Technical

TAC-6 is a versatile and robust military vehicle that has been extensively engineered and tested for various purposes and environments.
 
Click on the red dots below to learn more about the TAC-6 vehicle.

6×6 Chassis Design

Tac 6 Chassis Design 2

Through exceptional engineering and careful consideration, the TAC-6 6×6 chassis design achieves the perfect balance between strength, load-carrying capacity, and flexibility.

Axle Housings

Tac6 Axle Housings 2

The TAC6 axle housing features a proven full-floating side shaft setup. This design allows for the easy removal of side shafts in the event of damage, enabling swift repairs and minimizing downtime.

Bead Lock Wheels

Tac6 Bead Lock Wheels 3

With an impressive rim rating of 1,655 kg per wheel, the bead lock wheels are built to handle the demands of heavy loads while staying well within the total GVM.

Braking System

Tac6 braking system 2

The TAC-6’s braking power surpasses all expectations within its vehicle class. Whether hauling heavy loads or maneuvering through challenging terrains, the TAC-6’s braking system delivers unrivalled stopping power.

Drive Train

heavy duty drive train 1

At the core of the TAC-6 drive train are the drive shafts, constructed using off-the-shelf, heavy-duty DANA components.

Flotation and Stability

Tac6 Flotation and Stability 1

Recognizing the limitations of the factory cross member, prone to breaking in harsh off-road towing conditions, the new chassis features a boxed high-strength steel rear cross member rendering tow failures a thing of the past.

Suspension

tac6 suspenssion

We understand the importance of adaptability and reliability in demanding operational environments.

Transfer Case

Transfer Case 2

Designed to seamlessly transition between 6×2 and 6×6 configurations, this transfer case employs internal synchro’s for smooth engagement, allowing the platform to effortlessly adapt to any environment with ease and reliability.

Transmission

advanced cooling system Tac6

The ZF 8HP90 automatic gearbox rises above all others when unyielding performance and reliability are required.