Our Asset Surveys provide a structured assessment of height-safety and access systems to confirm condition, compliance, and ongoing suitability for use. We identify and record all safety-critical assets, assess them against current standards and manufacturer requirements, and highlight risks, defects, and remedial actions.

Each asset is captured as a digital record within the AssetSafe Portal, creating clear visibility of certification status, inspection history, and priorities for action. The survey supports informed decision-making, planned maintenance, and demonstrable compliance for duty holders and building owners.

We deliver innovative façade access design solutions, backed by over a decade of experience and more than 45 completed projects, working with trusted specialist partners.

Using current Autodesk design software, we produce coordinated, high-quality technical outputs.

Our design packages can be delivered in compliance with ISO 19650 BIM standards.

From early 2D concepts to fully integrated 3D models with embedded asset data and O&M information, we support projects from concept to delivery.

Working with a market-leading supplier, we deliver bespoke working-at-height safety solutions for a wide range of access requirements.

Our systems include horizontal and vertical fall restraint and arrest lines (cable or rail), access eyebolts for multiple structural substrates, fixed and movable ladders with integrated restraint systems, and stepped walkways with handrails.

All solutions are designed with safety, usability, and compliance in mind, in accordance with:

BS EN 795, BS EN 8610, and PUWER 1998.

Building Maintenance Units (BMUs) are bespoke façade access machines designed to suit the form, height, and maintenance needs of each building.

Available in a wide range of configurations, BMUs may include static or traversing jibs, telescopic and slewing functions, adjustable masts, and balanced counterweight systems to maximise reach and safe operation.

Designed to optimise access efficiency while minimising roof loads and visual impact, all systems are developed in accordance with:

BS EN 1808 and LOLER 1998