The Precision Engineering office
We solve technical challenges with accuracy, discipline, and clarity.
Our work focuses on high-integrity engineering for aerospace, automotive, composites, structures, systems, manufacturing and complex mechanical designs. Every decision is grounded in rigorous engineering methodology.Built on precision. Delivered with integrity.
Human Powered Aircraft
Challenge: Minimum weight, maximum wingspan, fastest speed possible.Result: Volaticus Human Powered Aircraft. A radical flying wing design to minimise weight, achieving the remarkably low airframe weight of only 21kgs for a 22metres wingspan making it world's lightest aircraft of its kind.
Prototype Avionics Selection
Challenge: Flying a 1m aircraft with 250g maximum takeoff weight budget, only a third of which (93.33g) allocated for electronics.Result: The avionics set chosen weighed only 64.45g and was capable of lifting a 1m flying wing aircraft prototype, resulting in various sustained flights.
Complex Propeller Design
Challenge: Design an ultra-lightweight propeller with maximum thrust output and efficiency.Result: In general, most propeller designs are 75-85% efficient. This particular design, combining multiple different NACA aerorfoils diligently matched to changing performance metrics along the blade, was 88.3% efficient.
About
We’re a modern engineering practice built on a simple principle:
every millimetre, every gram, every detail matters.Our approach combines analytical depth with practical design experience.
We support aerospace programmes, early-stage technologies, prototypes, and research-led projects with engineering that is:- exact
- documented
- verifiable
- lean
- purposefulWe operate like a technical office — delivering insight, analysis, strategy, and engineering clarity.