Tyrone’s integrated capabilities span off -site manufacturing including precast concrete components, prefabricated masonry and volumetric modules, meaning that multiple facets of a building can be constructed in unison regardless of site delays or inclement weather.
With over 20 years of proven experience, our in-house Trade teams, Including Masonry, Formwork, Concrete, Finishing, Rigging, ensure that site related works are systematically scheduled to maximise productivity on site.
Tyrone’s singular structure ensures our clients are assured of: -
- Time Certainty: Over 50% faster build times
- Fixed Costs: Fixed price contracts with Controlled scope
- Premium Quality: ISO Accredited systems with Stringent Quality Controls
- Integrated Delivery: Parent owned Manufacturing facilities and In-house trade teams
- Sustainability: Energy efficient systems with reduced noise and site traffic
- Increased Safety: On-site work is minimised which significantly reduces congestion
The Tyrone Difference
A Self-Performing Construction Company
Tyrone has deep in-house capability, supported by our direct workforce and owned logistics fleet, plant and equipment, giving us greater control over delivery, quality and programme.
Our trade personnel form the longest established division of the company and remain one of very few to operate under the ISO 9001 Quality Management System ensuring we train to maintain the highest industry standards.
Modern methods, traditional materials
The merger between Modern Methods of Construction (MMC) and traditional materials, such as timber, brick, and stone, represents a strategic evolution in the building industry that marries enduring aesthetic quality with advanced efficiency. By applying technologies like factory-controlled prefabrication, robotics, and 3D design to traditional materials, the industry transforms raw materials into high-performance components, such as engineered timber (CLT/GLT) or pre-assembled brick panels, which are then rapidly assembled on-site.
This hybrid approach overcomes the limitations of manual, on-site labour, weather disruptions and high waste, while retaining the sustainability, warmth, and aesthetic appeal of classic materials. Consequently, this synthesis offers the "best of both worlds," providing faster project delivery and improved quality control without sacrificing the character and structural familiarity of conventional building materials
