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STREETSCAPE GUIDANCE

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HOME<br />

INTRODUCTION<br />

PART A<br />

A vision for London’s streets<br />

PART B<br />

From strategy to delivery<br />

PART C<br />

New measures for new challenges<br />

PART D<br />

Balancing priorities<br />

PART F<br />

Appendix<br />

PART E<br />

Physical design and materials<br />

SECTION 6<br />

Introduction<br />

SECTION 7<br />

High quality footways<br />

SECTION 8<br />

Carriageways<br />

SECTION 9<br />

Crossings<br />

SECTION 10<br />

Kerbside activity<br />

SECTION 11<br />

Footway amenities<br />

SECTION 12<br />

Safety and functionality<br />

SECTION 13<br />

Street environment<br />

SECTION 14<br />

Transport interchanges<br />

Streetscape Guidance<br />

• Structural constraints may limit the capacity<br />

for adequate footway widths to be provided on<br />

both sides of the underpass. A wide footway<br />

on one side may be considered in these<br />

locations, assuming adequate crossing facilities<br />

are provided for pedestrians on the approach<br />

• Underpasses should be designed to promote<br />

a sense of security. A well-lit and open<br />

aspect structure is important, to minimise<br />

opportunities for concealment<br />

• The approach slopes to underpasses require<br />

special attention such that gradients remain in<br />

line with the Equality Act<br />

• Designers should pay particular attention to<br />

the integration of utility access chambers, as<br />

these must be set flush with finished levels<br />

• On long stretches of an underpass, in excess<br />

of 20 metres, the provision of an emergency<br />

telephone should be integrated within the wall<br />

structure. The telephone must be wheelchair<br />

accessible and fitted with an inductive coupler.<br />

• Tiling, artistic lighting and other public realm<br />

treatments are encouraged in all underpasses<br />

to enhance the pedestrian environment,<br />

improve lighting and improve a sense of safety<br />

Materials<br />

• Paving materials should be consistent with<br />

either side of the underpass<br />

• Gabions for underpass walls on the TLRN<br />

require SDRG approval<br />

• Consider acoustic measures within<br />

underpasses to reduce noise pollution and<br />

provide a better environment for pedestrians<br />

and cyclists<br />

• Guardrailing may be required in exceptional<br />

circumstances where there are narrow<br />

sections of footway<br />

• Safety containment kerbs should be<br />

considered where road speeds are 40mph or<br />

greater<br />

Additional resources<br />

Department for Transport:<br />

Design Manual for Roads and Bridges, Volume 2,<br />

Section 9<br />

[Part E – Physical design and materials] Crossings 175

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