University Of Kent- Ballistics Range
Project: University of Kent Ballistics Range
Client: ECC
Project Value: Approx. £290,000
Location: Canterbury, Kent
Overview
In partnership with ECC, Actiform was appointed to design, manufacture, and deliver a specialist modular facility for the University of Kent to house a state-of-the-art experimental ballistics range. The £290,000 scheme formed a key part of the university’s ongoing investment in its School of Natural Sciences, enhancing both teaching and research capabilities in forensic science.
Delivered via modern methods of construction, the modular solution offered speed, safety, and precision – qualities essential to a specialist facility of this nature.
Scope of Works
The facility was designed to support:
- Undergraduate and postgraduate teaching in forensic ballistics
- Live firing experiments using a secure, remotely operated system
- Research into projectile physics, ricochet patterns, and wound dynamics
- Third-party use for external ballistics testing and validation
To meet these needs, Actiform’s modular solution integrated a range of ballistic-specific safety and environmental features, all constructed to exacting standards off-site and installed with minimal disruption on campus.
Key Features of the Facility
- Anti-ricochet internal wall lining and a purpose-designed rubber bullet trap at the target end
- Remote firing system enabling safe operation during live tests
- Specialist acoustic treatment and ballistic containment systems
- Ventilation system engineered to safely extract chemical residues from fired ammunition
- Sensitive projectile detection equipment to measure trajectory and velocity
Integration of a comparison microscope space for forensic bullet examination
Outcome & Impact
The modular ballistics range is now a central asset to the University of Kent’s forensic science programme. It supports modules such as Firearms and Ballistics and Introduction to Ballistics, providing hands-on experience for students and researchers. The facility has also opened opportunities for external collaboration with forensic service providers, law enforcement agencies, and academic partners.
This project stands as a strong example of how modular construction can successfully deliver specialist, high-performance environments – even in complex scientific or security-sensitive sectors.