2025 QUARTER-MAX BUILT '67 SHELBY MUSTANG ROLLER
Ready to own a serious piece of Pro Mod equipment? One of our customers has decided to sell this Quarter-Max 1967 Shelby Mustang roller, built just last year (2025) for a 4.9 Screw Hemi (also accepts a 4.8 bore space engine). This car has already proven itself on the big stage, competing in the Drag Illustrated Winter Series, and has only 75 passes since new. The car is 2135 lbs with no driver and no ballast. Currently the car has 130 lbs of ballast for a 200 lb driver. This is a roller, and it does not include Engine, Transmission, 3rd Member, Headers, or Bell Housing. Best of 3.55 at 212 MPH in the 1/8 mile, this Mustang is an excellent fit for PDRA Pro Boost, IHRA Pro Mod, Pro Mod, or RvW with small tires. Whether you're looking to jump into a competitive class or upgrade your current program, this is an opportunity you won't want to miss. 75 Passes Since New Best ET and Speed - 1/8 Mile: 3.55 @ 212 MPH This car would be perfect for classes like: PDRA Pro Boost IHRA Pro Mod Pro Mod Class RvW (with Small Tires) Chassis & Body: Year Built: 2025 Chassis Builder: Quarter-Max Model: 1967 Shelby Mustang Front Suspension: Kintetic Long Travel 4 Way w/ Air Rear Suspension: Kintetic 4 Way Front Brakes: Strange Carbon Rear Brakes: Strange Carbon Front Wheels: Weld V-Series Rear Wheels: Weld AlumaStar Beadlock Rear End: 11” & 10" Dual Pattern RJ Fabricated Driveshaft: PST Carbon With 1480 U Joints And Yoke For Turbo 400 Engine Management: FuelTech Data Logger: FT600 Ignition: FTSpark-8 Battery: Braille 16V Additional Parts: New Non-Tinted Window Kit, Quarter Max Misc Spares Items That Could Be Included w/ Additional Cost: Used 3 Run 11" 3rd Member w/ 5.29 Gear M&M 3 Spd Trans & Non Lockup Converter Used 4 Run Weld Double Bead Lock 16x18 Wheels Used Dynamic Racing Headers Zoomies For 4.9 Bore Space Hemi Photo Credit -- FuelTech USA & Fuelled-Up Motorsports Photography
Variants (1)
- Default Title — 300000.00 USD — In stock
How AI sees this product
The more complete this product's details, the more confidently AI assistants can understand and recommend it.