The Challenger sports structure system is based
on a clear span, steel superstructure which
requires minimal foundations and can be quickly
erected. This modular system is renowned for its
efficiency, consisting of a robust steel framework
covered with a high quality tensioned PVC
membrane.
The university opted for a white fabric which
allows light to permeate the building, flooding
the courts with natural light and giving the
effect of playing outdoors, without the weather
implications.
On external walls they opted for a striking colour
block effect, incorporating the University and Kent
Sport’s logos in an attractive and recognisable
design.
The facility is part of a £4.8 Million investment
into Kent Sport which also includes a new fitness
suite, an additional multi-purpose sports hall and
two dance and fitness classes. All facilities are
open for use by staff, students, and the public.
“
Collinson have been a
pleasure to work with.
Professional from start
to finish, with excellent
communication and
collaboration with the
University and Kent Sport
Ben Trott, Assistant Director
Operations at Kent Sport
”
Collinson acted as principal contractor for the
design and build of the 52m x 35m facility.
Internally it comprises three courts marked
and kitted out for both games, energy efficient
lighting, and ventilation systems.
One end of the facility boasts a glazed screen with
sliding doors, creating a light and airy playing
environment which persists even when the doors
are closed. Spanning almost the full width of the
facility, when the weather is good the doors can
be opened to give access to the three external
courts also marked out for tennis and netball.
As Ben Trott, Assistant Director of Operations
at Kent Sport, explained, “We are in no doubt
that the improvement gained from the build of
the tennis and netball facility will have a positive
impact on our membership levels.”
True indeed, the facility opened in June 2013 and
is already proving to be a huge hit with existing
members.
T: 01995 606 451
collinson.co.uk
Construction_UniversityofKent_CS_Rev03