Ford Dana 35 TTB Hybrid front axle compared to a full Dana 35 TTB, showing differential and axle differences.

Curious about the mid-1990s Dana 35 TTB Hybrid in Ford Rangers? Here’s everything you need to know.

Summary: The Ford Dana 35 TTB Hybrid, used in 1993-1997 Ford Rangers, combines a Dana 35 TTB front axle beam with Dana 28 TTB differential internals. While the outer axle shafts, brakes, and hubs match a standard Dana 35 TTB, the hybrid uses smaller 6.625″ Dana 28 gears, a smooth carrier housing, and 23-spline axle shafts. It can be identified by the front fill plug inspection, BOM part numbers, and its slightly shorter driveshaft. This unique design makes it stronger than a Dana 28 but not as robust as a full Dana 35 TTB.

Quick Answer: The Ford Dana 35 TTB Hybrid (1993-1997 Ranger) is a mix of a Dana 35 axle beam with Dana 28 TTB differential internals. This unique hybrid axle keeps the outer shafts and brakes of a Dana 35 TTB but uses smaller 6.625″ Dana 28 TTB gears inside. It’s easy to identify through the front fill plug or the axle’s BOM label, and differs in spline count, housing design, and driveshaft length from a true Dana 35.

Introduction

From 1993-1997 Ford used a Dana 35 ‘Hybrid’ in the Ford Ranger that was essentially a Dana 35 TTB with a Dana 28 TTB differential. You may see it listed under parts as a Dana 28, even though the Dana 28 wasn’t offered after 1989. This article explains and discusses that axle.

Dana 35 Hybrid TTB

From 1983-1989, The Ford Ranger 4×4 (and 1984-1989 Ford Bronco II 4×4) came equipped with a Dana 28 TTB (Twin Traction Beam) front axle. In 1990 ford introduced the more powerful 4.0L V6 and replaced the Dana 28 TTB with a stronger Dana 35 TTB.

For reasons unknown, the Dana 28 differential and gears found their way back into the following vehicles:

  • 1993-1997 Ford Ranger 3.0L Automatic
  • 1993-1997 Ford Ranger 2.3L

What’s Different on a Dana 35/28 Hybrid:

  • The axle shafts taper down to 23-splines versus the Dana 35 27-splines
  • The carrier housing has is smaller and is smooth on the bottom versus the Dana 35 case that has ribs for support
  • The carrier and gears are the 6.625″ diameter Dana 28 gears and not the 7.56″ Dana 35 gears and carrier
  • The Dana 35/28 Hybrid axle uses a castle nut instead of a pinch bolt to hold the camber bush in place.

What’s the same as the Dana 35:

  • Everything from the outer stub axle shaft out to the locking hubs as well as the brakes is the same as the Dana 35 TTB

Dana 35/28 hybrid exploded parts view

Smaller Internals:

In the photo below you can see that the differential and gear set is noticeably smaller in the Dana 35 TTB Hybrid:

Dana 35 / 28 Hybrid vs Dana 35 comparison photo

Smooth Housing:

Here you can see the Dana 35 TTB has ribs on the bottom for added strength whereas the Dana 35 is smooth:

Photo of Dana 35 ribbed housing vs Dana 35 hybrid smooth housing

Visual Inspection Through Fill Plug Hole:

The easiest way to check to see if your Dana 35, has Dana 28 “Guts”, is to pull the fill plug out from the front. If you can see the main cap (left), you have the Dana 28 guts (Sorry!).  If you can see the end of the carrier (right), you have “The Real Thing”.  If you look at the photos below of the internals, you’ll see an orange dot. This marks the location of what you will see through the “Plug”.

View through fill plug hole reference photo

These ‘Hybrid’ axles use the Dana 35 TTB axle beam and the u-joints and outer stub shafts at the wheels are the same as a Dana 35 TTB, but carrier housing is different

BOM (Build Of Material) Numbers:

There is a manufacturers label on the back side of the (passenger) right axle beam that lists the Dana PN (BOM), Year Manufactured, and gear ratio. If it has one of the Part No listed below, it’s a Dana 35 Hybrid.

  • 610418 FORD 28 FRONT 1993-94 1/2 RANGER
  • 610484 FORD 28 FRONT 1995-97 1/2 RANGER ABS
  • 610653 FORD 28 FRONT 1997 RANGER NON ABS

Dana 35 hybrid axle tag sticker identification

The number that followed the DANA PN (in this case 6) corresponds to the gear ratio as well. See the chart below.

Dana 35 Hybrid bill of materials (BOM) table

For even more information check out the complete Dana Spicer 1978-1998 Axle Guide.

Axle Shaft Differences:

The axle shafts in the image below are not to scale to one another, but they do show the differences between the shafts. These are the shafts on the driver’s side of the differential.

Dana 28 TTB (23-Spline): You can see that this axle shaft has a smaller yoke for a smaller u-joint than the other axles.

Dana 35/28 Hybrid (23-Spline): Here you can see that this shaft has a larger yoke for a larger u-joint but tapers down at the end to 23-splines to engage with the smaller Dana 28 differential.

Dana 35 (27-Spline): This uses a larger u-joint than a Dana 28 and doesn’t taper down as small as the Dana 28 since it’s a larger 27-spline count versus the Dana 28 23-spline.

Dana 28, Dana 35, and Dana 35 Hybrid axle shaft comparisons

Driveshaft Difference:

Since the Dana 35 Hybrid housing is smaller and doesn’t sit as far from the axle beam as a true Dana 35 housing, the front driveshaft is 1-1/2 inches longer than a normal Ford Ranger front driveshaft.

Axle Shaft Dimensions:

Dana 35 / 28 Hybrid left hand shaft

Dana 35 / 28 Hybrid shaft and slip yoke assembly

Dana 35 TTB right hand shaft assembly

The right-hand shaft assembly is the same assembly used on a Dana 35. The Dana 35/28 Hybrid shaft & slip yoke assembly makes the conversion from the differential to the right-hand shaft assembly.

Can I Upgrade My Dana 28 With Dana 35 Hybrid Axle Shafts:

No. Although the Dana 35 23-spline hybrid shafts would fit your differential, the true Dana 35 portion of the axle assembly has different dimensions and is larger than the Dana 28 axle shafts and won’t fit. The Dana 35 axle yoke is larger than the Dana 28 axle and won’t fit through the steering knuckle.

A ‘Real’ Dana 35:

Here’s front and rear photo of an actual Dana 35 TTB differential.

Dana 35 differential

Dana 35 housing

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Ford Ranger 4×4 Front Axles 1983-1997

 

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Jim Oaks is the founder of The Ranger Station, one of the longest-running Ford Ranger enthusiast communities on the web. He has spent over three decades owning, modifying, repairing, and driving Ford Rangers on the street, trail, and cross-country routes.

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