MARS™ (Multiple Access Rope System) is one of CPR Facade Upgrade Specialists’ most important technologies for accessing difficult high-rise facades. This proprietary and patented system enables our team to perform facade remediation, preservation, and consultation work without scaffolding, noise, or disruption.
MARS™ is an advanced rope-based access framework built around an intricate web of roof-mounted anchors. These anchors align with a building’s facade grid, creating multiple dedicated rope drops that allow our technicians to safely and independently move across the structure.
Installed on the rooftop, anchor points support multiple rope drops aligned precisely to the building’s external grid.
Each rope path is engineered to prevent entanglement, maintaining safety and efficiency during high-rise work.
Our technicians use MARS™ to access all exterior areas, haul equipment, and move supplies—without entering apartments or commercial spaces.
MARS™ integrates seamlessly with other CPR systems such as PEARS® and SkyPod® as part of our complete Scaffold-Free™ approach.
MARS™ enables CPR to operate with minimal impact to occupants or businesses. Unlike scaffolding or large lifting equipment, MARS™ is silent, portable, and allows teams to complete projects externally—preserving privacy and reducing interruptions.
MARS™ powers the safe delivery of our complete services:
Whether for commercial towers, government buildings, or heritage facades, MARS™ allows our team to execute safe and efficient work externally—every time.
Speak with CPR Facade Upgrade Specialists to see how MARS™ can streamline your next high-rise project. Avoid scaffolding, preserve occupant comfort, and get the job done faster and safer with our Scaffold-Free™ technologies.
Why Wait? Contact us Now!
Your Scaffold-Free™ Consultants, Builders and Project Managers Delivering End-to-End Building Remediation and Facade Upgrades
Using our Patented SkyPod® Remedial Building Workstations
98 Victoria Road North Parramatta NSW 2151
CPR primarily services NSW and the ACT, with the ability to mobilise to other locations upon request and subject to project suitability.