5% Instant Rebate Off Of Purchase Price
Assembled with the same accuracy as the Super Speedway Floater, the lighter overall package of the Mod Lite Floater makes it ideal for cars weighing up to 3100 lbs. Built for its optimum performance, reliability, and economy, the Mod Lite is the most versatile rear that we’ve made.
Short Track • IMCA
- Brand new housing stampings
- 3-inch .188″ wall 1020 DOM Tubing
- Available with lightweight, strong chrome-moly tubes — .120″wall option
- Solid premium alloy steel axles (can be substituted with gundrilled axles)
- Forged 4140, heat treated, steel hubs — Aluminum hubs also available
- Steel rotor adapters for 8 x 7″ bolt circle rotors — Aluminum also available
- Snouts are 4140 heat treated steel, heli-arc welded into position
- 7075T6 Aluminum drive plates standard
- Steel (8620) heat treated drive plates also available
- Bolt circles available from 4-1/2″ to 5″ (1/2″ or 5/8″ studs)
- Total weight with optional features: about 76 lbs!
Floater Measurements and Ordering Information
|9″ FORD FLOATER MEASUREMENTS — All in Inches|
|HUB STYLE||A||C||G||H||J||K||LEFT AXLE||RIGHT AXLE|
|Mod Lite / Mini Stock||60.00||26.937||3.062||**||**||28.250||32.500|
|**Call for tube length|
When ordering a rear end, please specify the “Track Width” (A on drawing). This is measured from hub face to hub face (wheel mounting surface). This dimension is the actual width of the rear end and does not allow for brake hats or wheel spacers. DO NOT order using “Tread Width” because wheel offsets and back spacing varies too much to be accurate. The exception to this is “NASCAR Cup” cars (example: 60” Tread = 58” Track)
The standard location for the pinion is centered between the hub faces, an equal distance from each side. If any pinion offset is desired, please call out the distance and direction by adding and/or subtracting the desired amount from/to the left and right side of the rear end.
Example: A 60″ rear end with the pinion moved 2″ to the left (driver’s side) would be called out: 60″-2L +2R. This will cause a 4″ difference in the length of the two parts, which would normally be the same.
Caution: If only one dimension is called out, the track (width) of the rear end will change by that amount. For example, a rear end ordered as 60″-2L will end up 58″ hub face to hub face. In this example, the left side is the same as a 56″ and the right side is the same as a 60″.
The standard location for mounts is with the pinion centered between them. Mounts installed on a rear end with the pinion offset will also have the mounts offset the same amount. If you want the mounts centered to the hub faces on an offset rear end, it must be ordered specifically that way.
HOW TO MEASURE HUB OFFSETS
1. Place the hub on a flat work surface with the backside facing up.
2. Place the inner bearing in the hub race making sure it is seated.
3. Place a straight edge across the back of the hub and measure the distance from the bearing to the straight edge. This is “X”.
4. Now measure the distance from the wheel-mounting surface of the hub or drive plate to the same edge of the straight edge. This is “Y”.
5. Subtract “X” from “Y” to determine hub offset.