

The WG9717511005 Left Linkage Support is a precision-engineered structural component designed for HOWO truck chassis systems, proudly offered within the Howo/Sitrak truck parts portfolio. This advanced linkage support delivers exceptional load transfer, alignment precision, and long-term durability for critical chassis connection points on the left side. With the WG9717511005, you achieve enhanced structural integrity, reduced chassis stress, and improved vehicle stability. Its robust construction and precision engineering make it the definitive choice for fleet operators seeking maximum reliability and performance.
Manufactured from high-strength steel with advanced forming and heat treatment processes, this support withstands extreme loads, torsional stress, and harsh environmental conditions. Its optimized profile ensures proper load transfer and structural support at critical chassis linkage locations.
The WG9717511005 is engineered with optimized geometry and high-strength materials to provide exceptional load transfer and support at critical chassis linkage locations on the left side.
Independent testing confirms that this product exceeds OEM structural requirements, ensuring reliable performance in demanding heavy-duty applications.
Specifically designed for HOWO truck models, this bracket offers a precise fit with pre-drilled mounting holes. Its design ensures quick, hassle-free installation without the need for modifications.
The product comes with all necessary mounting hardware, reducing installation time and labor costs.
This component features a high-quality anti-corrosion coating that ensures reliable performance and long service life in harsh under-vehicle environments.
The robust construction of this support provides long-term reliability, ensuring consistent structural support throughout the vehicle’s operational life.
| Parameter | Specification |
|---|---|
| OEM Number | WG9717511005 |
| Product Name | Left Linkage Support |
| Brand | HOWO / Sitrak |
| Material | High-Strength Steel |
| Surface Finish | Zinc Plated + E-coat |
| Weight | 3.8 kg ± 0.2 kg |
| Yield Strength | ≥ 600 MPa |
| Application | Chassis linkage support on left side |
HOWO – A7, T7H, 77 series, 70 series, and all heavy-duty models.
Sitrak – C7H, C9H, and all off-road chassis variants.
This support plays a critical role in maintaining chassis rigidity and vehicle stability. Proper linkage support prevents excessive chassis flex, reduces component stress, and ensures consistent handling characteristics.
By using the authentic WG9717511005 support, maintenance teams ensure proper chassis connection that meets OEM specifications and withstands heavy-duty operation.
Investing in this component delivers significant cost savings through reduced structural fatigue, fewer alignment issues, and extended component life.
Fleet operators report up to 30% reduction in chassis-related repairs after standardizing on this solution.
The WG9717511005 is manufactured under ISO 9001:2015 and IATF 16949 certified processes, ensuring consistent quality.
All materials comply with global environmental regulations and safety requirements.
For optimal performance, install this support using the provided hardware and follow the recommended torque specifications (80–100 Nm) for the mounting bolts.
Periodically inspect the WG9717511005 for signs of corrosion, cracks, or deformation. Ensure all mounting bolts remain properly torqued.
Genuine OEM Quality – Engineered specifically for HOWO chassis systems.
Extended Service Life – Reliable performance for over 1,000,000 km.
The WG9717511005 Left Linkage Support is the definitive structural solution for HOWO and Sitrak owners who demand uncompromising strength, precision, and reliability.
With its robust construction, precision forming, and corrosion protection, this support ensures optimal chassis connection throughout the vehicle’s operational life. Choose this premium solution that sets a new standard in heavy-duty chassis engineering.
OEM WG9717511005 · HOWO Left Linkage Support · Engineered for Strength and Reliability.