In urban centers and suburbs, the final mile accounts for up to fifty-three percent of total logistics costs. Arnold NextG tackles this with NX NextMotion, a multi-redundant drive-by-wire system for autonomous vehicles. It operates emission-free around the clock under ASIL D and SIL 3 certifications. Over-the-air software updates, live diagnostics, and built-in cybersecurity continuously enhance safety and reliability. This scalable platform streamlines maintenance, lowers expenses, and seamlessly integrates diverse fleets.
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Urban last-mile logistics complexity drives 53 percent of costs
Urban distribution encounters its most complex and costly stage during the final delivery leg, representing up to 53% of total logistics expenses. Concurrent shortages of skilled workers, scarce parking options and stricter environmental standards intensify operational burdens. Moreover, surging delivery volumes fueled by expanding e-commerce demand further strain current infrastructures. Deploying efficient, dependable and scalable strategies is critical to curb expenses, uphold service quality and meet escalating urban delivery requirements.
Autonomous Emission-Free Vehicles Streamline Last Mile Logistics Around Clock
Autonomous vehicles address the structural bottlenecks of last-mile delivery by operating emissions-free around the clock without requiring traditional drivers. Equipped with advanced sensors, artificial intelligence navigation, and real-time interfaces, they integrate seamlessly into existing fleets. This integration optimizes urban logistics by saving physical space, reducing air pollution, and alleviating personnel burdens. Particularly effective in densely populated, low-speed zones with high order volumes, these vehicles enhance operational flexibility and service consistency.
Electrifying Steering, Brakes, and Drive with Fail-Operational Multi-Redundant Safety
The NX NextMotion platform converts mechanical steering, braking, and propulsion control into fully electronic drive-by-wire systems, removing mechanical linkages. Its multi-redundant, fail-operational architecture meets ASIL D, SIL 3, ISO 21434, and UNECE R155 safety standards. Over-the-Air updates deliver continuous software improvements, while live diagnostics track performance. Cybersecurity-by-Design protects against threats. Real-time interfaces support autonomous navigation modules, and the open modular architecture seamlessly scales across applications from delivery robots to micro-vans.
NX NextMotion pilots show reduced maintenance, downtime, operational costs
Pilot projects demonstrate the advantages of NX NextMotion. By replacing mechanical components with electronic control, overall maintenance demands and downtime are appreciably reduced. Its modular architecture facilitates rapid adaptation to diverse vehicle platforms while maintaining rigorous safety standards. Operators have observed significant decreases in operating expenses, enhanced vehicle uptime, and scalable capacity management. This capability ensures seamless performance during peak delivery windows and in environments constrained by limited staging space.
NX NextMotion boosts delivery performance with emission-free autonomous vehicles
NX NextMotion boosts last-mile delivery efficiency through exceptional maneuverability in confined urban spaces. Cabinless micro-vans and autonomous robots maximize cargo capacity while reducing operational footprint, enabling tighter route scheduling. Its emission-free drive technology curbs noise and environmental impact in dense city zones. The multi-redundant system architecture ensures continuous, fail-operational performance under demanding conditions. Logistics providers achieve higher fleet availability, operational robustness, and a competitive advantage in sustainable, high-quality delivery services.
Arnold NextG Delivers Decade Of Safety Critical Control Platforms
In Baden-Württemberg, Arnold NextG has been developing safety-critical control platforms for specialized vehicle systems for over ten years. Featuring production readiness and German quality, the NX NextMotion platform has emerged as a top selection among OEMs, vehicle designers, and system integrators. Managing director Kevin Arnold highlights that these autonomous control systems bring tangible returns by implementing advanced drive-by-wire technology on public roads, inside manufacturing facilities, and throughout the final mile.
NX NextMotion: Multi-Redundant Drive-By-Wire Transforming Urban Last Mile Logistics
Arnold NextGs NX NextMotion platform redefines last-mile logistics by delivering a fail-operational, multi-redundant Drive-by-Wire architecture that eliminates mechanical linkages for steering, braking, and propulsion. Offering zero-emission operation around the clock and certified to ASIL D and SIL 3 standards, this modular solution integrates seamlessly with existing fleets. Real-time diagnostics and over-the-air updates ensure maximum uptime and cybersecurity, empowering logistics providers to scale deliveries sustainably while optimizing cost efficiency and agility.
