The Toyota Hiace 2026 13-seater passenger van utilizes a high-roof semi-bonneted architecture, prioritizing occupant safety and cabin volume. This brand-new 2026 model is powered by the 7GR-FKS 3.5-liter V6 engine, delivering a technical output of 277 hp. Engineered for professional shuttle services and tourism, this White exterior variant features a specialized 2+3+3+3 seating geometry and independent rear climate registers, representing a high-reliability solution for GCC transport requirements.
The 2026 Toyota Hiace utilizes a high-displacement propulsion system for consistent technical delivery:
- Engine: 3.5-liter V6 Petrol, 24-valve DOHC with Dual VVT-i.
- Output: Approximately 277 hp and 351 Nm of torque prioritizing sustained highway speeds even under full load.
- Transmission: 6-speed automatic transmission designed for optimized gear ratios and durability.
- Drive System: Rear-Wheel Drive (RWD) architecture with a reinforced rear axle for high-load stability.
- Features: 16-inch heavy-duty wheels, sliding side doors (single or dual depending on spec), and a wide-opening rear tailgate.
The Toyota Hiace 13-seater passenger van utilizes a 3.5L V6 petrol engine to provide a definitive standard in the high-occupancy transport segment. This 2026 variant is prioritizing passenger safety through its semi-bonneted structure and advanced VSC systems, ensuring that power is delivered with technical accuracy across the UAE. By maintaining its specialized 13-seat mechanical integrity, the Toyota Hiace 2026 remains a technical leader for shuttle and tourism fleets with verified specs.
The White exterior and Toyota Hiace High-Roof features highlight the maximized vertical cabin space and the sophisticated utility geometry characteristic of the 2026 model year. This brand-new model includes professional exterior enhancements and a premium road presence for corporate transportation. As listed by Sola Motors on carsooq, the refined White finish serves as a professional aesthetic statement, emphasizing the vehicle's athletic technical design.
