Browse CEW Defense component families by category, from tracked mobility systems to turret, hull, and tooling parts.
View All ProductsFour controlled stages take every component from drawing to delivery, with documentation and traceability throughout.
View All ProductsChenab Engineering operates a fully equipped materials lab with state-of-the-art analysis equipment for cast metals and cast metal matrix composites. Our team employs rigorous testing protocols to minimize casting defects and maximize structural performance - from Gray Iron to high-alloy defence-grade steels.
Engineering innovation from concept to casting.
Every project begins with a detailed study of customer-supplied drawings or reference samples. Our engineering team converts 2D technical drawings into full 3D CAD models, enabling thorough analysis before any physical production begins. We carry this 3D data forward through pattern production and all the way through to final mold design.
Our design team produces optimised patterns and core boxes using modern engineering techniques, ensuring dimensional accuracy and repeatability across every production run. Pattern design is tightly integrated with simulation data to guarantee casting yield and consistent quality.
For components where original drawings are unavailable or obsolete, we offer complete reverse engineering services. Using precision measurement and metrology, our team accurately reproduces legacy parts for defense platforms including Tank Al-Khalid hull components, T-Series track assemblies, and undercarriage parts across a wide range of armoured vehicles.
We have invested in advanced solidification simulation software that enables high-speed computational analysis of casting geometry. It predicts solidification behavior and detects shrinkage, porosity, and thermal risks before molding begins. By resolving issues early, we prevent defects and ensure reliable, high-quality defense cast components for mission readiness.
Our Design and Development function has directly enabled the indigenization and manufacture of a wide range of complex defense components for Heavy Industries Taxila (HIT) and the Pakistan Army.
| Platform / Vehicle | Links Per Vehicle | Dimensions (L x W x H) mm | Track Type / Notes |
|---|---|---|---|
| T-72, T-62 RMSh | 194 | 711.0 x 175.5 x 232.5 | 194 links per vehicle, RMSh track |
| T-55 RMSh | 200 | 580.0 x 184.7 x 185.0 | 200 links per vehicle |
| T-Series (T-85, T-69, T-59) link assembly | 198 | - | 198 links per vehicle; covers T-85, T-69, T-59 variants |
| T-80UD | 160 | 574.0 x 161.0 x 205.5 | 160 links / vehicle |
| MBT-2000 Al-Khalid | 162 | 600.0 x 172.5 x 208.0 | Al-Khalid MBT |
| VT-4 | 162 | 600.0 x 172.5 x 209.0 | VT-4 main battle tank |
| Al-Zarrar | 162 | 572.0 x 149.5 x 214.0 | Al-Zarrar modernized T-59 |
| M-113 APC | 127 | 381.0 x 192.5 x 160.2 | Armoured personnel carrier |
| M-60 MBT | 160 | 711.0 x 175.5 x 232.5 | Same shoe as T-72 family |
| M88 (T-107) ARV | 170 | 711.0 x 176.5 x 210.5 | Armoured recovery vehicle |
| M88 (T-142) ARV | 170 | 711.0 x 175.5 x 232.5 | M88 variant with T-142 shoe |
| M-109 A2 (T136) SP | 158 | 380.6 x 152.5 x 165.2 | Self-propelled howitzer |
| M-110 A2 (T136) SP | 151 | 457.0 x 205.0 x 170.2 | 203mm self-propelled gun |
RMSh: rubber-bushed track except where noted. T-Series (T-85, T-69, T-59): 198 links - dimensions not listed in source but assembly available.
M88 T-107 / T-142: both 170 links, subtle height difference.
We produce Guard Plates, Commander Hatch Base, Turret Head, Gunner Hatch Base, and Cradle Body.
We are proud to share that Chenab Engineering Works and Foundries has achieved the Integrated Management System (IMS) Certification from TUV Austria. This milestone reflects our strong commitment to quality, environmental responsibility, and occupational health & safety standards. We thank our team for their dedication and continuous efforts toward excellence.
With over 75 years of foundry and precision engineering experience, CEWF brings a depth of capability that few manufacturers can match. Our in-house design, simulation, casting, heat treatment, and machining functions operate as a single integrated system.
We are members of the American Foundry Society (AFS, USA) and the Institute of British Foundrymen (IBF, UK), reflecting our commitment to international standards and best practice.
We maintain a strict client confidentiality policy. Drawings, technical data, and design information provided by our customers are never disclosed to any third party and are used exclusively for the purpose for which they were provided.
Our defense customers include the Pakistan Army, Heavy Industries Taxila, and the Directorate General of Defence Purchases (DGDP), and our track record of long-term supply agreements reflects the quality and reliability our design process delivers.
Send us your design and development requirements and our engineering team will help evaluate the right production route for your industrial or defense-related component needs.
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