldwide. This model serves as a display piece for those interested in classic American muscle cars, specifically the 1970 Plymouth AAR Cuda. It provides a detailed physical representation of the vehicle for historical appreciation or collection purposes, rather than being a functional IT hardware component. This item is suitable for businesses or individuals curating automotive-themed displays or expanding a collection of scale models.