This 2018 Chevrolet Camaro 2SS convertible is a Hot Wheels Edition example that has 2,800 miles following time following time spent in Pennsylvania and California. The car is finished in Crush over Jet Black and orange leather and is powered by a 6.2-liter V8 paired with a 10-speed automatic transmission. Equipment includes a black convertible top, 20″ Hot Wheel Edition wheels, a Magnetic Ride Control suspension, rear Park Assist, heated and ventilated power-adjustable front seats, a Bose sound system, a head-up display, dual-zone automatic climate control, wireless charging, and MyLink touchscreen infotainment. This Camaro convertible is now offered on dealer consignment with a clean California title.
The car is finished in Crush (G16) with a Satin Graphite stripe and features a black convertible top, a Ground Effects Package, a rear spoiler, black bowtie emblems, Hot Wheels 50th Anniversary badging, rear Park Assist, and HID headlights. The Carfax report notes damage in an October 2024 entry.
Satin Graphite-finished 20″ Hot Wheel Edition wheels are mounted with Goodyear Eagle F1 tires. The car came equipped from the factory with a Magnetic Ride Control suspension. Stopping power is provided by ventilated Brembo front and performance rear discs.
The seating surfaces are trimmed in Jet Black and orange leather and are joined by orange stitching, seat belts, and knee bolsters. Amenities include Hot Wheels 50th Anniversary door sill plates, heated and ventilated power-adjustable front seats, a Bose sound system, a head-up display, keyless entry, dual-zone automatic climate control, cruise control, wireless charging, and MyLink touchscreen infotainment.
The suede-wrapped flat-bottom steering wheel features orange stitching and frames a 200-mph speedometer, a tachometer with a 6,500-rpm redline, and a configurable display. The digital odometer indicates 2,800 miles.
The 6.2-liter LT1 V8 was factory rated at 455 horsepower and 455 lb-ft of torque.
Power is sent to the rear wheels through a 10-speed automatic transmission.