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When unexpected site conditions arise, having access to reliable temporary access solutions can make all the difference in maintaining productivity and, most importantly, ensuring construction site safety. We recently supported M Group following a landslide in Dorking, providing a rapid deployment of our AdjustaStairs to restore safe access on site. Responding Quickly to a Site Safety Challenge Following the landslide, the team on site required a safe and secure access route to allow personnel to move safely across the affected area. With ground conditions changed and access compromised, a reliable temporary staircase solution was urgently needed. The request for AdjustaStairs came through late in the afternoon. Thanks to our rapid response capability, we were able to coordinate delivery immediately, ensuring the stairs arrived first thing the following morning. By the start of the working day, the access stairs were already on site and ready to support the team. Providing Safe Temporary Access for Infrastructure Projects Temporary access systems are critical when working in environments where terrain or site conditions can change quickly. Our AdjustaStairs are designed specifically for situations like this, offering: Fast deployment on active worksites Adjustable configurations for any access requirement Safe, compliant access for personnel Reliable solutions during emergency or unexpected site conditions For the team at M Group, the installation of the AdjustaStairs created a stable and secure route of access, enabling work to continue safely despite the challenging conditions caused by the landslide. Supporting M Group with Rapid Response Access Solutions At SafeSmart, we work closely with contractors and infrastructure providers to ensure they have the right access equipment when they need it most. Being able to respond to a late afternoon request and deliver a working solution the very next morning demonstrates how important speed, reliability, and collaboration are when supporting live projects. We’re

One Platform for All MRO Requirements When it comes to aircraft maintenance, speed and safety are essential. Yet many MRO teams struggle with access equipment that’s tailored to only a handful of aircraft types, leading to high costs and complex logistics. Enter ReachDeck: a truly universal work platform engineered to meet the access needs of maintenance teams across fixed-wing and rotary aircraft, all from a single, highly adaptable system. With wide height adjustability and multiple configurations, ReachDeck simplifies aircraft servicing and enhances operational efficiency, no matter the fleet mix or task at hand. What Is ReachDeck? ReachDeck is a modular, fully adjustable maintenance work platform designed for a wide range of MRO tasks. Its standout feature is its height adjustability from 2.0 metres up to 5.4 metres, using a simple manual winch. This range makes it highly adaptable for aircraft of varying sizes and access requirements. Built for mobility and ease of deployment, ReachDeck can be lifted by crane or aircraft, making it suitable for both on-base and offshore operations. Two Platform Configurations ReachDeck is available in two main configurations, each optimised for specific access needs within fixed-wing operations. 9-Step ReachDeck – Main Entry Door Access The 9-Step ReachDeck is ideal for providing main entry door access to regional and narrow-body aircraft such as: Embraer E170 Embraer E190 Boeing 737 Airbus A220 This configuration is perfect for routine inspections, cabin servicing, and entry-level access work. 15-Step ReachDeck – Wide-Range MED Access The 15-Step ReachDeck offers Main Entry Door (MED) access across a broad spectrum of aircraft, including larger narrow-body and wide-body types: Airbus A320 Airbus A321 Airbus A330 Airbus A350 Airbus A380 Boeing 707 Boeing 747 Boeing 757 Boeing 767 Boeing 777 Boeing 787 This makes it ideal for maintenance teams that work across diverse fleets or require flexible height

  Safety while working at height remains one of the most critical challenges in modern construction, particularly on complex infrastructure projects involving precast concrete and phased installation works. We were proud to collaborate with BAM UK & Ireland and DJ Civils Ltd on the Guildford Sewage Treatment Works Relocation project, supplying edge protection systems designed to enhance safety, efficiency, and environmental performance.   The Challenge: Provide Safe, Efficient Edge Protection on Precast Structures Working at height on precast concrete demands solutions that are fast, secure, and minimally disruptive. Traditional drilled systems add time, noise, dust, and introduce additional risk. Drilling generates harmful vibration, increasing exposure to Hand-Arm Vibration (HAVS). It also releases Respirable Crystalline Silica (RCS) dust, creating serious health hazards for operatives. To eliminate these issues, we supplied two proven systems: Non-Drill Edge Protection and King Klamp Edge Protection, delivering safer, faster installation without intrusive drilling.   Non-Drill Edge Protection: Speed Without Compromise Our Non-Drill system is designed to simplify installation while maintaining the highest safety standards. Key Advantages of using this system include: No drilling required Attaches directly to the lifting irons on precast concrete Swift and secure installation process Preserves the integrity of the concrete structure By eliminating the need for drilling, installation teams were able to reduce setup time significantly. This streamlined workflow, reduced labour demands, and removed unnecessary secondary processes from the programme. For projects operating to strict timelines, these efficiencies make a meaningful difference.   King Klamp Edge Protection: Versatility Across Site Applications Construction environments are dynamic, and edge protection systems must adapt accordingly. Our King Klamp system provided a highly versatile clamping solution suitable for multiple site scenarios. Why It Made an Impact: Adaptable across various edge protection applications Quick to reposition as work phases progressed Reduced labour requirements Improved overall workflow efficiency