Open rectangular frame
Spans the façade bay. Uniform triangular guide rails carry and locate the tools along the frame.
AeroFaçade Robotics · Singapore · Concept stage
An open frame with triangular guide rails, wall-facing tools that wash, paint and make simple repairs, and a collector that follows the façade. Operators supervise from the roof or the ground.
Concept visualisationTo entirely eliminate human work-at-height risk and redefine high-rise façade maintenance through smart, zero-exposure robotic systems.
We pioneer autonomous digital-twin ecosystems for high-rise buildings, integrating smart-axis rail systems and modular robotics to automate end-to-end façade surveying, repair, cleaning, painting and quality audits.
The system
Spans the façade bay. Uniform triangular guide rails carry and locate the tools along the frame.
Brush, roller and nozzle heads ride the frame facing the wall and work the mapped surface as a swarm.
Supported by the gondola, it follows the façade as its depth changes and captures wash-water at the wall.
Power, water and paint by umbilical from the roof. Operators approve the plan, watch live footage and hold the emergency stop.
On the building
A roof unit supplies power, water and paint by umbilical. Twin hoists on standard outriggers index the frame floor by floor, so the work cell is designed to stay within the mass budget of ordinary rigging, with no crane.
Operating cycle
A multi-sensor scan builds the digital twin. The system proposes robot allocation and paths; the operator approves.
Brushes with a fine mist; the collector captures wash-water at the wall. Simple defects rectified before painting.
Nozzle held square to the wall. Valves cut the spray at mapped edges, so windows and accents need no tape.
Visual and thermal audit flags misses and runs. A service log per level goes to the building owner's records.
Design targets
Targets from the concept plan. Not yet measured on AeroFaçade hardware.
Safety
In the operating concept, operators rig, assess, watch live footage and hold wireless emergency stops. Exclusion zones, barricades and catch-netting stay in place.
Hoists, ropes, locks and frame are to be submitted for Professional Engineer endorsement and MOM equipment certification before any pilot, with operations under the WSH Act and Work-at-Height Regulations. This is a Phase 1–2 milestone; it has not been obtained yet.
Overspeed brakes, slack-rope switches that cut hoist power, and a battery-driven controlled descent on power loss are specified in the concept design.
The design captures wash-water at the wall and filters it before discharge, and uses overspray shrouds to limit drift to neighbours.
Roadmap
Architecture decision, tool-force budget, bench test of the frame and localisation.
One gondola level with hoists and positioning; mapping and masking pipeline; first cleaner module.
Equipment certification; one Town Council, one contractor; clean, paint and verify one elevation.
Lease and service contracts, multi-block programmes, regional partners.
Phase durations are indicative and will be confirmed by the team.
Contact
Town Councils, R&R contractors, agencies and research partners: we are looking for pilot hosts and collaborators as the platform moves from concept to prototype.
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