FORVIA presents off-highway and agricultural machinery portfolio at EIMA 2026

EIMA International 2026 takes place from 10 to 14 November 2026 at the Bologna Exhibition Centre in Bologna, Italy, showcasing agricultural mechanization, machinery components, and electronic systems. Across its exhibition presence, FORVIA demonstrates combined technologies from FORVIA HELLA and FORVIA Seating, highlighting modular LED lighting modules, inductive sensing architectures, power electronics, and ergonomic operator systems engineered for off-highway vehicles.

Core Technology and System Architecture
The technical presentation centers on a redesigned 90 mm LED lighting module utilizing high-efficiency optics to optimize field illumination while lowering electrical load. The optoelectronic assembly decreases mechanical installation depth by up to 45 percent and overall module weight by up to 70 percent compared to third-generation Bi-LED units, while elevating high-beam luminous efficacy by nearly 80 percent. The electronic hardware portfolio incorporates contactless inductive position sensor (CIPOS) technology, which utilizes magnetless, rare-earth-free inductive circuitry to detect mechanical displacement under high-vibration conditions. High-voltage DC/DC converters provide continuous voltage stepping for electrified powertrains, structural monitoring sensors analyze continuous structural acoustic emissions to isolate mechanical bearing wear, and integrated humidity sensors calculate dew points for automatic cab climate regulation.

Deployment or Implementation
The 90 mm LED lighting modules feature mechanical mounting points, electrical connectors, and physical outer envelopes that match conventional 90 mm halogen fixtures, enabling direct one-to-one drop-in retrofits without chassis alterations. The lighting system carries multi-regional homologation certifications, including ECE, SAE, CCC, and Indian regulatory standards. Commercial vehicle and automotive ergonomic architectures from FORVIA Seating are adapted to off-highway cabin platforms, interfacing directly with machine chassis mounting locations to isolate vibrations and support long-duration operator safety.

Industry Applications
The technologies serve original equipment manufacturers of agricultural tractors, harvesters, forestry equipment, and specialty off-highway vehicles. Modern off-highway machine designs encounter spatial packaging limits inside engine cowlings and front fascias, alongside stringent international supply-chain restrictions on rare-earth magnetic elements. Implementing compact drop-in LED luminaires and inductive position sensors resolves packaging constraints while ensuring compliance with evolving material regulations in global markets.

Operational Impact and Performance Metrics
Replacing halogen lighting units with high-efficacy LED modules cuts vehicle electrical power consumption while extending operational visibility across low-light agricultural working windows. Magnetless inductive sensing eliminates sensor degradation caused by magnetic particle accumulation and secures raw material supply stability. Integrating real-time structural health sensors directly on critical load-bearing assemblies facilitates predictive maintenance, mitigating unexpected field downtime during critical harvesting and planting seasons.

Edited by Romila DSilva, Induportals Editor, with AI assistance.