Cell on Wheels (COW)

The Cell on Wheels (COW) by Aghaz Engineering is a fully portable mobile cellular site designed to provide temporary network coverage in areas where cellular connectivity is limited, disrupted, or heavily congested. Ideal for disaster recovery operations, large-scale events, emergency response, and remote deployments, our COW systems deliver reliable and high-capacity wireless communication wherever it's needed most.

Key Features:

  • Portable Deployment: Mounted on trailers, vans, or trucks for rapid mobilization and setup.

  • Flexible Network Support: Compatible with 3G, 4G, and 5G cellular networks for maximum connectivity options.

  • Backhaul Communication: Enabled via terrestrial microwave, satellite links, and wired infrastructure for reliable data transmission.

  • Multi-Band Compatibility: Available in 0.6m, 0.9m, 1.2m, 1.8m (1-piece or 2-piece), and 1.9m antenna configurations to suit varying operational needs.

  • Fully Motorized Antenna System: Equipped with wireless remote control tuning for efficient and precise alignment.


Optimized for Critical Connectivity:

  • Emergency Response: Rapidly deployed to restore connectivity in disaster-struck regions.

  • Event Coverage: Handles high user volumes at concerts, festivals, or sports events.

  • Rural and Remote Coverage: Extends network access to isolated and underserved areas.


Advanced Engineering:

Constructed using SMC (Sheet Molding Compound) composite materials with precision compression molding technology, our COW systems offer:

  • Corrosion Resistance

  • Thermal Stability

  • Enhanced Durability

  • Surface Accuracy

  • Process Repeatability


Reliable Performance, Anytime, Anywhere:

At Aghaz Engineering, our Cell on Wheels solutions are engineered for maximum uptime, scalability, and ease of deployment. Whether supporting disaster relief teams, enhancing coverage at large events, or bridging connectivity gaps in remote locations, our COW systems deliver unmatched performance and reliability under the most demanding conditions.