East Leeds Orbital Route Cycling Plan
The East Leeds Orbital Route (ELOR) will provide a high quality, continuous corridor for active travel and freight access on the eastern arc of Leeds. The objective is to deliver safe, direct and attractive facilities for people on bikes, electrically assisted cycles and adaptive cycles, while protecting walking routes and public transport reliability. Design will follow UK guidance including LTN 1/20, Manual for Streets and accepted best practice from Leeds City Council and West Yorkshire Combined Authority.
Essence, current conditions and priorities
Cycling along the existing east corridor is fragmented. On-road lanes are intermittent, carriageways are wide and fast at several points and junctions are a frequent source of conflict. Typical rider experience includes sudden merges, poor surfacing, limited lighting under bridges and unclear priority at roundabouts. Key priorities for ELOR cycling works are safety at junctions, removal of pinch points, continuity of route, comfortable surfaces, and easy interchange with rail, bus and park and ride hubs.
Primary stakeholders include Leeds City Council, West Yorkshire Combined Authority, Sustrans, local cycle groups, disability organisations and businesses along the route. Early engagement will identify desire lines to ensure alignments match real demand for commuting, school travel and leisure.
Design, safety, delivery and operations
This section synthesises route design, junction treatments, crossings, structures, operations, maintenance, monitoring and programme matters so delivery is coherent and user centred.
Segregated lanes and protected track alignments should adopt one way tracks beside each carriageway where space permits, or a two way track on one side where constraints dictate. Minimum widths from LTN 1/20 are a practical baseline: 1.5 metres for a single direction lane where local speed and adjacent activity allow, 2.0 metres where volumes are higher, and 3.0 metres for two way cycle tracks. Surface specification must use hot rolled asphalt or stone mastic asphalt matched to carriageway maintenance regimes to reduce cracking and standing water.
Junction redesigns will use protected intersections, raised crossings and priority signalling. Forward stop islands, mandatory cycle lanes through junctions, and dedicated signal phases for cyclists reduce conflict during vehicle turning movements. For roundabouts, consider bypass lanes with raised crossings and splitter islands to slow motor traffic and give cyclists dedicated paths.
Bridges, underpasses and overpasses need clear sightlines and gradients below 5 percent where possible. Where longer spans are required, adopt widths at least 3.0 metres for shared use with clear segregation from pedestrians. Lighting and CCTV must meet highway safety standards and be integrated into maintenance schedules.
Continuity of route and removal of pinch points is essential. Driveways and minor access points should be raised and narrowed to calm vehicle speeds. Vegetation management and regular inspections prevent encroachment and keep sightlines clear.
Wayfinding and signage must be legible for all users, with destination distances and estimated cycling times to Leeds city centre, local railway stations and park and ride hubs. Integration with the existing Leeds cycle network and desire lines is required to maximise mode shift and connect neighbourhoods such as Garforth, Cross Gates and Stourton.
Secure parking, cargo cycle bays and small mobility hubs are recommended at key interchanges and retail centres. These should include Sheffield stands, covered shelters and power for e bikes. Accessibility for electrically assisted bikes and adaptive cycles must be a core design driver so gradients, kerb ramps and surface quality enable broad use.
Maintenance regimes require quarterly inspections, rapid repair response times for surface defects and winter provisions including grit and snow clearance on priority cycling corridors. Temporary routing and protection during construction must provide a safe alternative corridor, with physical segregation from works traffic and continuous signage.
Safety audits and risk assessments should be carried out at concept, detailed design and post construction stages in line with national standards. Monitoring and evaluation will use automated counters, manual counts, collision data (KSI), mode share and user satisfaction surveys to track performance against targets such as a 30 percent increase in daily cycling flows within five years on the ELOR corridor.
Below are aligned design targets, standards and indicative costs to inform detailed appraisal.
| Element | Design target or standard | Typical dimension or treatment | Indicative capital cost per unit |
|---|---|---|---|
| One way segregated cycle lane | LTN 1/20 compliant | 2.0 m lane + 0.5 m buffer | £120,000–£400,000 per km |
| Two way cycle track | LTN 1/20 compliant | 3.0 m carriageway, separation kerb | £180,000–£600,000 per km |
| Protected intersection | Dutch design elements | Forward stop, corner refuge, tight corner radii | £50,000–£250,000 each |
| Raised crossing / zebra | Visibility and plateau | Tactile paving, lighting | £5,000–£30,000 each |
| Minor cycle bridge | Short span steel or concrete | 3.0–4.0 m clear width | £1.0m–£4.0m each |
| Major overpass | Complex civil work | Wide span and ramps | £4.0m–£15.0m each |
| Lighting and CCTV | LED carriageway standard | Column spacing 25–40 m | £15,000–£40,000 per km |
| Annual maintenance | Sweeping and inspection | Quarterly checks | £2,000–£6,000 per km per year |
Funding and business case work must account for net benefits from reduced congestion, public health gains and carbon savings. Typical benefit cost ratios for high quality cycling corridors in UK urban areas often exceed 2:1 when robust active travel uptake is forecast.
Phasing should start with near term interventions that deliver immediate safety gains at junctions and missing links, followed by mid term construction of continuous segregated tracks and longer term complex structures. A delivery timeline spread over three to seven years allows progressive benefits while managing disruption.
Risk mitigation includes diversion planning, contractor coordination, utility relocations and dedicated liaison with local communities. Promotion and behaviour change programmes will use employer travel planning, school travel initiatives and targeted incentives to increase uptake. Case studies from comparable UK orbital cycling corridors show rapid increases in commuter cycling where continuity and safety are prioritised.
Ongoing measurement and transparent reporting will enable adjustments to operations and maintenance, ensuring the ELOR cycling corridor meets its safety, inclusion and modal shift ambitions while contributing to healthier, cleaner mobility for Leeds.
