Zumbrota Manual Transmission for Chevrolet Camaro SS with 6.2L Engine | RMT1120 | RANDYS Worldwide

Product Details

Zumbrota Drivetrain Manual Transmissions are rebuilt to the highest quality standards using a 3 step inspection process. Step 1 is a pre-inspection for case cracks, excessive wear, and OEM specific problems. Step 2 measures component parts to ensure OEM specifications are met. Step 3 ensures each unit is built to our exacting quality standards. Shaft straightness, gear wear & synchronizers are extensively tested to meet OEM specs. Seals are replaced and units are dyno-tested for operation, shiftability, and noise level. Unrivaled standards are set for unit precision and reliability at all critical touchpoints. Then an exclusive hydro-blast rinse & sandblasting procedure on internal and external parts, followed by proprietary shot-enticed deep cleaning, sets the standard for manual transmission remanufacturing.

Manual Transmission
With 6.2L Engine
Every unit is inspected to ensure accuracy and precise fitment
Experience, pride and expert craftmanship go into every unit
Industry leading remanufacturer for hundreds of light duty, medium duty & heavy duty products

Technical Notes

TR6060; 6L90M, Option Code M10, 3 Piece Aluminum Case, Integral Bell Housing, 3.01 Ratio First Gear, ID: TUET12030, 24264045, TUET10150, TUET10860, 92246731

Warranty Information

Warranty information unavailable

Compatible Make / Model

Chevrolet Camaro (2010-2011)

Specification

Brand	Zumbrota Drivetrain
Prop65 Warning	WARNING: This product can expose you to chemicals including arsenic, which is known to the State of California to cause cancer. For more information, go to www.P65Warnings.ca.gov.
Keywords	10,11,400-01120,400-1120,6.2L,CAMARO,GM,M/T,RMT,SS
Technical Notes	TR6060; 6L90M, Option Code M10, 3 Piece Aluminum Case, Integral Bell Housing, 3.01 Ratio First Gear, ID: TUET12030, 24264045, TUET10150, TUET10860, 92246731
UPC	883584500230
ProxyNumber	50023
Width	27.00 in
Length	42.00 in
Depth	26.00 in
Weight	150.0000 lb

FAQs

Depends on the axle type. Semi-float and C-clip-equipped axle shafts are measured from the end of the shaft to the outer edge of the mounting flange. Axles with yokes (front axle shafts) are measured from the center of the u-joint bore to the end of the splines. Full-float designs are measured from the spline ends to the front surface of the mounting flange.

Click here for a detailed schematic of how to properly measure axles.

A semi-float axle rides on an outer bearing, thus supporting the weight of the vehicle. In semi-float applications the wheel is bolted directly to the axle. A full-float axle is a housing type in which the axle does not carry the load of the vehicle and does not have the wheel bolt directly to it. Full-float axles bolt to a spindle, which ultimately drives the wheels. They can also be removed with the wheel still on the vehicle.

Get some great insider information from our “How to Identify Your Differential & Axle Type | Differential Tech Tips” video.

How to Identify Your Differential & Axle Type | Differential Tech Tips

We predominantly use five metal types; 4320, 4340, 8620, 9310, and 1541H.

4300-series is a nickel-chromium-molybdenum alloy, i.e. chromoly, that’s low in carbon content. 4320 is used for the internals in our line of Yukon Dura Grip LSDs. We use 4340 in the manufacturing of forged gears, pinion gears, high-performance axles, Super Joints, and more. 8620 is a low-nickel alloy steel generally used in the manufacture of forged camshafts, crankshafts, and fasteners. We use it in gears and cases. 9310 is an alloy steel with more nickel and chromium than 8620. 9310 can better endure high shock loads without failing and we use it in Spartan Lockers. 1541H is a high-grade carbon steel used in our replacement axles and u-joints, and similar products. A caveat here, heat-treating plays a definitive role in a given alloy’s hardness and other properties that impact their performance in automotive drivetrain applications. We use advanced heat-treating techniques to fine tune our alloys to their intended usage.