New 2026 Ford Transit Cargo Van

The 2026 Ford Transit 250 AWD in Oxford White is built to keep your business moving. Combining durable design, proven power, and intelligent technology, this van is ready for whatever the job demands. With a 3.5-liter V6 Flex Fuel engine and a 10-speed automatic transmission, the Transit 250 delivers reliable performance, excellent efficiency, and strong capability for commercial or personal use across New England. This van provides the performance needed for daily routes, deliveries, or specialized upfits. Its full-time AWD system helps maintain control on snow, mud, or gravel—perfect for New Hampshire's varied terrain and weather. With a bold, functional design, the Transit 250 is easy to load, maneuver, and maintain. Its durable exterior is engineered for long-lasting performance on job sites, city streets, or rural roads. Designed for work and comfort, the Transit 250 offers an organized workspace inside a rugged and easy-to-clean cabin. The wide cargo area accommodates shelves, racks, and upfit solutions for plumbing, electrical, or delivery fleets. Safety technology is built in to protect your team and your investment. From highways to job sites, the 2026 Transit keeps drivers confident behind the wheel. Whether delivering goods through downtown Keene, servicing clients in Peterborough, or traveling between job sites in Brattleboro, the Transit 250 AWD handles the road with capability and control. The AWD system provides traction during winter storms, while the durable interior stands up to daily use.

• Navigation system
• Lane departure
• Emergency communication system
• Wireless phone connectivity
• Exterior parking camera rear
• Auto high-beam headlights
• Remote keyless entry
• Steering wheel mounted audio controls
• Fully automatic headlights
• Apple CarPlay/Android Auto integration
• FordPass Connect with 4G LTE Wi-Fi Hotspot Capability
• Blind Spot Information System
• Rear View Camera with Dynamic Guidelines
• Forward Collision Warning with Brake Support
• Crosswind Stabilization

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