What is Cadiat?
Cadiat addresses key challenges in the transportation sector, including high fuel costs, driver shortages, and safety concerns. The company introduces intelligent trailers equipped with advanced electric powertrains and autonomous capabilities for both consumer and heavy commercial applications. This technology aims to revolutionize the transport economy by integrating human oversight with machine intelligence.
Cadiat's solutions focus on significantly reducing operational expenses, potentially saving up to 90% on fuel costs compared to traditional diesel trucks through proprietary battery-capacitor hybrid systems. Furthermore, their autonomous systems enable multiple trailers to operate in tandem under a single driver's supervision, boosting productivity and profitability. The technology prioritizes driver involvement for navigation and emergency response while automating maneuvers, hazard avoidance, and traffic management, enhancing overall safety and operational efficiency without requiring pre-mapping or geofencing.
Features
- Autonomous Tandem Operation: Allows multiple trailers to be operated safely by a single driver, increasing payload capacity.
- Hybrid Electric Powertrain: Combines battery-capacitor technology and duty-specific engines for efficiency, saving up to 90% on fuel costs compared to diesel.
- Driver-Centric Automation: Utilizes autonomous systems for maneuvers, hazard avoidance, and traffic management while keeping the driver in control for navigation and emergencies.
- Enhanced Safety Systems: Features include detached pilot vehicles, improved stability to eliminate rollovers, and automated hazard response.
- Fast Charging & Long Range: Large energy packs with proprietary charging technology enable extended travel and quicker recharging.
- Remote Slow-Speed Control: Allows for remote operation via any device for parking, loading, unloading, and charging.
- Reduced Maintenance: Simplified powertrain design leads to over 75% reduction in maintenance compared to internal combustion engines.
Use Cases
- Reducing fuel expenditure for commercial trucking fleets.
- Increasing freight payload capacity per driver.
- Improving driver safety in long-haul transportation.
- Enhancing logistics efficiency through autonomous assistance.
- Operating transportation fleets with lower environmental impact.
- Facilitating easier trailer maneuvering in yards and loading docks.
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