PROJECT CASE STUDY
Daleks.
Using fan projects to experiment with new systems and production methodologies in an unconstrained manner.
A dalek being photographed in my kitchen of an evening.
OVERVIEW
Built to look right. Engineered to perform.
Project: Dalek Builds & Restorations
Role: Design, Engineering, Fabrication, Electronics, Restoration
Skills: Mechanical Design, Fabrication, Embedded Systems, Wireless Control, Animatronics, Prop Restoration, CAD Design
Over a number of years, I have designed and built a range of Dalek props inspired by Doctor Who, spanning multiple eras of the show.
These projects range from small-scale models through to full-size, fully functional builds, using a mix of fabrication techniques including 3D modelling, fibreglass construction, metalwork, and embedded electronics. Each build serves as both a recreation and an opportunity to explore new approaches to control systems, fabrication methods, and performance design.
Alongside personal builds, I have also been commissioned to repair and restore Dalek props in private collections, as well as pieces used in exhibitions and licensed productions. Over time, this has led to a somewhat unofficial reputation as someone who consistently has more than one Dalek in the house.
Design, Engineering & Live Control Systems
The most recent build is a full-size Dalek based on the modern bronze designs introduced in 2005. Constructed from fibreglass and steel, the unit is fully radio controlled, with a long-range wireless system capable of transmitting both control data and live audio over hundreds of metres.
This allows the Dalek to be puppeteered in real time, with the operator’s voice streamed into the system, processed onboard, and reproduced with the distinctive cadence associated with the show. The result is a performance-driven prop that functions as both a mechanical system and a live character.
Due to the scale and power of the unit, safety and reliability were central to the engineering approach. The control system continuously monitors signal integrity at high frequency, with any significant interruption immediately halting all motion.
A deadman’s control ensures the operator must actively engage movement at all times, while multiple independent emergency stop systems within the Dalek provide redundant shutdown pathways.
Beyond the individual build, the control and processing systems developed for this project have formed a reusable foundation for future work, particularly in applications involving live puppeteering, animatronics, and interactive prop systems.
As a lifelong fan of Doctor Who, these projects continue to serve as an ongoing platform for experimentation, refinement, and exploration across both creative and engineering disciplines.












