Description
Quick Time Bellhousing RM-6056 SFI 6.1
Fits: Ford 390/427FE to Ford T5, TKO500/600
Built from high-grade steel – Work hardens to over 80,000 PSI strength. Over 2 times the strength of any other steel bellhousing.
QuickTime has set a new standard for steel bell-housings.
Do not be fooled by others claiming parallelism and concentrically; the QuickTime bell-housings are the most accurate bell-housing available due to our unique manufacturing processes.
The QuickTime cone is spun not rolled or stamped. This allows the QuickTime bell-housing to be the most dimensionally stable on the market. Less drive-train wear increased horsepower.
When it comes to quality performance products, ‘QuickTime’ has you covered.
Features
- Whatever engine or transmission you have – hard-to-find and even one-of-a-kind applications are a reality with Quick Time
- Twice the strength of other steel bellhousings, with pinpoint dimensional accuracy and stability that obsoletes lesser models made from rolled or stamped steel
- The engine and transmission always stay in alignment through the entire rpm range, eliminating accelerated drivetrain wear caused by bellhousing flex
- Patent Pending on 16 points of Bellhousing Design & Process
- Design input from OEM, Engine Builders, Transmission Builders, Racers, and the Hobbyist
- Quick Time Bellhousings are the most accurate bellhousings available due to our unique manufacturing process
- 100% built in the USA
Certification | 6.1 SFI |
Clutch Operation | Mechanical/Cable/Hydraulic |
Engine | Ford 352/360/390/427/428 & 410 Mercury |
Flywheel | 184 Tooth |
Make | Ford |
SFI Certified | 6.1 |
Trans. Bore Diameter | 4.850″ /4.910″ |
Transmission | T5 Mustang |
TKO 500/600 Ford | |
TR3550 | |
Weight | 24lbs. |
Quick Time, the undisputed leader in bellhousing technology, was founded by former race car driver Ross McCombs.
Born from a need for stronger bellhousings to withstand the rigors of dirt track racing, McCombs began making his own and the rest is history.
Reviews
There are no reviews yet.