Mobile Wireless Access Point Using Multicopter Drone
Our design proposes a Mobile Wireless Access Point (MWAP) using drones, a solution designed to address the lack of reliable internet connectivity in disaster-hit, or event-based areas. In many locations, fixed infrastructure is either unavailable or breakdown. Our drone-based MWAP system provides rapid, flexible, and temporary wireless internet access wherever it's needed.
The main problem addressed is **lack of network coverage** in isolated areas and during emergencies. Traditional cell towers or satellite systems, Natural disasters often damage communication infrastructure, making coordination and relief efforts more difficult.
Potential Benefits
- **Rapid deployment** of internet services in emergencies.
- **Temporary coverage** in remote areas or during events (concerts, marathons, etc.).
- **Scalability and flexibility**, where multiple drones can be used to cover wider areas.
- **Cost-effective** for short-term or mobile coverage needs.
- **Supports public safety**, education, and communication in underconnected areas.
How the Design Works
The drone is equipped with a lightweight communication payload, which may include LTE/5G routers, Wi-Fi modules, or mesh network nodes. Powered by a high-capacity battery or hybrid power system, the drone fly and land at a location to provide wireless signals across a wide radius. It connects to an uplink source that is Starlink satellite, to distribute internet access.
Novelty and Improvement
Unlike fixed towers or balloon-based systems (e.g., Google Loon), our drone-based design offers:
- **Instant mobility**: it can relocate based on real-time demand or signal weakness.
- **Lower deployment time**: ready to fly within minutes.
- **Modular payloads**: supports different communication modules based on mission needs.
- **Autonomous operation**: with GPS waypoint navigation and smart terrain sensing.
Applications
This idea is also ideal for:
- Disaster response and recovery zones
- Military and defense communication setups
- Large outdoor events
- Remote education in rural areas>
- Scientific expeditions or temporary camps
Market Potential
There is strong market potential among:
- Emergency services and humanitarian organizations
- Telecom providers for network extension
- Government and defense agencies
- Event organizers
- Rural connectivity projects under national digital inclusion agendas
Manufacturing Approach
The product would be manufactured using **off-the-shelf drone platforms** with custom lightweight communication payloads. It involves integrating Wi-Fi/LTE hardware, onboard power management, and autonomous control systems. Components are largely modular, reducing cost and simplifying upgrades or repairs.
Production Cost Comparison
Compared to building fixed infrastructure like towers, this system offers **significantly lower initial costs** and **faster ROI**, especially for temporary use cases. While the upfront unit cost may be higher than basic commercial drones, the ability to **reuse and redeploy** across multiple missions improves long-term cost-efficiency.
This design combines drone mobility with communication technology to create a **versatile and impactful solution** to modern connectivity challenges.
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About the Entrant
- Name:Mohamad Zihad Bin Mahmud
- Type of entry:teamTeam members:
- MOHD JAMIL KASSIM
- Patent status:none