Driveshaft Flange Yoke 1410 Series

The Dana Spicer Driveshaft Flange Yoke 1410 Series is a precision-engineered drivetrain component designed for demanding off-road and heavy-duty vehicle applications. This 1410 series flange yoke features a 3.750-inch diameter and is constructed from solid steel, delivering the structural integrity required for high-torque power transmission and shock load absorption in severe service conditions.

The flange yoke's steel construction and natural finish provide robust corrosion resistance suitable for prolonged exposure to moisture and salt environments common in expeditionary and off-road recovery operations. Weighing 2.4 pounds with compact overall dimensions of 5.1 x 4.9 x 6.2 inches, this component integrates seamlessly into existing 1410 driveshaft assemblies. The Dana Spicer 1410 series specification ensures cross-compatibility with original equipment and aftermarket driveshaft systems engineered to this industry standard, making this yoke a direct replacement or upgrade option for technicians servicing four-wheel-drive trucks, SUVs, and specialized vehicles operating in extreme conditions.

This component is essential for vehicle owners and recovery specialists who require verified OEM-specification parts for driveline maintenance and restoration. The 1410 flange yoke supports high-angle articulation and repeated shock loads without premature wear or failure, making it the preferred choice for lifted trucks, rock crawlers, and commercial fleet vehicles that demand uncompromising reliability in transmission of engine torque to the wheels.

Dana Spicer is the original equipment supplier for driveshaft assemblies across the automotive and heavy-duty vehicle market, and this 1410 series yoke represents the engineering standard for mid-range torque applications. Whether sourced as a replacement component during routine maintenance or as part of a complete driveshaft upgrade, this flange yoke delivers the performance consistency and longevity that serious vehicle operators depend on when reliability cannot be compromised.