The Role of Smart Transportation Systems in the Saudi Arabia NEOM Project

Launched under Saudi Arabia’s “Vision 2030” strategy, the NEOM Project is one of the world’s most ambitious sustainable mega-city developments. With an estimated investment value of nearly 500 billion USD, NEOM is designed as a fully digital, zero-carbon city powered by advanced technologies and revolutionary infrastructure systems.

One of NEOM’s core objectives is to manage urban and industrial transportation through smart logistics and automation systems, maximizing environmental performance while achieving unmatched operational efficiency. In this context, next-generation industrial transport vehicles and intelligent logistics solutions play a critical role in shaping the city’s mobility backbone.

As a manufacturer, FADA actively contributes to NEOM’s logistics transformation by developing advanced heavy-duty transportation systems specifically tailored for mega-scale infrastructure projects.

NEOM’s Logistics Transformation Vision

• Zero carbon emissions achieved through fully electric and renewable energy-powered transport systems
• Full automation and artificial intelligence integration to minimize human error
• Real-time data management supported by Industry 4.0 infrastructure
• Maximum efficiency in both urban and industrial transportation
• Strict compliance with the highest occupational safety standards

FADA’s intelligent transportation solutions seamlessly align with NEOM’s ambitious sustainability and automation objectives, ensuring complete operational synergy.

FADA Smart Transportation Systems’ Contributions to NEOM

1. Autonomous Transfer Carts

FADA’s autonomous transfer carts are engineered for high-capacity horizontal transport across construction sites, warehouses, and port terminals. In large-scale projects like NEOM, they:

• Reduce the need for operators through fully autonomous driving capabilities
• Ensure safe navigation using laser and ultrasonic sensor technologies
• Enable centralized control via fleet management and remote monitoring software
• Adapt to any project environment through custom dimensional designs

These systems generate time savings, cost reductions, and seamless data integration within logistics workflows.

2. Straddle Carrier Systems

• Transport capacity ranging from 5 to 100 tons
• Operating speeds up to 80 m/min with 360° rotation capability
• Zero-emission performance via lithium battery power options
• High-safety structures fully compliant with EN standards

Straddle carriers optimize container handling and heavy cargo movements within port terminals and storage yards, enabling high-cycle operational efficiency.

3. Electric Tuggers

• Fully electric drive systems delivering a zero carbon footprint
• Ultra-quiet operation suitable for urban environments
• Fast-charging technology with extended operational range
• Modular designs adaptable to various load-handling configurations

4. Electric Platform Trucks

• Full 360° maneuverability
• Silent, eco-friendly operation
• Advanced sensor integration for collision prevention
• Custom platform designs tailored to specific project requirements

The Advantage of Being a Manufacturer

• Project-based engineering and bespoke equipment dimensions
• Flexible configuration options per operational need
• Rapid manufacturing, delivery, and commissioning processes
• Regional spare parts supply and technical service support
• Long-life production standards built for sustainable operations

FADA Solutions for Your Competitive Advantage

• Shortened operation cycles
• Reduced energy costs
• Compliance with environmental sustainability targets
• Full integration with Industry 4.0 infrastructures
• Enhanced occupational safety standards

FADA – Your Strong Partner in Shaping the Future of Logistics

With our advanced transportation technologies, FADA is ready to add value to logistics operations within visionary mega-projects like NEOM. For customized solution designs or live product demonstrations, please contact our engineering team.

FADA – Manufacturer of Power, Technology, and Sustainability in Logistics