A35 motorway (Netherlands)

A35 motorway (Netherlands)
T Houdijk · CC BY-SA 3.0 · source
Country	Netherlands
Type	Rijksweg
Route	A35
Length km	36
Terminus a	Enschede
Terminus b	Wierden
Provinces	Overijssel

A35 motorway (Netherlands) The A35 motorway is a principal limited-access highway in the eastern Netherlands, running through the province of Overijssel and connecting the urban area of Enschede with the interchange near Wierden. It forms a strategic corridor linking regional centres, industrial zones and cross-border routes toward Germany and intersects major national motorways that serve long-distance freight and passenger movements across the Dutch network.

Route description

The A35 begins at the western edge of Enschede, adjacent to the Zwolle–Enschede corridor and close to the rail hub at Enschede railway station. Traveling westward and northwestward, the route passes near the suburbs of Usselo, Lonneker, and the industrial parks around Hengelo. The motorway intersects with the A1 at the Holten interchange near Wierden, creating a node with links toward Amsterdam, Utrecht, Apeldoorn, and the broader Randstad. Along its course the A35 crosses the Regge and skirts nature reserves and agricultural land common to Twente, while providing access to localities such as Borne and the commercial corridors serving Logistics company hubs and manufacturing plants in the region.

The cross-sectional design varies: sections around Enschede and Hengelo feature grade-separated interchanges and multiple lanes per direction, while more rural stretches near Wierden have reduced carriageway width and simpler junction geometry. The motorway is integrated with regional trunk roads, including connections to the N18 and provincial routes that facilitate movements to Oldenzaal, Zutphen, and the German border crossings at Bad Bentheim.

History

Planning for the A35 emerged in the post-war reconstruction era when Dutch transport planners prioritized intra-regional connectivity to support industrial recovery in Twente and to link to the trans-European network that includes corridors to Germany and Belgium. Early segments opened in phases during the 1960s and 1970s, reflecting incremental investment patterns similar to those that produced the A1 and A50 corridors. Construction aligned with industrial expansion around Hengelo and the growth of the University of Twente, increasing demand for commuter and freight capacity.

Throughout the late 20th century, upgrades addressed safety and capacity issues: interchanges were modernized, and carriageways were widened at bottleneck locations near Enschede and Borne. Environmental assessments in the 1990s influenced alignment choices to minimize impacts on protected areas such as nearby Natura 2000 designations and local nature reserves. The A35’s role evolved with changes in logistics, including the rise of containerised freight and distribution centres serving multinational corporations with operations in Overijssel.

Junctions and exits

Key junctions on the A35 include the eastern approach to Enschede, where feeder roads connect to the city centre and to the A35 spur toward industrial estates; intermediate exits provide access to Borne and Hengelo business parks; and the western terminus at the interchange with the A1 near Wierden. Important numbered exits serve commuter flows to residential districts, academic campuses associated with the University of Twente, and commercial zones hosting firms in manufacturing and high technology.

Interchange design varies from cloverleaf and semi-directional layouts at high-capacity nodes to diamond and roundabout interfaces on peripheral ramps. Several junctions incorporate collector–distributor lanes to separate merging local traffic from through movements bound for long-distance routes such as the A1 and A35 connections toward Zwolle and Enschede.

Traffic and usage

The A35 handles a mix of passenger cars, light commercial vehicles and heavy goods vehicles, reflecting the dual role of serving commuter flows for the Enschede–Hengelo urban agglomeration and freight flows for regional industry. Peak traffic is concentrated on weekday mornings and evenings, with congestion hotspots occurring near major interchanges and at sections with reduced lane counts. Traffic composition is influenced by freight movements to transshipment points that link to the Port of Rotterdam via the national motorway network and to hinterland connections toward Germany.

Traffic management measures—variable message signs, speed management systems, and incident response protocols managed by regional traffic control centres—seek to maintain flow and safety. Road safety records prompted targeted interventions at accident-prone ramps and stretches, including improved lighting, barrier systems, and resurfacing schemes.

Future developments and improvements

Planned improvements for the A35 focus on capacity enhancement, safety upgrades and environmental mitigation. Proposals include selective widening of lanes near nodal interchanges, redesign of problematic junctions to reduce weaving, and installation of smart motorway technologies for dynamic lane and speed control. Projects under discussion also emphasise multimodal integration, improving access for freight to rail freight terminals and coordinating with provincial plans for cycling infrastructure that links adjacent towns such as Borne and Hengelo.

Environmental and community consultation processes are integral to forthcoming schemes; mitigation measures under consideration include noise barriers, wildlife crossings, and measures to limit air quality impacts in line with EU and national standards. Investment timelines depend on regional funding allocations and prioritisation within the national infrastructure programme that allocates resources across major corridors including the A1, A50 and A35 adjacency.

Category:Motorways in the Netherlands Category:Transport in Overijssel